In compiling this bibliography, I have not sought completeness, particularly not in regard to the major philosophical classics and their commentators; I have tried rather to include those works which are not widely known or cited. This applies especially to the many unpublished dissertations listed below.
2.
Note: Where the same book or journal appears often in the following bibliography, I have adopted the following conventions as abbreviations:.
3.
AAJP: Australasian journal of philosophy.
4.
ACIHS: Actes du congrès international d'histoire des sciences.
5.
AGP: Archiv für Geschichte der Philosophie.
6.
AIHS: Archives internationales d'histoire des sciences.
7.
AJP: American journal of physics.
8.
APQ: American philosophical quarterly.
9.
AS: Annals of science.
10.
BJHS: British journal for the history of science.
11.
BJPS: British journal for the philosophy of science.
12.
JHI: Journal of the history of ideas.
13.
JHP: Journal for the history of philosophy.
14.
NS: The new scholasticism.
15.
PM: Philosophical magazine.
16.
POS: Philosophy of science.
17.
PPR: Philosophy and phenomenological research.
18.
PR: Philosophical review.
19.
RDM: Revue des deux-mondes.
20.
RF: Revista di filosofia.
21.
RHP: Revue d'histoire de philosophie.
22.
RHS: Revue d'histoire des sciences.
23.
RMM: Revue de métaphysique et du morale.
24.
SR: Le soleil à la renaissance (Bruxelles, 1965).
25.
AdamC., De methodo apud Cartesium, Spinozam et Leibnitium. Thesis, Paris, 1883.
26.
AdamC., La philosophie de François Bacon. Paris, 1890.
27.
AdamsonR., Roger Bacon: The philosophy of science in the 13th century. Manchester, 1876.
28.
AdickesE., Kant als Naturforscher. 2 vols., Berlin, 1924–25.
29.
AdlerF., Ernst Machs Überwindung des mechanischen Materialismus. Wien, 1918. AlbertusMagnus, Opera omnia (ed. Jammy). 21 vols., Lugdini, 1686.
30.
Alek-KowalskiT., “L'idée de la science selon l'interprétation de Jan Dziatyñski: Une contribution aux origines du positivism polonais”, Organon, iii (1966), 219–23.
31.
AlessiaF., Mito e scienza in Ruggero Bacone. Milan, 1957.
32.
AlexanderP., “The philosophy of science, 1850–1910”, in A critical history of western philosophy (ed. O'Connor, Glencoe, Ill., 1964).
33.
AliottaA., Il nuovo positivismo e lo sperimentalismo. Roma, 1954.
34.
AllbuttT., “Palissy, Bacon and the revival of natural science”, Proceedings of the British Academy, vi (1913–14), 223 ff.
35.
AllmayerV., F. Bacone. Palermo, 1908.
36.
AltenburgM., Die Methode des Hypothesis bei Platon, Aristoteles und Proklus. Marburg, 1905.
37.
AmpèreA.-M., Théorie mathématique des phénomènes électrodynamiques, uniquement déduite de l'expérience. Paris, 1824.
38.
AmpèreA.-M., Essai sur la philosophie des sciences, ou exposition analytique d'une classification de toutes la connaissances humaines. Paris, 1834. (Reprinted Bruxelles, 1966.)
39.
AmpèreA.-M., Journal et correspondance. 7 vols., Paris, 1872.
40.
AndersonF., “The influence of contemporary science on Locke's methods and results”, University of Toronto studies in philosophy, ii (1923), no. 1.
41.
AndersonF., The philosophy of Francis Bacon. Chicago, 1948.
42.
André-NuytzL., “Le spiritualisme et l'école expérimentale”, La philosophie positive, iv (1869), 135–53.
43.
AnschutzR., The philosophy of J. S. Mill. London, 1953.
44.
ApeltE., Die Theorie der Induction. Jena & Leipzig, 1854.
45.
ApostleH., “Methodological superiority of Aristotle over Euclid”, POS, xxv (1958), 131–4.
46.
ThomasAquinas, Opera omnia. 15 vols., Rome, 1882–1930.
47.
ArdleyG., Aquinas and Kant: The foundations of the modern sciences. London, 1950.
48.
Aristotle, Posterior analytics in Works (ed. McKeonR.). N.Y., 1962.
49.
ArmstrongH., “Aristotle's views on theory and experiment”, American journal of physics, xxxiv (1966), 168–169.
50.
ArnauldA.NicoleP., La logique, ou l'art de penser. 2nd ed., Paris, 1664. (First English translation of first edition, London, 1662. A more reliable one is that of BaynesT. S., London, 1851.)
51.
AudiffrentG., Le positivisme et la science contemporaine. Paris, 1896.
52.
AugustynW., “Le rôle du scepticisme dans le méthode de Descartes”, Résumés des communications, XII congrès int. d'histoire des sciences (Paris, 1968), p. 10.
53.
AvenariusR., Philosophie als Denken der Welt gemass dem Prinzip des kleinsten Kraftmasses. Prolegomena zu einer Kritik der reinen Erfahrung. Leipzig, 1876.
54.
BachelardG., Étude sur l'évolution d'un problème de physique. Paris, 1927.
55.
BaconF., Works (ed. EllisSpedding). 14 vols., London, 1857–74.
56.
RogerBacon, Opera quaedam hactenus inedita (ed. Brewer). London, 1859.
57.
RogerBacon, Opus majus (trans. Burke). Philadelphia, 1928.
58.
BäumkerC., “Über die Lockesche Lehre von den primären und sekundären Qualitäten”, Philosophisches Jahrbuch des Görresgesellschaft, xxxiii (1912), 399 ff.
59.
[BaileyS.], Essays on the pursuit of truth, on the progress of knowledge and on the fundamental principle of all evidence and expectation. London, 1829.
60.
BaillaudB., De la méthode dans la science. Alcan, 1911.
61.
BainA., The senses and the intellect. London, 1855.
62.
BainA., Logic. 2 vols., London, 1870.
63.
BainA., John Stuart Mill: A criticism with personal recollections. London, 1882.
64.
BalmeD., “Greek science and mechanism, I & II”, Classical quarterly, xxxiii (1939), 19 ff.
65.
BarnesH., “The historical background and setting of the philosophy of Francis Bacon”, Scientific monthly, xviii (1924), 475–95.
66.
BarthezP.-J., Nouveaux éléments de la science de l'homme, 1st ed., Montpelier, 1778; 2nd ed., Paris, 1806.
67.
BaurL., Die Philosophie des Robert Grosseteste. Münster, 1914.
68.
BayerR., Épistémologie et logique depuis Kant jusqu'à nos jours. Paris, 1954.
69.
BcauducL., “L'idée de méthode chez Descartes”, Reuve générale du centre-ouest de la France, no. 44 (1939), 641–9.
70.
BecherE., “The philosophical views of Ernst Mach”, PR, xiv (1905), 535–62.
71.
BecherE., Philosophische Voraussetzungen der exakten Naturwissenschaften. Leipzig, 1906.
72.
BecherS., Erkenntnistheoretische Untersuchungen zu Stuart Mills Theorie der Kausaltāt. Halle, 1906.
73.
BeckL., The method of Descartes. Oxford, 1952.
74.
BeckL., “L'unité de la pensée et de la méthode”, Cahiers de Royaumont, no. 42 (1957), 393–411.
75.
BeddoesT., Observations on the nature of demonstrative evidence. London, 1793.
76.
Belin-MilleronJ., “L'expression bio-sociologique de la plante, les mythes végétaux et la méthode en philosophie des sciences”, AIHS, xxxiii (1954), 276–81.
77.
Belin-MilleronJ., “Note sur l'histoire des méthodes dans les sciences humaines”, 11th ACIHS (1965), Varsovie, Cracouie, Sects. 1–3, p. 73.
78.
Belin-MilleronJ., “L'histoire des méthodes dans les sciences humaines”, Organon, iii (1966), 71–7.
79.
BénézéG., La méthode expérimentale. Paris, 1954.
80.
BenthamG., Outline of a new system of logic. London, 1827.
81.
BenthamJ., “An essay on nomenclature and classification”, in his Chrestomathia (London, 1966).
82.
BergmannH., “Brentano's theory of induction”, PPR, v (1945).
83.
BergsonH., “La philosophie de Claude Bernard”, in his La Pensée et le mouvant (Paris, 1934).
84.
BerkeleyG., De motu in Works of Berkeley (ed. LuceJessop). Vol. 4, Edinburgh, 1951.
85.
BernardG., Introduction à l'étude de la médecine expérimentale. Paris, 1865. (Eng. trans. by GreenH., N.Y., 1927.)
BertauldP.-A., De la méthode: Méthode spinosiste et méthode hégélienne. 2nd ed., Paris, 1891.
88.
BertauldP.-A., Positivisme et philosophie scientifique. Paris, 1899.
89.
BerthetJ., “La méthode des Descartes avant la Discours”, RMM, iv (1896), 399–415.
90.
Beth͘E., De wijsbegeerte der wiskunde van Parmenides tot Bolzano. Antwerp, 1944.
91.
BethE., “Critical epochs in the development of the theory of science”, BJPS, i (1950), 27 ff.
92.
BethE., “Nieuwentyt's significance for the philosophy of science,” in his Science: A road to wisdom (Dordrecht, 1968), 35–41.
93.
BiéchyA., Essai sur la méthode de Bacon. Paris, 1855.
94.
BiéchyA., L'induction. Paris, 1869.
95.
BirdO., “Peirce's theory of methodology”, POS, xxvi (1959), 186–200.
96.
BirkenmajorA., “Copernic comme philosophe”, in SR..
97.
BiroG., “The roots of positivism in the history of physics”, Résumés des communications, XII congrès int. d'histoire des sciences (Paris, 1968), 19–20.
98.
BlakeR., “The role of experience in Descartes' theory of method”, PR, xxxviii (1929), 125–43, 210–17. (Reprinted in Madden (1960a), 50–74.)
99.
BlakeR., “Isaac Newton and the hypothetico-deductive method”, PR, xlii (1933), 453–86. (Reprinted in Madden (1960a), 119–43.)
100.
BlakeR., “Theory of hypothesis among renaissance astronomers”, in Madden (1960a), 22–49.
101.
BlanchéR., Le rationalisme de Whewell. Paris, 1935.
102.
BlochL., La philosophie de Newton. Paris, 1908.
103.
BlühO., “Did the Greeks perform experiments?”, AJP, xvii (1949), 384 ff.
104.
BluntH., “Bacon's method of science”, Proceedings of the Aristotelian Society, N.S., iv (1904), 16–31.
105.
[Hall]M. Boas, “Boyle as a theoretical scientist”, Isis, xli (1950), 261–8.
106.
[Hall]M. Boas, “The establishment of the mechanical philosophy”, Osiris, x (1952), 412–541.
107.
[Hall]M. Boas, “In defense of Bacon's views on the reform of science”, The personalist, xliv (1963), 437–53.
108.
[Hall]M. Boas, “La méthode scientifique de Robert Boyle”, RHS, ix (1956), 105–25.
109.
[Hall]M. Boas, Robert Boyle on natural philosophy. Bloomington, Ind., 1965.
110.
BöhmerH., Über Francis Bacon von Verulam: Die Verbindung der Philosophie mit der Naturwissenschaft. Erlangen, 1864.
111.
BöhmerH., Über Franzis Bacon von Verulam … ein Wort der Kritik an Herrn J. von Liebig. München, 1864.
112.
BoehnerP., “Ockham's theory of truth”, Franciscan studies, N.S., v (1945), 138 ff.
113.
BoehnerP., Medieval logic. Manchester, 1952.
114.
BoerhaaveH., De comparando certo in physicis. Leyden, 1715.
115.
BoirocE., L'idée de phénomène. Paris, 1894.
116.
du Bois-ReymondE., Über die Grenzen des Naturerkennens. Leipzig, 1872.
117.
du Bois-ReymondP., Über die Grundlagen der Erkenntnis in den exacten Wissenschaften. Tübingen, 1890.
118.
BoltzmannL., Populāre Schriften. Leipzig, 1905.
119.
BolzanoB., Wissenschaftslehre. Sulzbach, 1837.
120.
BordeauL., Théorie des sciences. 2 vols., Paris, 1882.
121.
BottinelliE.-P., A. Cournot. Paris, 1913.
122.
BourgeyL., Observation et expérience chez Aristote. Paris, 1955.
123.
BoussinesqJ., Étude sur divers points de la philosophie des sciences. Paris, 1880.
124.
BoutrouxÉ., De la contingence des lois de la nature. Paris, 1874. (Eng. trans., Rothwell, Chicago, 1916.)
125.
BoutrouxÉ., De l'idée de loi naturelle dans la science et la philosophie. Paris, 1895.
126.
BoutrouxÉ., “Auguste Comte et la métaphysique”, Revue des cours et conférences, x (1902), part 1, 769–76; part 2, 206–13, 547–54 and 735–47; xi (1902), 57–64 and 145–53.
127.
BouvierR., La pensée d'Ernst Mach. Paris, 1923.
128.
BowenF., A treatise on logic, or the laws of pure thought. Cambridge, Mass., 1866.
129.
BoyleR., Works (ed. Birch). 6 vols., London, 1772–6.
130.
BradleyJ., Ernst Mach's philosophy of science. Doctoral dissertation, London, 1966.
131.
BrandtF., Thomas Hobbes' mechanical conception of nature. London, 1928.
132.
BratuscheckE., “Der Positivismus in der Wissenschaft”, Philosophische Monatshefte, xi (1875), 49–64.
133.
BrentJ., A study of the life of Charles Sanders Peirce. Doctoral dissertation, University of California at Los Angeles, 1960.
134.
BridetJ., La théorie de la connaissance dans la philosophie de Malebranche. Paris, 1929.
135.
BriggsJ., “D'Alembert: Philosophy and mechanics in the eighteenth century”, University of Colorado studies: Series in history, no. 3 (1964).
BroadC., The philosophy of Francis Bacon. Cambridge, 1926.
139.
BrochardV., “Méthode expérimentale chez les anciens”, Revue de philosophie, 1887.
140.
BrodaE., Ludwig Boltzmann, Mensch, Physiker, Philosoph. Wien, 1955.
141.
de BroglieP., Le positivisme et la science expérimentale. 2 vols., Paris, 1881.
142.
BrownG., Science: Its method and philosophy. London, 1950.
143.
BrownT., An inquiry into the relation of cause and effect. London, 1818.
144.
TBrown, Lectures on the philosophy of the human mind. 3 vols., Edinburgh, 1820.
145.
BrownT. M., The mechanical philosophy and the “animal oeconomy”. Doctoral dissertation, Princeton, 1968.
146.
BrumbaughR., “Plato and the history of science”, Studium generale, xiv (1961), 520–7.
147.
BrunetA., “Science et certitude selon Aristole”, Philosophie, i (1936), 67–77.
148.
BrunetP., “La méthodologie de Mariotte”, AIHS, i (1947), 26–59.
149.
BrunschvicgL., L'expérience humaine et la causalité physique. Paris, 1912.
150.
BuchdahlG., “Sources of scepticism in atomic theory”, BJPS, x (1959), 120–34.
151.
BuchdahlG., The image of Newton and Locke in the age of reason. London, 1962.
152.
BuchdahlG., “Descartes' anticipation of a ‘logic of scientific discovery’”, (1963a), in Crombie (1963a), 399–417.
153.
BuchdahlG., “The relevance of Descartes' philosophy for modern philosophy of science”, BJHS, i (1963b), 227–49.
154.
BuchdahlG., Induction and necessity in the philosophy of Aristotle (London, 1963c).
155.
BuchdahlG., “Theory construction: The work of Norman Robert. Campbell”, Isis, lv (1964), 151–62.
156.
BuchdahlG., “Causality, causal laws and scientific theory in the philosophy of Kant”, BJPS, xvi (1965), 187–208.
157.
BuchdahlG., “Semantic sources of the concept of law”, Synthese, xvii (1967), 54–74.
158.
BuchdahlG.LaudanL., eds., Historical and Philosophical Works of William Whewell. 10 vols., London, 1967.
159.
BuchdahlG., “Gravity and intelligibility: Newton to Kant”, (1969), in Butts (1969b).
160.
BuchdahlG., Metaphysics and philosophy of science: The classical origins, Descartes to Kant. London, forthcoming.
161.
BuchenauA., “Über Malebranches Lehre von der Wahrheit und ihre Bedeutung für die Methodik der Wissenschaften”, AGP, xxiii (1910), 145–83.
162.
BuchlerJ., Charles Peirce's empiricism. London, 1939.
163.
BuchlerJ., The concept of method. London, 1961.
164.
BüchnerL., Kraft und Stoff. 7th ed., Leipzig, 1862.
165.
BuekO., “Michael Faradays System der Natur und seine begrifflichen Grundlagen”, in Philosophische Abhandlungen zu H. Cohens 70. Geburtstag (Berlin, 1912), 99–122.
166.
BuffierC., Traité des premières vérités, et de la source de nos jugements. Paris, 1724.
167.
BuffierC., Cours des sciences. Paris, 1732.
168.
BungeM., “Mach's critique of Newtonian mechanics”, American journal of physics, vii (1966), 585–96.
169.
BurkeH., “Sir Isaac Newton's formal conception of scientific method”, NS, x (1936), 93–115.
170.
BurkertW., Weisheit und Wissenschaft, Studien zu Pythagoras, Philoloas und Platon. Nürnberg, 1962.
171.
BurksA., “Peirce's theory of abduction”, POS, xiii (1946), 301–6.
172.
BurnetJ., “Experiment and observation in Greek science” Burnet's Essays and observations (London, 1929), 253–64. (French trans. in Scientia, xxxiii (1923), 93–102.)
173.
BurttE., “The contemporary significance of Newton's metaphysics”, in Greenstreet, 137–40.
174.
BurttE., The metaphysical foundations of modern science. 2nd ed., London, 1932.
175.
BurttE., “Method and metaphysics in Newton”, POS, x (1943), 57–66.
176.
ButtsR., “Rationalism in modern science: D'Alembert and the esprit simpliste”, Bucknell review, viii (1959).
177.
ButtsR., “Hypothesis and explanation in Kant's theory of science”, AGP, xliii (1961), 153–70.
178.
ButtsR., “Kant on hypotheses in the ‘Doctrine of method’ and the Logik”, AGP, xliv (1962), 185–203.
179.
ButtsR., “Necessary truth in Whewell's theory of science”, APQ, ii (1965a), 1–21.
180.
ButtsR., “Discussion: On Walsh's reading of Whewell's view of necessity”, POS, xxxii (1965b), 175–81.
181.
ButtsR., “Discussion: Professor Marcucci on Whewell's idealism”, POS, xxxiv (1967), 175–83.
182.
ButtsR., ed., William Whewell's theory of scientific method. Pittsburgh, 1969a.
183.
ButtsR., ed., The methodological heritage of Newton. Toronto, 1969b.
184.
ButtsR., “Whewell on Newton's rules of philosophizing”, in Butts, 1969b.
185.
CaillatJ., “La méthode scientifique de Pascal”, Revue d'histoire littéraire de la France, xxx (1923), 273–99.
186.
CainA., “Logic and memory in Linnaeus's system of taxonomy”, Proceedings of the Linnean Society of London, clxix (1958), 144–63.
187.
CajoriF., “The Baconian method of scientific research”, Scientific monthly, xx (1925), 85–91.
188.
CallotE., Histoire de la Philosophie biologique par les textes. Paris, 1966.
189.
CampaM., “Galilei e l'empiricismo”, in Nel terzo della morte di Galileo Galilei. Milano, 1942, 229–56.
190.
CampanaleD., “La filosofia della scienza di A. Comte”, Rassegna di scienze filosofiche, 1960, nos. 2–4.
191.
CannonW., “John Herschel and the idea of science”, JHI, xxii (1961), 215–39.
192.
CarnapR., Philosophy and logical syntax. London, 1935.
193.
CarnapR., “Testability and meaning”, POS, iii (1936), 419 ff. and iv (1937), 1 ff.
194.
CaroE., “La métaphysique et les sciences positives”, RDM, 1866, 421–52.
195.
CartonR., L'expérience physique chez Roger Bacon. Paris, 1924.
196.
CarusP., “Professor Mach's philosophy”, The monist, xvi (1906).
197.
CassirerE., Descartes' Kritik des mathematischen und naturwissenschaftlichen Erkenntnis. Marburg, 1899.
198.
CassirerE., Leibniz' System in seinen wissenschaftlichen Grundlagen. Marburg, 1902.
199.
CassirerE., Das Erkenntnisproblem in der Philosophie und Wissenschaft der neueren Zeit. 3 vols., Berlin, 1911–20.
200.
CassirerE., “Goethe und die mathematische Physik”, in Idee und Gestalt (Berlin, 1920).
201.
CassirerE., Substance and function. Chicago, 1923.
202.
CassirerE., “Die Antike und die Entstehung der antiken Wissenschaft”, Die Antike, viii (1923), 276–300.
203.
CassirerE., “Descartes et l'idée de l'unité de la science”, Revue de synthèse, xiv (1937), 7–28.
204.
CassirerE., “Descartes' Wahrheitsbegriff”, Theoria, xii (1937), 161–87.
205.
CassirerE., “Wahrheitsbegriff und Wahrheitsproblem bei Galileo”, Scientia, lxii (1937), 121–30, 185–93.
206.
CassirerE., Descartes, Lehre, Persōnlichkeit, Wirkung. Stockholm, 1939.
207.
CassirerE., “Mathematische Mystik und mathematische Naturwissenschaft”, Lychnos, iii (1940), 248–65.
208.
CassirerE., “Galileo: A new science and a new spirit”, American scholar, xii (1943), 5–19.
209.
CassirerE., “Newton and Leibniz. Galileo and the scientific revolution”, PR, lii (1943), 366–91.
210.
CassirerE., “Galileo's platonism”, in Montagu, 277–98.
211.
CassirerE., The problem of knowledge. New Haven, 1950.
212.
CaveraiR., Storia del metodo in Italia. 5 vols., Firenze, 1891–8.
213.
ChallisJ., “On Newton's ‘foundation of all philosophy’”, PM, 4th ser., xxvi (1863), 280–92.
214.
ChallisJ., “On Newton's regula tertia philosophandi”, PM, 5th ser., ix (1880), 21–33.
215.
de la ChappelleAbbé, “Hypothèse” in Encyclopédie (Paris, 1751–65), viii, 417–18.
216.
CharletonW., Physiologia Epicuro—Gassendo—Charltoniana: Or a fabrick of science natural, upon the hypothesis of atoms, founded by Epicurus, repaired by Petrus Gassendus, augmented by Walter Charleton. London, 1654.
217.
CharltonD., Positivist thought in France during the Second Empire, 1852–1870. Oxford, 1959.
218.
CharpentierT., “La logique du hazard d'après John Venn”, Revue philosophique, vi (1878).
219.
ChauvoisL., William Harvey, sa vie et son temps, ses découvertes, sa méthode. Paris, 1957.
220.
ChengC.-Y., Peirce's and Lewis' theories of induction. Doctoral dissertation, Harvard, 1964.
221.
ChengC.-Y., “A note on Peirce's theory of induction”, JHP, v (1967), 361–4.
222.
ChengC.-Y., “Requirements for the validity of induction: An examination of Charles Peirce's theory”, PPR, xxviii (1968), 392–402.
223.
ChevreulE., Lettres adressées à M. Villemain, sur la méthode en général et sur la définition du mot “fait”, relativement aux sciences, aux lettres, aux beaux-arts. Paris, 1856.
224.
ChevreulE., Introduction à l'histoire des connaissances chimiques. Connexions des sciences du domaine de la philosophie naturelle, exposées conformément à la méthode a posteriori expérimentale sous la double rapport de l'analyse et de la synthèse. Paris, 1866.
225.
ChevreulE., De la méthode a posteriori expérimentale, et de la généralité de ses applications. Paris, 1870.
226.
ChildJ., “Newton and the art of discovery”, in Greenstreet, 117–29.
227.
ChisholmR., “Sextus Empiricus and modern empiricism”, POS, viii (1941), 371–84.
228.
ChurchR., Bacon. London, 1908.
229.
ClagettM., ed., Critical problems in the history of science. Madison, 1959.
230.
ClassenJ., Vorlesungen über moderne Naturphilosophen. Hamburg, 1908.
231.
ClavelinM., “Galilée et le refus de l'équivalence des hypothèses”, RHS, xvii (1964), 385–96.
232.
CliffordW., The common sense of the exact sciences. London, 1885.
233.
CliffordW., Lectures and essays. 2 vols., London, 1901.
234.
CohenH., Kants Theorie der Erfahrung. 3rd ed., Berlin, 1918.
235.
CohenI. B., Franklin and Newton. Philadelphia, 1956.
236.
CohenI. B., ed., Isaac Newton's letters and papers on natural philosophy. Cambridge, Mass., 1958.
237.
CohenI. B., “Conservation and the concept of electric change: An aspect of philosophy in relation to physics in the nineteenth century”, in Clagett, 357–83.
238.
CohenI. B., “The first English version of Newton's hypotheses non fingo”, Isis, liii (1962), 379–88.
239.
CohenI. B., “Hypotheses in Newton's philosophy”, Physis, viii (1966), 163–84.
240.
CohenM., “Bacon and the inductive method”, in Studies in philosophy and science (N.Y., 1949a), 99–106.
241.
CohenM., “Philosophy and scientific methods”, Studies in philosophy and science (N.Y., 1949b).
242.
CollingwoodF., “Thomas Aquinas' notion of a physical science”, in Guerlac, 581–5.
243.
ComteA., Cours de philosophie positive. 6 vols., Paris, 1830–42. (Partial English trans. by Martineau, London, 1896, 3 vols.).
244.
ComteA., Discours sur l'esprit positif. Paris, 1844. (English trans. by Beesley, London, 1903).
245.
ComteA., System of positive polity. 4 vols., London, 1875–7.
246.
ComteA., Essais de philosophie mathématique. Paris, 1878.
247.
CondillacE., Traité des systèmes in Oeuvres philosophiques (ed. LeRoy, Paris, 1947), ii.
248.
CopeJ., Joseph Glanvill. St. Louis, 1956.
249.
CopernicusN., De revolutionibus orbium caelestium. Nuremberg, 1543.
250.
CorrC., Order and method in Christian Wolff's philosophy. Doctoral dissertation, St. Louis University, 1966.
251.
CostaC., Augusto Comte e as origens do positivismo. Sāo Paulo, 1957.
252.
CotardH., La pensée de Claude Bernard. Grenoble, 1945.
253.
CournotA., Essai sur les fondements de nos connaissances et sur les caractères de la critique Philosophique. 2 vols., Paris, 1852.
254.
CournotA., Traité de l'enchaînement des idées fondamentales dans les sciences et dans l'histoire. 2 vols., Paris, 1861.
255.
CouturatL., La logique de Leibniz. Paris, 1901. Reprinted Hildesheim, 1961.
256.
CrawfordJ., The relation of inference to fact in Mill's logic. Doctoral dissertation, University of Chicago, 1913.
257.
CrawfordL., The philosophy of Émile Boutroux. N.Y., 1924.
258.
CresciniA., Le origini del metodo analitico. Udine, 1965.
259.
CressonA., Francis Bacon. Paris, 1956.
260.
CrombieA. C., “Scholastic logic and the experimental method”, AIHS, i (1947), 280–5.
261.
CrombieA. C., “Some reflections on the history of science and its conception of nature”, AS, vi (1948), 54–75.
262.
CrombieA. C., “The notion of species in medieval philosophy and science”, AIHS, iv (1951), 365–73.
263.
CrombieA. C., Robert Grossetesle and the origins of experimental science, 1100–1700. Oxford1953a; 2nd impression, 1962; 3rd impression, 1969.
264.
CrombieA. C., “Robert Grosseteste on the logic of science”, Actes du XIème congrès int. de philosophie (Bruxelles, 1953b), xii, 171–3.
265.
CrombieA. C., “Galileo's conception of scientific truth”, in Literature and science: Proc. of the VIth Triennial Congress of the International Federation for Modern Languages and Literature. Oxford, 1955a, 132–8.
266.
CrombieA. C., “Grosseteste's position in the history of science”, in Robert Grosseteste: Scholar and bishop (ed. Callus, Oxford, 1955b).
267.
CrombieA. C., Galilée devant les critiques de la postérité. Paris, 1956.
268.
CrombieA. C., “Newton's conception of scientific method”, Bulletin of the Institute of Physics, viii (1957), 350–62.
269.
CrombieA. C., Medieval and early modern science: Augustine to Galileo, 2nd ed., 2 vols. (Cambridge, Mass. and New York, 1959a; London, 1961).
270.
CrombieA. C., “The significance of medieval discussions of scientific method for the scientific revolution”, (1959b), in Clagett, 79–101.
271.
CrombieA. C., “Darwin's scientific method”, ACIHS, Paris, ix (1959c), 354–62.
272.
CrombieA. C., “Some aspects of Descartes' attitude to hypothesis and experiment”, Actes du zème Symposium International d'Histoire des Sciences, Pise-Vinci 16–18 juin 1958 (Paris, 1960), 192–201.
273.
CrombieA. C., “Quantification in medieval physics”, Isis, lii (1961), 143–60.
CrombieA. C., “The relevance of the middle ages to the scientific movement”, in Perspectives in medieval history, edited by DrewK. F.LearF. S. (Chicago, 1963b), 35–57.
276.
CrombieA. C., “Historical commitments of biology”, BJHS, iii (1966), 97–108.
277.
CrossJ., “Francis Bacon and the history of philosophy”, Studies in the history of ideas (Columbia, 1918), 80–87.
DeutcherM., “René Descartes”, in Harré (1965b), 159–88.
302.
DevolvéJ., Réflexions sur la pensée comtienne. Paris, 1932.
303.
DezaniS., “S. Alberto Magno: L'osservazione e l'esperimento”, Angelicum, xxi (1944), 133 ff.
304.
DiderotD., Pensées sur l'interprétation de la nature. Paris, 1754.
305.
DieckmannH., “The influence of Francis Bacon on Diderot's Interprétation de la nature'”, Romanic review, xxxiv (1943), 303–30.
306.
DigbyE., De duplici methodo libri duo. London, 1580.
307.
DijksterjuisE., “La méthode et les essais de Descartes”, in Descartes et le Cartesianisme Hollandais (ed. Dijksterhuis), Paris, 1950.
308.
DijksterhuisE., The mechanization of the world picture (trans. Dikshoorn). Oxford, 1961.
309.
DiLeoM., Galilei e l'evoluzione del metodo. Salerno, 1942.
310.
DinglerH., Die Grundgedanken der Machschen Philosophie. Leipzig, 1924.
311.
DinglerH., Das Experiment: Sein Wesen und seine Geschichte. München, 1928.
312.
DolanS., “Resolution and composition in speculative and practical discourse”, Laval théologique et philosophique, vi (1950), 9 ff.
313.
DominicioS., Galileo e Kant; o, l'esperienza e la critica nella filosophia moderna. Bologna, 1874.
314.
DornerA., De Baconis philosophia. Berlin, 1867; London, 1886.
315.
DoubletP., De la méthode scientifique. Paris, 1875.
316.
DrakeS., “J. B. Stallo and the critique of classical physics”, in Men and moments in the history of science (ed. EvansM., Seattle, 1959).
317.
DrewsA., Kants Naturphilosophie als Grundlage seines Systems. Berlin, 1894.
318.
DreyerF., Studien zu Methodenlehre und Erkenntniskritik. Leipzig, 1895.
319.
DreyfusG., “Physique et géométrie chez Descartes et chez Malebranche”, Cahiers du Royaumont, no. 42 (1957), 187–99.
320.
DriscollL., The methodology of Charles Sanders Peirce. Doctoral dissertation, Fordham University, 1964.
321.
DubarleD., “La méthodologie scientifique de Galilée”, RHS, xviii (1965), 161–90.
322.
DuboulJ., Le positivisme, sa méthode. Paris, 1867.
323.
DubucP., Essai sur la méthode en métaphysique. Paris, 1887.
324.
DucasseC., “John F. W. Herschel's methods of experimental inquiry”, in Studies in the history of cultures: The disciplines of the humanities (ed. BantaG.), Menasha, Wisc., 1942. (Reprinted in Madden, (1960a) 153–82.)
325.
DucasseC., “Francis Bacon's philosophy of science”, in Structure, method and meaning (ed. Henle), N.Y., 1951. (Reprinted in Madden, 1960a, 50–74.)
326.
DucasseC., “William Whewell's philosophy of scientific discovery”, PR (1951), 56–69, 213–34. (Reprinted in Madden, 1960a, 183–217.)
327.
DucasseC., “Causality: Critique of Hume's analysis”, in Nature, mind and death (La Salle, Ill., 1951), 91–100.
328.
DucasséP., “Méthode positive et méthode cartésienne”, Revue de synthèse, xiv (1937), 51–66.
329.
DucasséP., Méthode et intuition chez Auguste Comte. Paris, 1939.
330.
DucasséP., La méthode positive et l'intuition comtienne. Paris, 1939.
331.
DugasR., La théorie physique au sens de Boltzmann et ses prologuements modernes. Neuchâtel, 1959.
332.
DuhamelT., Des méthodes dans les sciences de raisonnement. 4 vols., Paris, 1865–70.
333.
DuhamelP., “The logic and rhetoric of Peter Ramus”, Modern philology (1948–9), 163–71.
334.
DuhemP., Les origines de la statique. 2 vols., Paris, 1905–6.
335.
DuhemP., La théorie physique, son objet et sa structure, 1st ed., Paris, 1906; 2nd ed., Paris, 1914. (English trans. of 2nd ed., N.Y., 1957.)
336.
DuhemP., Études sur Léonard de Vinci. 3 vols., Paris, 1906–13.
337.
DuhemP., “: Essai sur la notion de la théorie physique de Platon à Galilée”, Annales de philosophie chrétienne, vi (1908), 113–39, 227–302, 352–76, 482–514, 561–92.
338.
DuhemP., Le système du monde. 10 vols., Paris, 1913–55.
339.
DupuyP., Le positivisme d'Auguste Comte. Paris, 1911.
340.
Duval-JouvéJ., Traité de logique, ou essai sur la théorie de la science. Paris, 1844.
341.
DynoffA., “Über Francis Bacon's Vorläufer”, Renaissance und Philosophie, xiii (1916), 121 ff.
342.
EastS., “De la méthode de la biologie selon Aristote”, Laval journal de philosophie théologique, xiv (1958).
343.
EastonS., Roger Bacon and his search for a universal science. Oxford, 1952.
344.
EdlestonJ., Correspondence of Sir Isaac Newton and Professor Cotes. London, 1850. (Reprinted London, 1969.)
345.
EdwardsW., The logic of Jacopo Zabarella. Doctoral dissertation, Columbia University, 1960.
346.
EhrenbergC., Über Leibnitzens Methode. Berlin, 1845.
347.
Eisele-HalpernC., “Some remarks on the logic of science of the 17th century as interpreted by Charles S. Peirce”, Actes du zème Symposium International d'Histoire des Sciences, Pise, 1958, 55–64.
348.
Eisele-HalpernC., “Poincaré's positivism in the light of C. S. Peirce's realism”, ACIHS, Barcelona, ix (1959), vol. 1, 461–5.
349.
Eisele-HalpernC., “C. S. Pierce and the scientific philosophy of Ernst Mach”, Résumés des communications, XII congrès int. d'histoire des sciences (Paris, 1968), 61.
350.
EisenS., “Huxley and the positivists”, Victorian studies, vii (1964), 337–58.
351.
EllegȧrdA., “The Darwinian theory and the argument from design”, Lychnos, 1956, 173–92.
352.
EllegȧrdA., “The Darwinian theory and nineteenth-century philosophies of science”, JHI, xviii (1957), 360–93. (Reprinted in Wiener, 1957, 537–68.)
353.
EmeryA., “Dialectics versus mechanics: A communist debate on scientific method”, POS, ii (1935), 9–38.
354.
EngelsF., Herrn Eugen Dührings Umwălzung der Wissenschaft. Leipzig, 1878.
355.
EngelsF., Dialectics of nature. Moscow, 1954.
356.
EnriquesF., The historic development of logic (tr. Rosenthal). N.Y., 1929.
357.
ErhardJ., L'idée de nature en France dans la première moitie du XVIIIe siècle. 2 vols., Paris, 1963.
358.
EvansM., Principles and methods of physical thought: A study in the philosophy of science of ancient and early modern times. Doctoral dissertation, University of California at Berkeley, 1949.
359.
EvansM., “Causality and explanation in the logic of Aristotle”, PPR, xix (1958), 466–85.
360.
EwaldO., Richard Avenarius als Begründer des Empirio-kritizismus. Berlin, 1905.
361.
EwaldO., Kants Methodologie in ihren Grundzügen. Berlin, 1906.
362.
FairbanksM., Charles Sanders Peirce and 19th-ccntury positivism. Doctoral dissertation, Notre Dame, 1961.
363.
FarberE., “Hegel's Philosophie der Chemie”, Kantstudien, xxx (1925), 91–114.
364.
FarberE., “Hegel's philosophy of physics”, Journal of the Washington Academy of Sciences, lvi (1966), 218–225.
365.
FarringtonB., “On misunderstanding the philosophy of Francis Bacon”, in Science, medicine and history (ed. Underwood, Oxford, 1953), i, 439–50.
366.
FarringtonB.The philosophy of Francis Bacon. Liverpool, 1964.
367.
FechnerG., Über die physikalische und philosophische Atomenlehre. Leipzig, 1855.
368.
FediR., “Il probabilismo filosofico di A. Cournot”, Archivio di storía delle filosofia italiana, iii (1934), 66–80.
369.
FeiblemanJ., “Darwin and scientific method”, Tulane studies in philosophy, viii (1959).
370.
Fernandez-AlonsoA., “Scientiae et philosophia secundum S. Albertum Magnum”, Angelicum, xiii (1936), 24–59.
371.
FerrierR., De Descartes à Ampère, ou progrès vers l'unité rationelle. Basel, 1949.
372.
FerrièreE., La cause première d'après les données expérimentales. Paris, 1896.
373.
FeyerabendP., “Realism and instrumentalism”, in The critical approach to science and philosophy (ed. Bunge, London, 1964), 280–308.
374.
FeyerabendP., “Problems of empiricism”, in Beyond the edge of certainty (ed. Colodny), Englewood Cliffs, N.J., 1965, 145–260.
375.
FeyerabendP., “Classical empiricism”, in Butts (1969b).
376.
FinchA., On the inductive philosophy. London, 1872.
377.
FischerE., “Christian Samuel Weiss und die zeitgenössische Philosophie”, Forschungen und Fortschritte Korrespondenzblatt, xxxvii (1963), 141–43.
378.
FischerH., Francis Bacon of Verulam, realistic philosophy and its age (trans. Oxenford). London, 1857.
379.
FleckensteinJ. O., “Cartesische Erkenntnistheorie und mathematische Physik des 17. Jahrhunderts”, Gesnerus, vii (1950), 120–39.
380.
FleckensteinJ. O., “De la ‘scienza nuova’ de Rinascimento à la méthode nouvelle de Baroque”, SR, 539–544.
381.
FlintR., Philosophy as ‘scientia scientiarum’ and a history of the classifications of the sciences, London, 1905.
382.
FoleyL., “The persistence of Aristotelian physical method”, NS, xxvii (1953), 160–75.
383.
FonsegriveG., François Bacon. Paris, 1897.
384.
FouilléeA., Le mouvement positiviste. Paris, 1896.
385.
FourierJ., Théorie analytique de la chaleur. Paris, 1822. (Eng. trans. by Freeman, Cambridge, 1878.)
386.
FowlerT., The elements of inductive logic. London, 1866.
387.
FowlerW., The development of scientific method. London, 1962.
388.
FrankelC., “Positivism”, in A history of philosophical systems (ed. FermV., N.Y., 1950), 329–39.
389.
FrankfurtH., “Peirce's notion of abduction”, Journal of philosophy, lv (1958), 593–7.
390.
FritzK., “Die APXAI in der griechischen Mathematik”, Arch. Begriffsgeschichte, i (1955), 13–103.
391.
FrostW., Bacon und die Naturphilosophie. München, 1927.
392.
FultonJ., “The rise of the experimental method: Bacon and the Royal Society of London”, Yale journal of biology and medicine, iii (1931), 299–320.
393.
FultonJ., “Robert Boyle and bis influence on thought in the seventeenth century”, Isis, xviii (1932), 77–102.
394.
FurlaniG., “Die Entstehung und das Wesen der baconische Methode, I & II”, AGP, xxxii (1920), 189–206 and xxxiii (1921), 23–47.
395.
GabrielL., “August Comte und der Positivismus”, Wissenschaft und Weltbild, x (1957), 161–9.
396.
GalenC., Medicorum Graecorum opera (ed. Kühn). Leipzig, 1821–30.
397.
GalenC., Einführung in die Logik (ed. MauJ.). Berlin, 1960.
398.
GalileiG., Le opere (edit. naz.). 20 vols., Firenze, 1890–1909.
399.
GalileiG., Galilée: Aspects de sa vie et de son oeuvre (Centre international de synthèse; Paris, 1968).
400.
GalileiG., Discoveries and opinions of Galileo (transl. Drake). N.Y., 1957.
401.
GalliG., La dottrina cartesiana del metodo. Roma, 1937.
402.
GalloisP., “Descartes et sa méthode”, La nouvelle revue, cl (1937), 265–72, and cli (1938), 40–52.
403.
GalloisP., “La méthode de Descartes et la médicine”, Hippocrate, vi (1938), 65–77.
404.
GerhardsK., Machs Erkenntnistheorie und der Realismus. Stuttgart, 1914.
405.
GerlandE.TraumüllerF., Geschichte der physikalischen Experimentierkunst. Leipzig, 1899.
406.
GershensonD.GreenbergD., Anaxagoras and the birth of scientific method. N.Y., 1964.
407.
GewirtzA., “Experience and the non-mathematical in the Cartesian method”, JHI, ii (1941), 183–210.
408.
GeymonatL., “I garatteri del linguaggio scientifico nel pensiero di Galileo”, ACIHS, Florence-Milan, viii (1956), iii, 1099–102.
409.
GeymonatL., La physique et la méthode de Galilée. Paris, 1964.
410.
GeymonatL., Galileo Galilei: A biography and inquiry into his philosophy of science. N.Y., 1965. (Originally published in Italian in Milan, 1957.)
411.
GhiselmM.,“William Harvey's methodology in De motu cordis from the standpoint of comparative anatomy”, Bulletin of the history of medicine, xl (1966), 314–27.
412.
GiaconC., “Copernico, la filosofia e la teologia”, Civiltà Cattolica, xciv (1943), 281–90, 367–74.
413.
GiaconC., “Copernico e il realismo della sua ‘ipotesi’”, in his Scienze e filosofia (Como, 1946), 77–98.
414.
GibsonR., “Our heritage from Galileo Galilei. Galileo's refusal to rely on authority for scientific truth”, Science, cxlv (1964), 1271–6.
415.
GilbertN., Renaissance concepts of method. N.Y., 1960.
416.
GilbertN., “Galileo and the school of Padua”, JHP, i (1963), 223–30.
417.
GillispieC., “The Encyclopédie and the Jacobin philosophy of science: A study in ideas and consequences”, in Clagett, 255–89.
418.
GilsonE., René Descartes' discours de la méthode. Paris, 1925.
419.
GilsonE., Études sur le rôle de la pensée médiévale dans la formation du Système cartésien. Paris, 1951.
420.
GiuliettiG., La dottrina dell' induzione nel sistema di Giovanni Stuart Mill. Verona, 1958.
421.
GlansdorffM., “La philosophie de Newton”, Synthèse, ii (1947), 25–39.
422.
GlanvillJ, The vanity of dogmatizing. London, 1661.
423.
GlanvillJ, Scepsis scientifica. London, 1885.
424.
GoblotE., Essai sur la classification des sciences. Paris, 1898.
425.
GǒrlandA., “Aristoteles und Kant bezüglich der Idee der theoretischen Erkenntnis untersucht”, in Philosophischen Arbeiten, hrg. von Hermann Cohen und Paul Natorp, ii, Giessen, 1909, 433 ff.
426.
GoldammerK., “Der Beitrag des Paracelsus zur neuen wissenschaftlichen Methodologie und zur Erkenntnislehre”, Medizin historisches Journal, i (1966), 75–95.
GrégoireA., Leçons de philosophie des sciences expérimentales. Paris, 1950.
443.
JohnGregory, Observations on the duties, offices and qualifications of a physician; and on the method of prosecuting inquiries into philosophy. London, 1770.
444.
GregoryT., Scetticismo ed empirismo, studio su Gassendi. Bari, Italy, 1961.
445.
GreskyW., Die Ausgangspunkte der Philosophie Ernst Friedrich Apelts: Ein Beitrag zur deutschen Geistesgeschichte des mitteleren neunzehnten Jahrhunderts. Würzburg, 1936.
446.
GrimsleyR., Jean D'Alembert (1717–83). Oxford, 1963.
447.
GrontkowskiR., Descartes and Galileo: New views on the “philosophy of nature”. Doctoral dissertation, Fordham University, 1964.
448.
RobertGrosseteste, Die philosophischen Werke (ed. Baur). Münster, 1912.
449.
GrüberH., Auguste Comte der Begründer des Positivismus: Sein Leben und seine Lehre. Freiburg, 1889. (French trans., 1892; Italian trans., 1893.)
450.
GrüberH., Le positivisme depuis Comte jusqu'à nos jours. Paris, 1893.
451.
GruenfelderJ., Plato's theory of scientific knowledge in the later dialogues. Doctoral dissertation. University of Notre Dame, 1960.
452.
GünneB., Über Hobbes' naturwissenschaftliche Ansichten, und ihren Zusammenhang mit der Naturphilosophie seiner Zeit. Dresden, 1886.
453.
des LauriersM. L. Guérard, “La métaphysique et les métasciences”, Sapientia Aquinatis (Rome), i (1955), 105–18.
454.
GuerlacH., ed., Ithaca: Proceedings of the 10th international congress of the history of science (Paris, 1964), 2 vols.
455.
HaasW., The conception of law and the unity of Peirce's philosophy. Freiburg, 1964.
456.
HaeberliH., Der Begriff der Wissenschaft im logischen Positivismus. Bern, 1955.
HalpernB., “Concepts philosophiques de Claude Bernard d'après l'Introduction à l'étude de la médecine expérimentale”, RHS, ix (1966), 97–114.
464.
HamelinO., Le système de Descartes. Paris, 1911.
465.
HammondL., “Plato on scientific measurement and the social sciences”, PR, xliv (1935), 435–47.
466.
HankinsT., “Rationalism in the science of Jean D'Alembert”, Résumés des communications, XII congrès int. d'hist. des sciences (Paris, 1968), 90–91.
467.
HannequinA., Essai critique sur l'hypothèse des atomes dans la science contemporaine. Paris, 1895.
468.
HanschmannA., Bernard Palissy … als Vater der induktiven Wissenschaftsmethode des Bacon von Verulam. Leipzig, 1903.
469.
HansonN., Patterns of discovery. Cambridge, 1958.
470.
HansonN., “Is there a logic of scientific discovery?” in Current issues in the philosophy of science (ed. FeiglMaxwell), N.Y., 1961, 20–35.
471.
HansonN., “Hypotheses fingo”, in Butts (1969b).
472.
HarigG., “Die neue Auffassung vom Wesen der Wissenschaft bei Francis Bacon”, Deutsche Zeitschrift für Philosophie, v (1957), 441–56.
473.
HarpeJ., De l'ordre et du hasard: Le realisme critique d'Antoine Augustin Cournot. Neuchâtel, 1936.
474.
HarpeJ., “De l'évidence cartésienne au probabilisme de Cournot: évidence, certitude et probabilité”, Revue de théologie et de philosophie, xxvi (1938), 31–49.
475.
HarréR., Matter and method. London, 1964.
476.
HarréR., The anticipation of nature. London, 1965.
477.
HarréR., ed., Early 17th-century scientists. London, 1965.
478.
HarrisM., The positive philosophy of Auguste Comte. Doctoral dissertation, Cornell, 1923.
479.
HartleyD., Observations on man. 2 vols., London, 1749.
480.
von HartmannE., Die Weltanschauung der modernen Physik. Leipzig, 1902.
481.
HarveyW., Anatomical exercitations. London, 1653.
482.
HawkinsR., Auguste Comte and the United States. N.Y., 1936.
483.
HawkinsR., Positivism in the United States. N.Y., 1938.
484.
HayesF., Platonic elements in Spinoza's theory of method. Doctoral dissertation, Indiana University, 1957.
485.
HeathA., “Newton's influence on method in the physical sciences”, in Greenstreet, 130–3.
486.
HeathcoteA., Whewell's philosophy of science. M.Sc. thesis, University of London, 1953.
487.
HeathcoteA., “William Whewell's philosophy of science”, BJPS, iv (1954), 302–14.
488.
HefferK., Ernst Mach: Wegbereiter der modernen Physiks. Wien, 1964.
489.
HeinimannF., Nomus und Physis. Basel, 1945.
490.
HellB., Ernst Machs Philosophie. Stuttgart, 1907.
491.
HelmG., Die Energetic und ihre geschichtliche Entwicklung. Leipzig, 1898.
HeusslerH., Francis Bacon und seine geschichtliche Stellung. Breslau, 1889.
504.
HibbenJ., “The theory of energetics and its philosophical bearings”, The monist, xiii (1903).
505.
HillW., “Peirce's ‘pragmatic’ method”, POS, vii (1940), 168–86.
506.
HillebrandP., Zur Lehre von der Hypothesenbildung. Wien, 1896.
507.
HillimandC., “Auguste Comte et Claude Bernard”, La revue positiviste internationale, xiv (1914).
508.
HinrichG., “The logical positivism of De motu”, Review of metaphysics, iii (1950), 491–505.
509.
HobbesT., English works (ed. Molesworth). 11 vols., London, 1877.
510.
HochbergH., “The empirical philosophy of Roger and Francis Bacon”, POS, xx (1953), 313–26.
511.
HoffmanR., “A note on Mill's method of residues”. Journal of philosophy, lix (1962), 495–7.
512.
von HofstenN., “Linnaeus's conception of nature”, Kungl. vetenskapapssocietetens arsbok, 1950, 90 ff.
513.
HoltonG., “Johannes Kepler's universe: Its physics and metaphysics”, AJP, xxiv (1956), 340–51.
514.
HookS., “Dialectical materialism and scientific method”, Bulletin of the Committee on Science and Freedom, Special Supplement, July, 1955.
515.
HookeR., Micrographia. London, 1665. (Reprinted, Oxford, 1938 and N.Y., 1961.)
516.
HookeR., Posthumous works (ed. Waller). London, 1705. (Reprinted, London, 1969.)
517.
HookeR., “Dr Hook's method of making experiments”, in Philosophical experiments and observations (ed. Derham). London, 1726. (Reprinted, London, 1967.)
518.
HooykaasR., “Het hypothesebegrip van Kepler”, Orgaan van de Chr. Ver. van Natuuren Geneeskundigen in Nederland, 1939.
519.
HooykassR., Humanisme, science et réforme: Pierre de la Ramée. Leyden, 1958.
520.
HooykaasR., Natural law and divine miracle. A historical-critical study on the “principle of uniformity” in geology, biology and theology. Leyden, 1959.
521.
HooykaasR., “De Baconiaanse traditie in de naturwetenschap”, Algemeen Nederlands Tijdschrift voor Wijsbegeert und Psychologie (1960–61), 181–201.
522.
[HoppusJ.], Account of Lord Bacon's novum organon scientiarum. London, 1827.
523.
HossfeldP., “Francis Bacon und die Entwicklung der naturwissenschaftlichen Methode”, Philosophia naturalis, iv (1957), 140–50.
524.
HowellA., “Thomas Browne and 17th-century scientific thought”. Studies in philology, xxii (1925), 61–80.
525.
HowellW., Logic and rhetoric in England, 1500–1700. Princeton, 1956.
526.
HuberF., Wie unterscheidan sich die analytischen und synthetischen Urtheile. München, 1849.
527.
HubertR., “Descartes et Bacon”, Revue de synthèse, xiv (1937), 29–50.
528.
HuetJ., De methode der positieve filosofie volgens Auguste Comte. Leyden, 1866.
529.
HuggettW., Charles Peirce's search for a method. Doctoral dissertation, Toronto, 1954.
530.
HumeD., Treatise of human nature. London, 1739.
531.
HumeD., Enquiry concerning the human understanding. London, 1748.
532.
HungermanM., Berkeley and Newtonian natural philosophy. Doctoral dissertation, St Louis, 1960. [HuttonR.], “Mill and Whewell on the logic of induction”, Prospective review, vi (1850), 77–111.
533.
HuxleyT., Lectures and essays. London, 1908.
534.
HuygensC., Traité de la lumière. Leide, 1690. (Reprinted, Paris, 1966. English trans. by ThompsonS., London, 1912.)
535.
IngardenR., “Deux conceptions de la science: Buridan et Copernic”, Pensée, lii (1954), 17–28. (Translation of an article originally in Studia i Materialy z Dziejów Nauki Polskiej, 1953.)
536.
JacksonR., An examination of the deductive logic of John Stuart Mill. London, 1941.
537.
JanetP., “La méthode expérimentale et la physiologie à propos des travaux récents de M. Claude Bernard”, RDM, lxii (1866), 908–36.
538.
JanetP., “De la méthode expérimentale en physiologie”, in his Les problèmes du XIXe siècle (Paris, 1873), 241–79.
539.
JanetP., Baco Verulamius alchemicus philosophis quid debuerit. Thesis, Angers, 1889.
540.
JansenB., “Die Methodenlehre des Descartes, ihr Wesen und ihre Bedeutung”, Cartesia (Milan, 1937), 487–511.
541.
JessopT., “Berkeley and the contemporary physics”, Revue internationale de philosophie, vii (1953). 87–100.
542.
JevonsF., “Harvey's quantitative method”, Bulletin of the history of medicine, xxxvi (1962), 462–67.
543.
JevonsW., The principles of science. 2 vols., London, 1874. (Reprinted N.Y., 1958.)
544.
JevonsW., “Mill's philosophy tested”, in his Pure logic (London, 1890).
545.
JoergensonJ., The development of logical positivism. Chicago, 1951.
546.
JörgesR., Die Lehre von den Empfindungen bei Descartes. Düsseldorf, 1901.
547.
JonesR., An inquiry into the slate of medicine, on the true principles of inductive philosophy. Edinburgh, 1781.
548.
JonesR., Ancients and moderns. St Louis, 1961.
549.
JonesW., Philosophy and method in ancient Greece; with an edition of . Baltimore, 1946.
550.
KahnH., The philosophical works of Hermann von Helmholtz. Doctoral dissertation, Columbia, 1951.
551.
KalbfleischK., “Über Galens Einleitung in die Logik”, Jahrbücher für classische Philologie, Supplement Band xxiii (1897), 681–708.
552.
KaminskiS., “Le rọle de l'expérience et de la raison dans la théorie de la science chez Aristote, Kant et Comte”, ACIHS, Varsovie, Cracovie, xi (1965), Sect. 1–3, p. 7.
553.
KantI., Kritik der reinen Vernunft. 2nd ed., Riga, 1787. (English trans. by SmithK., London, 1929.)
554.
KargonR., “Newton, Barrow and the hypothetical physics”, Centaurus, xi (1965).
555.
KargonR., Atomism in England from Hariot to Newton. Oxford, 1966.
556.
KasperM., Johannes Keplers wissenschaftliche und philosophische Stellung. München, 1935.
557.
KasperM., Kepler. London, 1959.
558.
KattsoffI., “Ptolemy and scientific method”, Isis, xxxviii (1947), 15 ff.
559.
KeeneJ., “Mill's method of hypothesis”, Filosofia, xiii (1962), 595–8.
560.
KeynesJ., “Some historical notes on induction”, in his Treatise on probability (London, 1929), 265–73.
561.
KieferJ., Galen's institutio logica: English translation, introduction and commentary. Doctoral dissertation, Johns Hopkins, 1961.
562.
KingL., “Some problems of causality in 18th century medicine”, Bulletin of the history of medicine, xxxvii (1963), 15–24.
563.
KingL., “Rationalism in early 18th century medicine”, Journal of the history of medicine, xviii (1963), 257–71.
564.
KingW., Jr., Measurement and natural philosophy: A study in the quantification of nature in the 17th century. Doctoral dissertation, Cornell, 1960.
565.
KleinpeterH., “J. B. Stallo als Erkenntniskritiker”, Vierteljahrsschrift für wissenschaftliche Philosophie, xxv (1901), 401–40.
566.
KleinpeterH., “Kant und die naturwissenschaftliche Erkenntniskritik der Gegenwart”, Kantstudien, viii (1903).
567.
KleinpeterH., Die Erkenntnistheorie der Naturforschung der Gegenwart. Leipzig, 1905.
568.
KleinpeterH., Der Phānomenalismus. Leipzig, 1913.
569.
KleinpeterH., “Die prinzipellen Fragen der Machschen Erkenntnislehre”, Zeitschrift für Philosophie und philosophische Kritik, cli (n.d.)
570.
KnealeW., “The traditional problem of induction”, in his Probability and induction (Oxford, 1949), 24–113.
571.
KnightD., “Galileo Galilei, 1564–1642”, in Harré (1965b), 49–80.
572.
KnightD., “Professor Baden Powell and the inductive philosophy”, Durham University journal, March 1968, 81–7.
573.
KockelmansJ., Philosophy of science: The historical background. N.Y., 1968.
574.
KöhlerM., Hobbes in seinem Verhältnis zu der mechanischen Naturanschauung. Berlin, 1902.
575.
KönigE., Kant und die Naturwissenschaft. Braunschweig, 1907.
576.
KönigsbergerL., Hermann von Helmholtz's Untersuchungen über die Grundlagen der Mathematik und Mechanik. Leipzig, 1896.
577.
KohnB., Untersuchungen über das Causalproblem auf dem Boden einer kritik der einschlāgigen Lehren J. S. Mills. Berlin, 1881.
578.
KohnB., “Die Naturphilosophie des Thomas Hobbes in ihrer Abhändigkeit von Bacon”, AGP, xv (1902), 370–99.
579.
KotarbińskiT., “The development of the main problem in the methodology of Francis Bacon”, Studio philosophia, i (1935), 107–17.
580.
KotarbińskiT., “L'histoire de la science—source de généralisations méthodologiques”, Organon, iii (1966), 3–8.
581.
KoyréA., Études galiléennes. 3 vols., Paris, 1939.
582.
KoyréA., “Galileo and Plato”, JHI, iv (1943), 400–28. (Reprinted in Koyré, 1968, 16–43.)
583.
KoyréA., “Galileo and the scientific revolution”, PR, lii (1943), 333–48. (Reprinted in Koyré, 1968, 1–15.)
584.
KoyréA., “The significance of the Newtonian synthesis”, AIHS, iii (1950), 291–311.
585.
KoyréA., Galilée et la révolution scientifique du XVIIIe siècle. Paris, 1955.
586.
KoyréA., “Pour une édition critique des oeuvres de Newton”, RHS, viii (1955), 19–37.
587.
KoyréA., “L'hypothèse et l'expérience chez Newton”, Bulletin de la Societé Française de Philosophie, l (1956), 59–79. (Translated and reprinted in Koyré (1965), 25–52.)
588.
KoyréA., “Les regulae philosophandi”, AIHS, xiii (1960), 3–14. (Translated and reprinted in Koyré (1965), 261 ff.)
KoyréA., “Les quéries de l'Optique”, AIHS, xiii (1960), 15–29.
591.
KoyréA., Newtonian studies. London, 1965.
592.
KoyréA., Metaphysics and measurement: Essays in the scientific revolution. London, 1968.
593.
KosmanL., The Aristotelian backgrounds of Bacon's ‘Novum Organum’. Doctoral dissertation, Harvard, 1964.
594.
KraftV., Die Grundformen der wissenschaftliche Methoden. Wien, 1925.
595.
KrausserP., “Dilthey's revolution in the theory of the structure of scientific inquiry and rational behavior”, Review of metaphysics, xxii (1968), 262–80.
596.
KrugW. T., Entwurf eines neuen Organon der Philosophie. Meissen, 1801.
597.
KubitzO., The development of John Stuart Mill's ‘System of logic’. Doctoral dissertation, Illinois University, 1931.
598.
KuhnT., The structure of scientific revolutions. Chicago, 1962.
599.
KultgenJ., “Philosophic conceptions in Mendeleev's Principles of chemistry”, POS, xxv (1958), 177–83.
600.
KunzL., “Die Erkenntnistheorie d'Alemberts”, AGP, xx (1907), 96–126.
601.
LabbasL., L'idće de science dans Malebranche. Paris, 1931.
602.
LachelierJ., Du fondement de l'induction. Thèse, Paris, 1871.
603.
LafleurL., “Descartes and scientific presuppositions”, Personalist, xxxv (1954), 25–31.
604.
La FontaineA., La philosophie d'Émile Boutroux. Paris, 1920.
605.
LakatosI., Essays in the logic of mathematical discovery. Doctoral dissertation, Cambridge, 1961.
606.
LakatosI., “Proofs and refutations, I–IV”, BJPS, xiv (1963), 1–25, 120–39, 221–45, 296–312.
607.
LakatosI., “Changes in the problem of inductive logic”, in The problem of inductive logic (ed. Lakatos, Amsterdam, 1968), 315 ff.
608.
LalandeA., Leçons sur la philosophie des sciences. Paris, 1893.
609.
LalandeA., L'idée directrice de la dissolution opposée à celle de l'évolution dans la méthode des sciences physiques et morales. Thèse, Paris, 1898.
610.
LalandeA., Quid de mathematica vel rationali vel naturali senserit Baconus. Paris, 1899.
611.
LalandeA., “Quelques textes de Bacon et de Descartes”, RMM, xix (1911), 296–311.
612.
LalandeA., Les théories de l'induction et de l'expérimentation. Paris, 1929.
613.
LalandeA., L'interprétation de la nature dans le ‘Valerius terminus’ de Bacon. Mǎcon, 1961.
614.
LambertC., Principes généraux sur la méthode d'étudier et d'observer en médecine. Paris, 1827.
615.
LambertJ. H., Neues Organon, oder, Gedanken über die Erforschung und Bezeichung des Wahren und dessen Unterscheidung vom Irrtum und Schein. 2 vols., Leipzig, 1764.
616.
LambertJ. H., Anlage zur Architektonik, oder Theorie des Einfachen und des Ersten in der philosophischen und mathematischen Erkenntnis. 2 vols., Riga, 1771.
617.
LambertJ. H., Logische und philosophische Abhandlungen. 2 vols., Berlin, 1782.
618.
LarderD., “The axiom of simplicity in the development of chemistry”, Journal of chemical education, xlii (1966), 490–91.
619.
LarsonR., “The Aristotelianism of Bacon's Novum organum”, JHI, xxiii (1962), 435–50.
620.
LassonA., Über Bacon von Verulam's wissenschaftliche Principien. Berlin, 1960.
621.
LasswitzK., Geschichte der Atomistik. 2 vols., Hamburg, 1926.
622.
LaudanL., The idea of a physical theory from Galileo to Newton. Doctoral dissertation, Princeton, 1966.
623.
LaudanL., “The clock metaphor and probabilism: The impact of Descartes on English methodological thought, 1650–1665”, AS, xxii (1966), 73–104.
624.
LaudanL., “Method and the mechanical philosophy”, History of science, v (1966), 117–24.
625.
LaudanL., “The nature and sources of Locke's views on hypotheses”, JHI, xxviii (1967), 211–23.
626.
LaudanL., “Thomas Reid and the Newtonian turn of British methodological thought”, in Butts (1969b).
627.
LaudanL., A source-book in scientific method: Galileo to Mach. Cambridge, Mass., forthcoming.
628.
LaurieH., “Methods of inductive inquiry”, Mind, N.S., ii (1893), 319–38.
629.
Le BlondJ.-M., Logique et méthode chez Aristote. Paris, 1939.
630.
Le ChâtelierH., De la méthode dans les sciences. Paris, 1910.
631.
von LeclairA., Der Realismus der modernen Naturwissenschaft im Licht der von Berkeley und Kant angebahnten Erkenntnisskritik. Prag, 1879.
632.
LeclercqA., “Evolution et avenir de la méthode expérimentale”, in LeLionnais.
633.
LeclercqA., La méthode expérimentale: Son historie, ses tendences actuelles. Paris, 1959.
634.
LeclercqA., Histoire et avenir de la méthode expérimentale. Paris, 1960.
635.
LeeH., “Geometrical method and Aristotle's account of first principles”, Classical quarterly, xxxix (1935), 113–24.
636.
LeeK.-S., A critical study of Kant's views on scientific methodology and the modality of scientific laws. Doctoral dissertation, Yale, 1966.
637.
LeeuwenH., The problem of certainty in English thought: 1630–1690. Hague, 1963.
638.
LegowiczJ., “La problème de la théorie dans les ‘arts illibérales’ et la conception de la science du moyen age”, ACIHS (1965), Varsovie, Cracovie, Sects. 1–3, p. 38.
639.
LeibnizG., Die philosophischen Schriften (ed. Gerhardt). 7 vols., Berlin, 1875–90.
640.
LejeuneA., “La science grecque a-t-elle atteint le stade expérimentale?”Revue des questiones scientifiques, xviii (1957), 321–43.
641.
Le LionnaisF., ed., La méthode dans les sciences modernes. Paris, 1958.
642.
LeninV., Materialism and empirio-criticism. Moscow, 1947.
643.
LenobleR., Mersenne ou la naissance du mécanisme. Paris, 1943.
644.
LenoirR., “Claude Bernard et l'esprit expérimentale”, Revue philosophique, lxxxvii (1919), 72–101.
645.
LenzJ., “Hume's defense of causal inference”, JHI, xix (1958), 559–67.
646.
LenzenV., “Helmholtz's theory of knowledge”, in Montagu, 299–319.
647.
LeroyA., “Les procédés du bon sens et la méthode de la science de l'homme pour David Hume”, Travaux du congrès internationale de philosophie (ed. Bayer, Paris, 1937), vol. ii, part 2, 154–60.
648.
LeroyE., “Henry Poincaré et la critique des sciences”, XVe congrès internationale de philosophie des sciences (ed. Bayer, Paris, 1951), vol. i, 47–59.
649.
Le SageG., “Quesques opuscules relatifs à la méthode”, in Prévost'sEssais de philosophie (Geneva, 1804), vol. ii, 253–335.
650.
LeuckfeldP., “Zur logischen Lehre von der Induction: Geschichtliche Untersuchungen [Part I, Aristotle and Bacon; Part II, Herschel; Part III, Whewell]”, AGP, viii (1895), 33–58, 353–72; x (1897), 340–60: xi (1898), 374–90.
651.
LeviA., Il pensiero de Francesco Bacone, considerato in relazione con le filosofie della natura rinascimento e col razionalismo cartesiano. Torino, 1925.
652.
LeviA., “Il pensiero di Descartes nelle Regulae ad directionem ingenii e nella metodologia del Discours de la méthode”, Logos (Napoli), xx (1937), 465–98.
MachE., Erkenntnis und Irrtum, Skizzen zur Psychologie der Forschung. Leipzig, 1905.
680.
MacintoshJ., “Francis Bacon, 1561–1626”, in Harré (1965b), 25–45.
681.
McKeonR., “The empiricist and experimentalist temper in the middle ages; a prolegomena to the study of medieval science”, in Essays in honor of John Dewey (N.Y., 1929), 216–34.
682.
McKeonR., “Causation and the geometric method in the philosophy of Spinoza”, PR, xxxix (1930), 179–89, 275–96.
683.
McKeonR., “Aristotle's conception of the development and nature of scientific method”, JHI, viii (1947), 3–44 and in WienerNoland, 73–89.
684.
McKeonR., “Philosophy and the development of scientific methods”, JHI, xxvii (1966), 3–22.
685.
MaclaurinC., An account of Sir Isaac Newton's philosophical discoveries. London, 1748. (Reprinted N.Y., 1968.)
686.
McMullinE. (ed.), Galileo: Man of science. New York and London, 1968.
687.
McRaeR., “The unity of the sciences: Bacon, Descartes and Leibniz”, JHI, viii (1957), 27–48.
688.
McRaeR., The problem of the unity of the sciences: Bacon to Kant. Toronto, 1961.
689.
MaddenE., “Pragmatism, positivism, and Chauncey Wright”, PPR, xiv (1953), 62–71.
690.
MaddenE., “Chance and counterfacts in Wright and Peirce”, Review of metaphysics, ix (1956), 420–32.
691.
MaddenE., “Charles Peirce e la ricera di un metodo”, RF, xlix (1958), 1–20.
692.
MaddonE., “Inducćion y probabilidad en la filosofía de Charles Sanders Peirce”, RF, xxii (1959), 36–43.
693.
MaddenE., ed., Theories of scientific method: The renaissance through the nineteenth century. Seattle, 1960.
694.
MaddenE., “Thomas Hobbes and the rationalist ideal”, in Madden (1960a), 104–18.
695.
MaddenE., “W. S. Jevons on induction and probability”, Atti del XII congresso internazionale de filosofia (Venice, 1960), xii, 293–301. (Reprinted in Madden, 1960a, 233–47.)
696.
MaddenE., Chauncey Wright and the foundations of pragmatism. Seattle, 1963.
697.
MaddenE.MaddenM., “Chauncey Wright and the logic of psychology”, POS, xix (1952), 325–32.
698.
MadkourI., L'organon d'Aristote dans le monde arabe: Ses traductions, son étude et ses applications. Paris, 1934.
699.
de MaistreJ., Examen de la philosophie de Bacon. Paris, 1836.
700.
MalebrancheN., De la recherche de la vérité. Paris, 1674. (English trans. by Taylor, Oxford, 1694.)
701.
MalpighiM., “Responsio ad … De Recentiorum Medicorum …”, in Opera posthuma (London, 1697), 99–187.
702.
MandelbaumM., Philosophy, science and sense perception: Historical and critical studies. Baltimore, 1964.
703.
ManselH., Prolegomena logica, an inquiry into the psychological character of the logical process. Oxford, 1851.
704.
ManselH., The limits of demonstrative science. Oxford, 1853.
705.
MansionA., “L'induction chez Albert le Grand”, Revue néoscolastique de philosophie, xiii (1956), 420–32.
706.
MarcucciS., “Filosofia, scienza e storia della scienza in Emilio Meyerson”, Physics, iii (1961), 5–19.
707.
MarcucciS., L'“idealismo” scientifico di William Whewell. Pisa, 1963.
708.
MariotteE., “Essai de logique”, in his Oeuvres (La Haye, 1740), vol. ii.
709.
MaritainJ., “The conflict of methods at the end of the middle ages”, The Thomist, iii (1941), 527–38.
710.
MarkusR., “Method and metaphysics: The origins of some Cartesian presuppositions in the philosophy of the Renaissance”, Dominican studies, ii (1949), 356 ff.
711.
MarmuraM., “Ghazali and demonstrative science”, JHP, iii (1965), 183–204.
712.
MarsakL., Bernard de Fontenelle: The idea of science in 18th century France. Doctoral dissertation, Cornell, 1957.
713.
MarsakL., Bernard de Fontenelle: The idea of science in the French enlightenment. Philadelphia, 1959.
714.
MartinB., The philosophical grammar. London, 1735.
715.
MartinF., La perception extérieure et la science positive. Thèse, Paris, 1894.
716.
MartinG., Immanuel Kant, Ontologie und Wissenschaftstheorie. Köln, 1951. (English trans. by Lucas, Manchester, 1955.)
717.
MartinG., “Die Zukunft der Wissenschaften”, Kantstudien, lvi (1965), 16–28.
718.
MartinH., Galilée, les droits de la science et la méthode des sciences physiques. Paris, 1868.
719.
MasarykJ., David Hume's Skepsis und die Wahrscheinlichkeitsrechnung. Wien, 1884.
720.
Masson-OurselP., “La notion indienne de méthode”, Travaux de IXe congrès international de philosophie. Paris, 1937, vol. v, part 2, 74–6.
721.
MazzoniJ., In universam Platonis et Aristoteles philosophiam praeludia. Venice, 1597.
722.
MeierJ., Robert Boyles Naturphilosphie. München, 1907.
723.
MeierM., “Der Begriff der Method bei Descartes”, Jahresbericht der Gorresgesellschaft, 1926–7, 48 ff.
724.
MelvilleY., “The conflict between science and religion in the philosophy of Charles Peirce”, Voprosy Filozofii, xviii (1965), 88–98. (In Russian.)
725.
MendeleevD., Principles of chemistry (trans. Kamensky). 2 vols., London, 1897.
726.
MendelssohnE., “Physical models and physiological concepts: Explanation in 19th century biology”, in Boston studies in the philosophy of science, vol. ii (ed. WartofskyCohen, N.Y., 1965), 127–50.
727.
MendelssohnS., Robert Boyle als Philosoph. Würzburg, 1902.
728.
MentréF., “Le hasard dans les découvertes scientifiques d'après Claude Bernard”, Revue de philosophique, iv (1904), 672–8.
729.
MentréF., Cournot et la renaissance du probabilisme au XIX siècle. Paris, 1908.
730.
MephamJ., “Johann van Helmont, 1579–1644”, in Harré (1965b), 129–57.
731.
MerzJ., A history of European thought in the nineteenth century. 4 vols., London, 1907.
732.
MetzgerE., Les concepts scientifiques. Paris, 1926.
733.
MeyerH., Die Wissenschaftslehre des Thomas von Aquin. Fulda, 1934.
734.
MeyersonE., Identité et realité. Paris, 1908. (English trans. by Loewenberg, London, 1930.)
735.
MichalskiK., “La physique nouvelle et les différents courants philosophiques au XIV siècle”, Bulletin internationale de l'Académie Polonaise des sciences et des lettres, 1927, 93 ff.
736.
Michand-QuantinP., “La notion de loi naturelle chez R. Grosseteste”, Proceedings of the XIth international congress of philosophy, xii (Bruxelles, 1953), 166–70.
737.
MignucciM., La teoria aristotelica della scienza. Florence, 1965.
738.
MilhaudG., “L'idée d'ordre chez Auguste Comte”, RMM, ix (1901).
739.
MilhaudG., Études sur la pensée scientifiques. Paris, 1906.
740.
MilhaudG., “La philosophie de Newton, par L. Bloch”, RMM, xvi (1908), 402–6.
741.
MilhaudG., “Descartes et Bacon”, Scientia, xxi (1917), 185–98.
742.
MilhaudG., Descartes savant. Paris, 1921.
743.
MilhaudG., Études sur Cournot. Paris, 1927.
744.
MilmedB., Kant and current philosophical issues. N.Y., 1961.
745.
MillJ. S., A system of logic, ratiocinative and inductive. London, 1843.
746.
MillJ. S., Auguste Comte and positivism. … London, 1865.
747.
MillJ. S., An examination of Sir William Hamilton's philosophy. London, 1865.
748.
MilletJ., An Millus veram mathematicorum axiomatum originem invenerit. Thèse, Paris, 1867.
749.
MinaP., De Recentiorum medicorum studio dissertatio epistolaris ad amicum. Gottingen, 1687.
750.
MintoW., Logic, inductive and deductive. N.Y., 1904.
751.
MischG., “Zur Entstehung der französischen Positivismus”, AGP, xiv (1901), 1–39, 156–209.
752.
von MisesR., “Ernst Mach und die empirische Wissenschaftsauffassung”, Einheitswissenschaft, no. 7 (1938).
753.
MitrovichR., La théorie des sciences chez Descartes d'après sa géométrie. Paris, 1932.
754.
MittaschA., Julius Robert Mayers Kausalbegriff: Seine geschichtliche Stellung, Auswirkung und Bewirkung. Berlin, 1940.
755.
MittelstrassJ., Die Rettung der Phānomene. Berlin, 1962.
756.
MittelstrassJ., “Die Entdeckung der Möglichkeit von Wissenschaft”, Archive for the history of the exact sciences, ii (1965), 410–35.
757.
MoeseH., “‘Wissenschaftslehre’ de Bolzano et le problème de l'unité de la science”, ACIHS, 1965, Varsovie and Cracovie, Sects. 1, 2, 3, p. 61.
758.
MoeseH., “Les deux courants dans le développement de la méthodologie moderne des sciences: Bernard Bolzaro et John Stuart Mill”, Résumés des communications, XII congrès int. d'histoire des sciences (Paris, 1968), 153–54.
759.
MontagueA., ed., Studies and essays in the history of science and learning offered … to G. Sarton. N.Y., 1947.
760.
MontéalgreR., Formation de la méthode expérimentale et son utilisation en pédagogie. Louvain, 1959.
761.
MoodyE., The logic of William of Ockham. London, 1935.
762.
MoodyE., Truth and consequence in medieval logic. Amsterdam, 1953.
763.
MooreE.RobinR., eds., Studies in the philosophy of C. S. Peirce. Second Series. Amherst, 1964.
764.
MooreW., “Scientific method in the French classical writers”, in Literature and science (Oxford, 1953).
765.
MorauxP., “La méthode d'Aristote dans l'étude du ciel”, in Aristote et les problèmes de méthode (Paris, 1961).
766.
Morpugo-TagliabueG., I processi di Galileo e l'epistemologie. Milan, 1963.
767.
MoscoviciS., “Sur l'incertitude des rapports entre expérience et théorie au 17e siècle”, Physis, ii (1960), 14–43.
768.
MoserS., Grundbegriffe der Naturphilosophie bei Wilhelm von Ockham. Innsbruck, 1932.
769.
MoserS., “Der Begriff der Natur in aristotelischer und moderner Sicht”, Philosophia naturalis, vi (1961), 261–87.
770.
MoussabekovY., “Problems of history and methodology of science in the work of chemists”, Résumés des communications, XII congrès int. d'histoire des sciences (Paris, 1968), 157–8.
771.
MouyP., Le développement de la physique cartésienne (1646–1712). Paris, 1934.
772.
von MüllerJ., “Über Galens Werk vom wissenschaftlichen Beweis”, Abhandlungen Akad. München, xx (1894), 405 ff.
773.
MüllerL., Die Bedeutung Galileis für die Philosophie. Wien, 1895.
774.
MunsonJ., The science of science: A critical examination of John Stuart Mill's philosophy. Doctoral dissertation, Columbia, 1967.
775.
MurphyM., The development of Peirce's philosophy. Cambridge, Mass., 1961.
776.
MursellJ., “The function of intuition in Descartes' philosophy of science”, PR, xxviii (1919), 391–409.
777.
MuthR., “Zum Physis-Begriff bei Platon”, Zeitschrift für klassische Philologie, lxiv (1949), 53 ff.
778.
MyhillJ., “Berkeley's De motu—an anticipation of Mach, University of California publications in philosophy, xxix (1957).
779.
NadenC., Induction and deduction. London, 1890.
780.
NàdorG., “Kepler's world view and role in the development of the notion of law of nature”, Magyar Tudomanyos Adakemia (Fiz.-Mat.) Osztályának Közleményei, iv (1954), 219–27. (In Hungarian.)
781.
NägeliK., Die Schranken der naturwissenschaftlichen Erkenntnis. München, 1877.
782.
NagelE., “Charles S. Peirce, pioneer of modern empiricism”, POS, vii (1940), 69–80. (Reprinted in Nagel'sSovereign reason, Glencoe, Ill., 1954, 89–100.)
783.
NagelE., Mill's philosophy of scientific method. N.Y., 1950.
784.
NagelE., “Charles Peirce's guesses at the riddle”, in his Sovereign reason (Glencoe, Ill., 1954), 58–88.
785.
NalletambyM., An analysis of Karl Pearson's ‘The grammar of science’. M.Sc. thesis, London, 1955.
786.
NamerE., “L'intelligibilité mathématique et l'expérience chez Galilée”, RHS, xvii (1964), 369–84.
787.
NapierM., “Remarks illustrative of the scope and influence of the philosophical writings of Lord Bacon”, Transactions of the Royal Society of Edinburgh, viii (1818), 373–425.
788.
NatorpP., “Galilei als Philosoph, eine Skizze”, Philosophische Monatshefte, xviii (1882), 193–229.
789.
NatorpP., Untersuchung über die Erkenntnistheorie Descartes. Marburg, 1882.
790.
NatorpP., “Die kosmologische Reform des Kopernikus in ihrer Bedeutung für die Philosophie”, Preussche Jahrbucher, xlix (1882), 355 ff.
791.
NatorpP., Forschungen zur Geschichte des Erkenntnisproblems im Altertum. Berlin, 1884.
792.
NavilleA., Nouvelle Classification des sciences. Paris, 1898.
793.
NavilleE., La logique de l'hypothèse. Paris, 1880.
794.
NeidorfR., “Discussion: Is Einstein a positivist?”POS, xxx (1963), 173–88.
795.
NelsonB., “‘Probabilists', ‘anti-probabilists’ and the quest for certainty in the 16th and 17th centuries”, in Guerlac, vol. i, 269–73.
796.
NeurathO., La développement du cercle de Vienne et l'avenir de l'empiricisme logique. Paris, 1935.
797.
NewtonI., Philosophiae naturalis principia mathematica. 1st ed., London, 1787; 2nd ed., London, 1713: 3rd ed., London, 1728. (1st ed. reprinted London, 1952. English trans. by Motte, London, 1729; reprinted N.Y., 1962.)
798.
NewtonI., Opticks, or, a treatise of the reflexions, refractions, inflections and colours of light. 1st ed., London, 1704. (4th ed. reprinted N.Y., 1952.)
799.
NicholJ., Francis Bacon, his life and philosophy. Edinburgh, 1889.
800.
NieuwentijtB., Fundamentals of certitude, or the right method of mathematics in the ideal as well as the real. London, 1720.
801.
NifoA., Expositio … de physico auditu. Venice, 1552.
802.
NifoA., De coelo et mundo commentaria. Venice, 1553.
803.
OdegardD., “Locke's epistemology and the value of experience”, JHI, xxvi (1965), 417–23.
804.
OlmstedJ.OlmstedE., Claude Bernard and the experimental method in medicine. N.Y., 1952.
805.
OlschkiL., Galilei und seine Zeit. Halle, 1927.
806.
OlschkiL., “Galileo's philosophy of science”, PR, lii (1943), 349–65.
807.
OngW., Ramus, method and the decay of dialogue; from the art of discourse to the art of reason. Cambridge, Mass., 1958.
808.
OngW., Ramus and talon inventory. Cambridge, Mass., 1958.
809.
OwenG., “, in Aristote et les problèmes de méthode (Paris, 1961), 83 ff.
810.
PacchiA., Convenzione e ipotesi nella formazione della filosofia naturate di Thomas Hobbes. Milan, 1965.
811.
PalterR., “Newton and the inductive method”, Texas quarterly, x (1968), No. 3.
812.
PapillonF., “David Hume, précurseur d'Auguste Comte”, La philosophie positive, iii (1868), 292–308.
813.
PapillonF., Histoire de la philosophie moderne dan ses rapports avec la développement des sciences de la nature. 2 vols., Paris, 1876.
PassmoreJ., A hundred years of philosophy. London, 1957.
816.
PassmoreJ., “William Harvey and the philosophy of science”, AAJP, xxxvi (1958), 85–94.
817.
PassmoreJ., ed., Priestley's writings on philosophy, science and politics. N.Y., 1965.
818.
PastoreA., “Il principio del metodo sperimentale nella filosofia di Spinoza”, RF, xviil (1927), 267–72.
819.
de GondillacM. Patronnier, “Nicolas de Cues, théoricien de la méthode”, Travaux du IX congrès international de philosophie (Paris, 1937), vol. v, part 2, 127–33.
820.
PearlP., William Whewell's conception of the philosophy of science. Doctoral dissertation, New School for Social Research, 1966.
821.
PearsonK., The grammar of science. London, 1892. (Reprinted London, 1937.)
PelikánF., “La méthode de Condillac et de Descartes”, Travaux du IXe congrès international de philosophie (Paris, 1937), vol. iii, 43–8.
824.
PellouxL., ‘Il concetto di esperienza in Aristotle”, Proc. of the XIth international congress of philosophy (Bruxelles1953), vol. xii, 96–160.
825.
PelseneerJ., L'évolution de la notion de phénomène physique des primitifs à Bohr et Louis de Broglie. Bruxelles, 1947.
826.
PembertonH., A view of Sir Isaac Newton's philosophy. London, 1728.
827.
PenroseS., The reputation and influence of Bacon in the seventeenth century. Doctoral dissertation, Columbia, 1934.
828.
PerlsH., “Platon et Kant: Anticipations et parallèles rélatifs à la méthode”, Travaux du IX congrès international de philosophie (Paris, 1937), vol. v, part 2, 77–82.
829.
PersicoE., “Le esperienze mentali del metodo galileiano”, Scienze e tecnica, 1941.
830.
PetrescuN., Glanvill und Hume. Berlin, 1911.
831.
PetzoldtJ., Das Weltproblem vom positivistischen Standpunkt aus. Leipzig, 1906.
832.
PighettiC., “A propositio delle ipotesi nella metodologia Newtoniana”, AIHS, xv (1962), 291–302.
833.
PiletP.-E., “Jean Senebier, un des précurseurs de Claude Bernard”, AIHS, xv (1962), 303–13.
834.
PlaassP., Kants Theorie der Naturwissenschaft. Göttingen, 1965.
835.
PlanckM., “Zur Machschen Theorie der physikalischen Erkenntnis”, Vierteljahrsschrift für wissenschaftlichen Philosophie, N.F., ix (1910), 497–507.
836.
Plato, Works (trans. Jowett). Oxford, 1964.
837.
PoeyA., Le positivisme. Paris, 1876.
838.
PopkinR., “Joseph Glanvill: A precursor of Hume”, JHI, xiv (1953), 292–303.
839.
PopkinR., The history of scepticism from Erasmus to Descartes. Assen, 1960.
840.
PopperK., “A note on Berkeley as a precursor of Mach”, BJPS, iv (1953), 26–36. (Reprinted in his Conjectures and refutations, London, 1963, 166–74.)
841.
PopperK., “Three views concerning human knowledge”, in Conjectures and refutations (London, 1963), 97–119.
842.
du PortuE., Galileis Begriff der Wissenschaft. Marburg, 1904.
843.
PosH., “L'origine de la méthode”, Travaux du IX congrès international de philosophie (Paris, 1937), 267–72.
844.
PowellB., On the nature and evidence of the primary laws of motion. Oxford, 1837.
845.
PowellB., On necessary and contingent truth. Oxford, 1849.
846.
PowellB., Essays on the spirit of the inductive philosophy. London, 1855.
von PrantlC., Geschichte der Logik in Abendlande. 2 vols., Leipzig, 1861–7.
849.
von PrantlC., “Galilei und Kepler als Logiker”, Sitzungsberichte der philosophisch-philologischen und historischen Classe der K/B Akademie der Wissenschaft tu München, ii (1875), no. 4.
850.
PresleyC., The development of scientific method in England in the 17th century, with special reference to Bacon and Newton. B.Phil, thesis, Oxford, 1953.
851.
PretiG., Newton. Milan, 1950.
852.
PrévostP., Essais de philosophie. 2 vols, Paris, 1804.
853.
PrimackD., Francis Bacon's philosophy of nature. Doctoral dissertation, Johns Hopkins, 1963.
854.
PrimackD., “Outline of a reinterpretation of Francis Bacon's philosophy’, JHP, v (1967), 123–32.
855.
PriorM., “Bacon's man of science”, JHI, xv (1954), 348–70. Reprinted in WienerNoland, 382–9.
856.
PtolemyC., Almagestum. Venice, 1515. (English trans. by Taliaferro, Chicago, 1952).
857.
QueteletM., Letters on the theory of probabilities. London, 1849.
858.
RamsbottomJ., “Linnaeus and the species concept”, Proceedings of the Linnean Society, cl (1938), 192–219.
859.
RamusP., Dialectique. Paris, 1555.
860.
RandallJ., “The development of scientific method in the school of Padua”, JHI, i (1940), 177–206.
861.
RandallJ., “Newton's natural philosophy: Its problems and consequences”, in Philosophical essays in honor of Edgar Arthur Singer, Jr. (ed. ClarkeNahm, Philadelphia, 1942), 334–57.
862.
RandallJ., The school of Padua and the emergence of modern science. Padova, 1961. (A revised version of Randall, 1940.)
863.
RandallJ., The career of philosophy from the middle ages to the enlightenment. N.Y., 1962.
864.
RandallJ., “John Stuart Mill and the working-out of empiricism”, JHI, xxvi (1965), 59–88.
865.
RankineW., “Outlines of the science of energetics”, Proceedings of the Royal Philosophical Society of Glasgow, iii (1855), 381–99.
866.
RankineW., “On the use of mechanical hypotheses in science, and especially in the theory of heat”, Proceedings of the Royal Philosophical Society of Glasgow, v (1864), 126–32.
867.
RashdallH., “Nicholas de Ultricuria, a medieval Hume”, Proceedings of the Aristotelian Society, N.S., vii (1907), 1 ff.
868.
RavetzJ., Astronomy and cosmology in the achievements of Nicolaus Copernicus. Warsaw, 1965.
869.
RegenbogenO., “Eine Forschungsmethode antiker Naturwissenschaft”, Quellen und Studien zur Geschichte der Mathematik, i (1930), 131 ff. (Also in his KleineSchriften, München, 1961, 141 ff.)
870.
RégisL., “Analyse et synthèse dans l'oeuvre de saint Thomas”, Studia mediaevalia in honorem A. Martin (Brughes, 1948), 308 ff.
871.
RégisP. S., Cours entier de philosophie, ou système général. 3 vols., Amsterdam, 1691.
872.
ReidT., Works (ed. Hamilton). 6th ed., 2 vols., Edinburgh, 1863.
873.
ReillyF., The method of the sciences according to C. S. Peirce. Doctoral dissertation, St Louis University, 1957.
874.
ReinachA., “Kants Auffasung des Humeschen Problems”, Zeitschrift für Philosophie und philosophische Kritik, clxi (1911).
875.
de RémusatC., Bacon, sa vie, son temps, sa philosophie et son influence jusqu'à nos jours. Paris, 1858; 2nd ed., Paris, 1863.
876.
de RémusatC., Histoire de la philosophie en Angleterre depuis Bacon jusqu'à Locke. 2 vols., Paris, 1875.
877.
RenouvierC., “La méthode phénomèniste”, Année philosophique, i (1890).
878.
ResnikM., Frege's methodology: A critical study. Doctoral dissertation, Harvard, 1964.
879.
RéthoréF., Critique de la philosophie de Thomas Brown. Paris, 1863.
880.
ReyA., La théorie de la physique chez les physiciens contemporains. Paris, 1907.
881.
RiccoboniA., De gymnasia patavina. Padua, 1598.
882.
RichardsT., “Hume's two definitions of ‘cause’”, in Hume (ed. ChappellV., London, 1968), 148–161.
883.
RichterP., David Humes' Kausalitǎtstheorie und ihre Bedeutung für die Begründung der Theorie der Induktion. Halle, 1893.
884.
RichterP., “Die Methode Spinozas”, Zeitschrift für Philosophie und philosophische Kritik, cxiii (1898), 12–37.
885.
RiddleC., Karl Pearson's philosophy of science. Doctoral dissertation, Columbia, 1958.
886.
RiehlA., Der philosophische Kriticismus und seine Bedeutung für die positive Wissenschaft. 2 vols., Leipzig, 1876–87.
887.
RiehlA., “Über der Begriff der Wissenschaft bei Galilei”, Vierteljahrsschrift für wissenschaftliche Philosophie, xvii (1893), 1–14.
888.
RiehlA., Robert Mayers Entdeckung und Beweis des Energieprincipes. Tübingen, 1900.
889.
RieseW., “The impact of romanticism on the experimental method”, Studies in romanticism, ii (1962), 12–22.
890.
RimaudJ., Thomisme et méthode. Beauchesme & Paris, 1925.
891.
RitchieA., George Berkeley. A reappraisal. Manchester, 1967.
892.
RiversoE., Natura e logo. La razionalizzazione dell'esperienza da Omera a Socrate. Naples, 1966.
893.
RobinL., “La classification des sciences chez Platon”, Travaux du IX congrès international de philosophie (Paris, 1937), vol. v, 83–8.
894.
RobinsonJ., “Hume's two definitions of ‘cause’”, in Hume (ed. ChappellV., London, 1968a), 129–147.
895.
RobinsonJ., “Hume's two definitions of ‘cause’ reconsidered”, in Hume (ed. ChappellV., London, 1968b), 162–168.
896.
RochotB., “Gassendi et la ‘logique’ de Descartes”, Revue philosophique de France et de l'etranger, cxlv (1945), 300–8.
897.
RochotB., “Roberval, Mariotte et la logique”, AIHS, xvi (1953), 38–43.
898.
RogersG., “Boyle, Locke and reason”, JHI, xxvii (1966), 205–16.
RomaoM., Galileu e o método cientifico. Lisboa, 1944.
901.
RomeB., The philosophy of Malebranche. Chicago, 1963.
902.
RosenE., “The Ramus-Rheticus correspondence”, JHI, i (1940), 363–8. (Reprinted in Wiener & Noland, 287–92.).
903.
RosenE., Three Copernican treatises. 2nd ed., N.Y., 1959.
904.
RosenbergerF., Isaac Newton und seine physikalischen Prinzipien. Leipzig, 1895.
905.
RossW., Commentary to Aristotle's Prior and Posterior analytics. Oxford, 1957.
906.
RossiM., Saggio su F. Bacone. Naples, 1935.
907.
RossiP., “Il metodo induttivo e la polemica anti-occultista in G. Fracastoro”, Revista critica di storia della filosofia, ix (1954), 485–99.
908.
RossiP., “Sul carattere non utilitaristico della filosofia di F. Bacone”, Rivista critica di storia della filosofia, xii (1957), 22–41.
909.
RossiP., Clavis universalis: Arti mnemoniche e logica combinatoria da Lullo a Leibniz. Milan-Naples, 1960.
910.
RossiP., I filosofi e le machine, 1400–1700. Milan, 1962.
911.
RossiP., “Bacone e Galilei”, in Saggi su Galileo Galilei (Roma, 1967).
912.
RossiP., Francis Bacon: From magic to science (trans. Rabinovitch). London, 1968.
913.
RothL., Descartes' ‘Discourse on method’. Oxford, 1937.
914.
RuddickC., “Cournot's doctrine of philosophical probability”, PR, xlix (1940), 415–23.
915.
RuddickC., “Hume on scientific law”, POS, xvi (1949), 89–93.
916.
RudolphG., ” ‘De incertitudine et vanitate scientiarum’. Tradition und Wandlung der wissenschaftlichen Skepsis von Agrippa von Nettesheim bis zum Ausgang des 18. Jahrhunderts”, Gesnerus, xxiii (1966), 247–65.
917.
RufM., Natural philosophy in some early 17th century scholastic textbooks. Doctoral dissertation, St Louis University, 1961.
918.
RuvoV., “Descartes et le problème de la certitude”, Acta secundi congressus Thomistici internationale (Torino, 1937), 515–17.
919.
RymonE., The scientific attitude of Francis Bacon. Doctoral dissertation, Cambridge, 1953.
920.
SabraA. I., Explanation, hypothesis and experiment: A study of the methods of research in physics, illustrated by the development of optics in the 17th century. Doctoral dissertation, London. 1955.
921.
SabraA. I., Theories of light from Descartes to Newton. London, 1967.
922.
SalmonW., The foundations of scientific inference. Pittsburgh, 1967.
923.
SamburskyS., The influence of Galileo on Boyle's philosophy of science”, ACIHS, Firenze, 1958, vol. ii.
924.
SamburskyS., “Some references to experience in Stoic physics”, Isis, xlix (1958), 331–5.
925.
SamburskyS., The physical world of late antiquity. London, 1962.
926.
SamburskyS., “Plato, Proclus and the limitations of science”, JHP, iii (1965), 1–12.
927.
de SantillanaG., “Aspects of scientific rationalism in the nineteenth century”, International encyclopedia of unified science, ii (1941), 1–51.
928.
SartonG., A guide to the history of science. Waltham, Mass., 1952.
929.
SchagrinM. L., William Whewell: Philosopher of science. Doctoral dissertation, Berkeley, 1966.
930.
SchielJ., Die Methode der inductiven Forschung … nach John Stuart Mill. Braunschweig, 1865.
931.
SchillerF., “Hypothesis”, in Studies in the history and method of science (ed. SingerC., Oxford, 1921), 414–41.
932.
SchillerJ., Claude Bernard. Paris, 1967.
933.
SchimankH., “Julius Robert Mayer (1814–1878), sein Weg zur Erkenntnis und Darstellung des Energieprinzips”, Abhandlungen und Bericht des Deutschen Museums, xxxiii (1965), 25–61.
934.
SchleidenM., Schelling's und Hegel's Verhāltniss zur Naturwissenschaft. Leipzig, 1844.
935.
SchleidenM., Principles of scientific botany; or, botany as an inductive science (trans. Lankester). London, 1849.
SchlozH., “Die Axiomatik der Alten”, Blätter für Deutsche Philosophie, iv (1930–31), 259–78.
938.
von SchmidJ., “John Stuart Mill's Logica der geesteswetenschappen”, Algemeen Nederlands Tijdschrift voor Wijbegeerte en Psychologie, xxxvii (1944), 11–20.
939.
SchmidtG., “Ist Wissen macht? Über Aktualität von Bacons Instauratio magna”, Kantstudien, lviii (1967), 481–99.
940.
SchmidtJ., Keplers Erkenntnis- und Methodenlehre. Jena, 1903.
941.
SchöpfA., Die Begrūndung des Wissens bei A ugustin. Doctoral dissertation, München, 1964.
942.
SchrammM., Ibn Al-Haythams Weg zur Physik. Wiesbaden, 1963.
943.
SchuhlP., Pour connatre de Lord Bacon. Paris, 1949.
944.
SchultzeF., Philosophie der Naturwissenschaft. 2 vols., Leipzig, 1882.
SenebierJ., Essai sur l'art d'observer et de faire des expériences. 3 vols., Génève, An XII (1802).
955.
SennG., “Über Herkunft und Stil der Beschreibungen von Experimenten im Corpus Hippocriticum”, Archiv für Geschichte der Medizin, xxii (1923), 217 ff.
956.
SennG., Die Entwicklung der biologischen Forschungsmethode in der Antike und ihre grundsātzliche Förderung durch Theophrast von Eresos. Aarau, 1933.
957.
SertillangesA., La philosophie de Claude Bernard. Paris, 1944.
958.
SeveriF., “Galileo e il metodo sperimentale”, Bull. dell'Unione Mathematica Italiana, 1939, 37–56.
959.
SewardG., Die theoretische Philosophie W. Whewells und der kantische Einfluss. Tübingen, 1938.
960.
ShapereD., “Descartes and Plato”, JHI, xxiv (1963), 572–6.
961.
SilversS., The evolutionary development of scientific method in England from Bacon to Mill. Doctoral dissertation, Pittsburgh, 1964.
962.
SimardE., ed., La nature et la portée de la méthode scientifique: Exposé et textes choises de philosophie des sciences. Paris, 1956.
963.
SimardE., “Sens du terme ‘hypothèse’ chez Aristote et saint Thomas”, ACIHS, 1965, Varsovie, Cracovie, Sects. 1–3, p. 37.
964.
SimonW., European positivism in the nineteenth century. Ithaca, 1963.
965.
SimonY.MengerK., “Aristotelian demonstration and postulational method”, Modern schoolman, xxv (1948), 183–92.
966.
SirvenJ., “La déduction cartesiénne dans les recherches mathématiques et physiques”, Cartesio (1937), 745–51.
967.
SkarbekJ., “Comte's views on the relationships between philosophy and the sciences”, Résumés des communications, XII congrès int. d'histoire des sciences (Paris, 1968), 211–12.
968.
SmithN., Studies in the Cartesian philosophy. London, 1902.
969.
SmithN., “Avenarius' philosophy of pure experience, I & II”, Mind, N.S., xv (1906), 13–31, 149–60.
970.
SmithN., New studies in the philosophy of Descartes. London, 1963.
971.
SmoklerH., Scientific concepts and physical theory: An essay in the philosophy of W. K. Clifford. Doctoral dissertation, Columbia, 1958.
972.
SnethlageJ., De copernicaansche wending in de philosophie en haar beteekenis voor de theologie. Doctoral dissertation, Arnhem, 1926.
973.
SolmiE., “Leonardo da Vinci e il metodo sperimentale nelle richerche fisiche”, Atti e memorie della r. Academia Virgiliana di Mantova (Mantua, 1905).
974.
SolmsenF., “Plato and the unity of science”, PR, xl (1940), 566 ff.
975.
SorelG., Les préoccupations métaphysiques des physiciens modernes. Paris, 1907.
976.
SpencerH., The classification of the sciences. London, 1864.
977.
SpillerG., A new system of scientific procedure. London, 1921.
978.
SpinozaB., Werke (ed. Gebhardt). 4 vols., Heidelberg, 1925.
979.
SpriggsG., “The honourable Robert Boyle: A chapter in the philosophy of science”, Archeion, xi (1929), 1–12.
980.
StahlH., Interpretation zu Platons Hypothesis-Verfahren. Dissertation, Kiel, 1956.
981.
StalloJ., General principles of the philosophy of nature. London, 1848.
982.
StalloJ., The concepts and theories of modern physics. London, 1882.
983.
StalloJ., Reden, Abhandlungen und Briefe. N.Y., 1893.
984.
StannardJ., “Method and logic in presocratic explanation”, in Contributions to logic and methodology in honor of J. M. Bochenski (ed. Tymieniecka, Amsterdam, 1965), 107–31.
985.
StearnW., “The background of Linnaeus's contribution to the nomenclature and methods of systematic biology”, Systematic zoology, viii (1959), 4–22.
986.
SteinmannH., Über der Einfluss Newtons auf die Erkenntnistheorie seiner Zeit. Bonn, 1913.
987.
StewartB.TaitP., The unseen universe. London, 1874.
StöcklerF., Das Problem der Methode bei Descartes. Bonn, 1916.
993.
StokesT., William of Ockham's doctrine of science. Doctoral dissertation, Toronto, 1960.
994.
StollM., Whewell's philosophy of induction. Doctoral dissertation, Bryn Mawr College, 1929.
995.
StoveD., “Hume, probability and induction”, in Hume (ed. ChappellV., London, 1968), 187–212.
996.
StradaJ., Ultimum Organum, ou constitution scientifique de la méthode. 2 vols., Paris, 1865.
997.
StrongE., Procedures and metaphysics: A study in the philosophy of mathematical-physical sciences in the 16th and 17th centuries. Berkeley, 1936.
998.
StrongE., “Newton's mathematical way”, JHI, xii (1951), 90–110. (Reprinted in WienerNoland, 412–32.).
999.
StrongE., “Newton and God”, JHI, xiii (1952).
1000.
StrongE., “William Whewell and John Stuart Mill: Their controversy about scientific knowledge”, JHI, xvi (1955), 209–31.
1001.
StrongE., “Newtonian explications of natural philosophy”, JHI, xviii (1957), 49–83.
1002.
StrongE., “Hypotheses non fingo”, in Men and moments in the history of science (ed. Evans, Seattle, 1959).
1003.
StuartJ., A chapter of science: Or, what is a law of nature?London, 1868.
1004.
SturmJ., Physica electiva sive hypothetica. Nuremburg, 1697.
1005.
SullivanJ., Isaac Newton, 1642–1727. London, 1938.
1006.
SuterR., “Aristotle and the scientific method”, Scientific monthly, xlix (1939), 468–72.
1007.
SvensonH., “On the descriptive method of Linnaeus”, Rhodora, xlvii (1945), 273–302, 363–88.
1008.
SvobodaK., “Les idées d'Aristote sur la méthode”, Travaux du IXe congrès international de Philosophie (Paris, 1937), vol. v, part 2, 114–20.
1009.
SzaboA., “Anfänge des euklidischen Axiomensystems”, Archive for the history of the exact sciences, i (1960–62), 55 ff.
1010.
SzumowskiW., “La philosophic de la médicine, son histoire, son essence, sa dénomination et sa définition”, AIHS, xxviii (1949), 1097–1139.
1011.
TaylorF. S., Galileo and the freedom of thought. London, 1938.
1012.
TaylorJ., The Aristotelian concept of natural philosophy. Doctoral dissertation, Laval University, 1948.
1013.
TeskeA., “Galileo and the method of the exact sciences”, Kwartalnik Historii Naüki i Techniki, x (1965), 299–309. (In Polish.)
1014.
ThediekM., The inductive method of Francis Bacon. Doctoral dissertation, Radcliffe College, 1947.
1015.
TheilerW., Zur Geschichte der teleologischen Naturbetrachtung bis auf Aristoteles. Zürich, 1925.
1016.
ThieleJ., “Ernst Mach-Bibliographie”, Centaurus, viii (1963), 189–237.
1017.
ThieleR., Zur Charakteristik von Mach's Erkenntnislehre. Halle, 1914.
1018.
ThiloC., “Über den Begriff der Kausalität bei Plato und Spinoza”, Zeitschrift für Exacte-philosophie, xix (1893), 304–19.
1019.
ThornburnW., “The myth of Ockham's razor”, Mind, N.S., xxvii (1918), 345 ff.
1020.
ThorndikeL., “Roger Bacon and the experimental method in the middle ages”, PR, xxiii (1914), 271–98.
1021.
TinivellaF., “Il metodo scientifico in S. Alberto Magno e Ruggero Bacone”, Angelicum, xxi (1944), 65 ff.
1022.
TönniesF., “Anmerkung über die Philosophie des Hobbes”, Vierteljahrschrift für wissenschaftliche Philosophie, iv (1880), 55 ff. & 428 ff.
1023.
TumarkinG., “Die Methode und die Grenze der Method bei Plato”, Travaux du IXe congrès international de Philosophie (Paris, 1937), vol. v, part 2, 101–7.
1024.
TurbayneC., The myth of metaphor. London, 1962.
1025.
TurleyP., Peirce's conception of the laws of nature. Doctoral dissertation, Fordham University, 1967.
1026.
TurnerJ., The methodology of James Clerk Maxwell. Doctoral dissertation, Columbia, 1953.
1027.
TurnerJ., “Maxwell on the method of physical analogy”, BJPS, vi (1955), 226–38.
1028.
TurnerJ., “Maxwell on the logic of dynamic explanation”, POS, xxiii (1956), 36–47.
1029.
TweedaleM., John of Rodynton on knowledge, science and theology. Doctoral dissertation, University of California at Los Angeles, 1965.
1030.
UngererE., Die Teleologie Kants und ihre Bedeutung für die Logik der Biologie. Berlin, 1922.
1031.
UrsusN., De hypothesibus astronomicis. Prague, 1597.
1032.
VacherotE., La métaphysique et la science. 2nd ed., 3 vols., Paris, 1863.
1033.
ValdarniniA., Princìpío, intendimento e storia della classificazione della umane cognoscenze secondo Francesco Bacone. Firenze, 1878.
1034.
ValdarniniA., Esperienza e ragionamento in Rogero Bacone. Rome, 1896.
1035.
ValdarniniA., Il metodo e la dottrina della cognoscenza in Galileo. Rome, 1897.
1036.
ValdarniniA., Il metodo sperimentale da Aristotile a Galileo. Torino, 1898.
1037.
VandeveldeA., “Bijdrage tot de bio-bibliographie van Bernard Nieuwentijt (1654–1718)”, Verslagen en Mededeelingen der Koninklijke Vlaamsche Academie voor Tool en Letterkunde, 1926.
1038.
VartanianA., Diderot and Descartes. Princeton, 1953.
1039.
VaranoF., L'ipotesi nella filosofia di Erneste Naville. Gubbio, 1931.
1040.
VasoliC., “Il programma riformatore di Ruggero Bacone”, RF, v (1956), 178–96.
1041.
VennJ., The logic of chance. London, 1866.
1042.
VennJ., The principles of empirical or inductive logic. London, 1889.
1043.
VianoA., “Esperienza e natura nella filosofia di F. Bacone”, RF, iii (1954).
1044.
VirtanenR., Claude Bernard and his place in the history of ideas. Lincoln, Neb., 1960.
1045.
VogelA., The Aristotelian theory of explanation. Doctoral dissertation. Harvard, 1952.
1046.
VolkmannP., Erkenntnistheoretische Grundzüge der Naturwissenschaften. Leipzig, 1896.
1047.
VolkmannP., Über Newton's Philosophia naturalis. Königsberg, 1898.
1048.
VucinichA., “Mendeleev's views on science and society”, Isis, lviii (1962), 342–51.
1049.
VuilleminJ., Physique et métaphysique kantiennes. Paris, 1955.
1050.
VuilleminJ., Mathématique et métaphysique chez Descartes. Paris, 1960.
1051.
WaddingtonC., Ramus, sa vie, ses écrits et ses opinions. Paris, 1855.
1052.
WallaceK., Francis Bacon on the nature of man. London, 1967.
1053.
WallaceW., “Newtonian antimonies against the prima via”, The Thomist, xix (1956), 151–92.
1054.
WallaceW., The scientific methodology of Theodoric of Freiburg. Fribourg, 1959.
1055.
WalmsleyR., “The Harveian method”, Journal of the Royal College of Surgeons, Edinburgh, x (1964), 1–8.
1056.
WalshH., “Whewell and Mill on induction”, POS, xxix (1962), 279–84.
1057.
WalshH., “Whewell on necessity”, POS, xxix (1962), 139–45.
1058.
WalterE., “Die Dialektik in den Naturwissenschaften nach dem Anti-Dühring”, Dialectica, vi (1948), 229–47.
1059.
WaltonW., Reflections upon ancient and modern learning. London, 1697.
1060.
WalzerR., Galen on medical experience. London, 1944.
1061.
WasserH., Henry Adams: Lay philosopher of science. Doctoral dissertation, Columbia, 1951.
1062.
WasserH., The scientific thought of Henry Adams. Thessaloniki, Greece, 1956.
1063.
WatkinsJ., Hobbes' system of ideas. London, 1965.
1064.
WatsonR., “A note on the probabilistic physics of Régis”, AIHS, xvi (1964), 33–6.
1065.
WattsI., Logick: Or, the right use of reason in the enquiry after truth. London, 1760.
1066.
WeberJ.-P., “Sur une certaine ‘méthode officieuse’ chez Descartes”, RMM, lxiii (1958), 246–58.
1067.
WeberJ.-P., “Sur la composition de la ‘Regula IV’ de Descartes”, Revue philosophique, cliv (1964), 1–20.
1068.
WeilE., “Die Philosophie des Pietro Pomponazzi”, AGP, xll (1932), 127–76.
1069.
WeinbergC., Mach's empirio-criticism in physical science. N.Y., 1937.
1070.
WeinbergC., Mach's empirio-pragmatism in physical science. Doctoral dissertation, Columbia, 1938.
1071.
WeinbergJ., Abstraction, relation and induction. Madison, Wisc., 1965.
1072.
WeisingerH., “The idea of the renaissance and the rise of modern science”, Lychnos, (1946–7), 11 ff.
1073.
WestawayF., Scientific method: Its philosophy and practice. London, 1919.
1074.
WestfallR., “Unpublished Boyle papers relating to scientific method, I & II”, AS, xii (1956), 63–73, 103–17.
1075.
WestfallR., “The foundations of Newton's philosophy of nature”, BJHS, i (1962), 171–82.
1076.
WhateleyR., Elements of logic. 3rd ed., London, 1829.
1077.
WhewellW., Philosophy of the inductive sciences, founded upon their history. 2nd ed., 2 vols., London, 1847. (Reprinted London, 1967.)
1078.
WhewellW., Of induction, with special reference to J. S. Mill's ‘System of logic’. London, 1849. (Reprinted in Whewell, 1860.)
1079.
WhewellW., Novum Organon renovatum. London, 1858.
1080.
WhewellW., On the philosophy of discovery. London, 1860.
1081.
WhewellW., Historical and philosophical works (ed. BuchdahlLaudan). 10 vols., London, 1967.
1082.
WhiteH., “The influence of Bacon on the philosophes”, Studies on Voltaire and the 18th century, xxvii (1963), 1849–69.
1083.
WhitmoreC., “Mill and mathematics: An historical note”, JHI, vi (1945), 109–12.
1084.
WhitrowG., “Berkeley's philosophy of motion”, BJPS, iv (1953), 37 ff.
1085.
WhitrowG., “Berkeley's critique of the Newtonian analysis of motion”, Hermathena, lxxxii (1953), 90–112.
1086.
WielandW., “Das Problem der Prinzipienforschung und die Aristotelische Physik”, Kantstudien, lii (1960), 206–19.
1087.
WienerP., “The experimental philosophy of Robert Boyle”, PR, xli (1932), 594–609.
1088.
WienerP., “The tradition behind Galileo's methodology”, Osiris, i (1936), 733 ff.
1089.
WienerP., “Chauncey Wright's defense of Darwin and the neutrality of science”, JHI, vi (1945), 19–45.
1090.
WienerP.YoungF., eds., Studies in the philosophy of C. S. Peirce. Cambridge, Mass., 1952.
1091.
WienerP.NolandA., eds., Roots of scientific thought. N.Y., 1956.
1092.
WieserF., Galileo als Philosoph. Basel, 1919.
1093.
WigandA., Der Darwinismus und der Naturforschung Newton's und Cuvier's. 3 vols., Braunschweig, 1874–7.
1094.
WilkieJ., “The problem of the temporal relation of cause and effect”, BJPS, i (1950), 211–29.
1095.
WilkieJ., “Galton's contribution to the theory of evolution with special reference to his use of models and metaphors”, AS, xi (1956), 194–205.
1096.
WilliamsL., “Epistemology and experiment: The case of Michael Faraday”, in LakatosMusgrave, Problems in the philosophy of science (Amsterdam, 1968), 231–9.
1097.
WolandtG., “Die moderne Grundelegungstheorie und der galileische Naturbegriff”, Philosophia naturalis, viii (1964), 190–7.
1098.
WolffE., Bacon und seine Quellen. Berlin, 1910.
1099.
WrightC., Philosophical discussions. N.Y., 1877.
1100.
von WrightG., “Descartes och den vetenskapliga idéutvecklin”, Ajatus, xvi (1950), 103–71.
1101.
von WrightG., A treatise on induction and probability. London, 1951.
1102.
von WrightG., The logical problem of induction., 2nd ed., Oxford, 1957.
1103.
WürschmidtG., “Roger Bacon's Art des wissenschaftliche Arbeitens, dargestellt nach seiner Schrift de speculis”, in Roger Bacon (ed. Little, Oxford, 1914).
1104.
WundtW., Logik der exakten Wissenschaften. Stuttgart, 1883.
1105.
YatesF., “The art of Raymond Lull”, Journal of the Warburg Institute, xvii (1954), 115–73.
1106.
YostR., “Sydenham's philosophy of science”, Osiris, ix (1950), 84–105.
1107.
YostR., “Locke's rejection of hypotheses about sub-microscopic events”, JHI, xii (1951), 111–30.
1108.
ZabarellaJ., Opera logica. Basel, 1594.
1109.
ZilselE., “The origins of William Gilbert's methodology”, JHI, ii (1941), 1–32. Reprinted in WienerNoland, 219–50.
1110.
ZilselE., “The genesis of the concept of physical law”, PR, li (1942), 245–79.
1111.
ZimmermannG., Traité de l'expérience en général, et en particulier dans l'art de guérir. 2 vols., Paris, 1774. (Originally published in German as Von der Erfahrung in der Arzneikunst, Leipzig, 1764.)
1112.
ZimmermannR., Kant und die positive Philosophie. Wien, 1874.