Schwarz, E.R. , Understanding Accomplishment, TEXTILE RESEARCH JOURNAL19, 517-20 (1949).
17.
Scott, W.M. , Some RecentDevelopments in Cotton Research at the Southern Regional Research Laboratory , TEXTILE RESEARCH JOURNAL, 19, 436-43 (1949).
18.
Simmens, L. , and Urquhart, A.R., Structure of Textile Fibers: I: Why Are Fibers Fibrous?, J. Text. Inst.40, P3-10 (1949).
19.
Sisley, J.P. , Compounds Without Active Ions; Their Use in the Textile Industry, Teintex14, 53-73 (1949).
20.
Staudinger, H., Structure of Natural and Synthetic Fibers , Textil-Rundschau4, 3-17 (1949) (in German).
21.
Turner, H.A. , UniversityDepartments of Textile Technology: Their Influence on the Efficient Conduct and Utilization of Research, J. Text. Inst.40, P741-53 (1949).
22.
Urquhart, A.R. , Structure of Textile Fibres, J. Text. Inst.40, P1-2 (1949).
23.
Ward, K., Jr., Recent Research on Cotton Properties at the Southern Regional Research Laboratory, Am. Dyestuff Reptr.38, 122-6 (1949).
24.
White, G.S.J. , Recent TextileContributions by the Organic Chemical Industry, J. Text. Inst.40, P721-32 (1949).
25.
Wilsdon, B.H. , Research in the Wool Textile Industry, Textile Manufacturer 75, No. 897, 407-8, 409 (1949 ).
26.
Woods, H.J. , Structure of Fibres (Chain Molecules and Their Disposition; Crystalline and Amorphous Parts of Fibres), J. Text. Inst.40, No. 9, P869-75 (1949).
27.
Woods, H.J. , Structure of Textile Fibres: III: Fibre Properties and Molecular Arrangement, J. Text. Inst.40, P363-9 (1949).
28.
Wright, R.E. , and Harris, M., Textile IndustryChanges Pace, Chem. Eng. News28, No. 1, 38-9 (1950).
29.
Abbott, N.J. , and Goodings, A.C., Moisture Absorption , Density, and Swelling Properties of Nylon Filaments, J. Text. Inst.40, T232-46 (1949).
30.
Barrer, R.M. , Transient Flow of Gases in Sorbents Providing Uniform Capillary Networks of Molecular Dimensions, Trans. Faraday Soc.45, 358-73 (1949).
31.
Campbell, H. , and Johnson, P., Investigations on Cellulose Nitrate: II: Liquid and Vapor Phase Adsorption of Acetone, J. Polymer Sci.4, 247-63 (1949).
32.
Camposortega, C., Moncada, F., and Rowen, J.W., Adsorption of Water Vapour on Wool: Is It Photosensitive?J. Soc. Chem. Ind. ( London) 68, 119 (1949).
33.
Collins, F.C. , and Kimball, G.E., Diffusion-Controlled Reaction Rates, J. Colloid Sci.4, 425-37 (1949).
34.
Crank, J., and Henry, M.E., Diffusion in Media with Variable Properties: I: Effect of a Variable Diffusion Coefficient on Rates of Adsorption and Desorption, Trans. Faraday Soc.45, 636-50 (1949).
35.
Drenan, J.W. , and Hill, T.L., Statistical Mechanics of Adsorption: VIII: The Statistical Analogue of the B.E.T. Constant a1b 2/a 1b2 for Simulated Benzene and Hydrogen Iodide Molecules on Graphite, J. Chem. Phys.17, 775-81 (1949).
36.
Girard, F., Swelling and Shrinkage of Artificial Cellulosic Textiles (Fibres, Yarn, and Cloth), Bull. inst. Text. France, No. 9, 37-52 (Feb. 1949) (in French).
37.
Girard, F., Swelling and Shrinkage ofArtificial CellulosicTextiles: II, Bull. inst. Text. France, No. 11, 35-55 (Apr. 1949) (in French).
38.
Guthrie, J.C. , Integral and DifferentialHeats of Sorption of Water by Cellulose, J. Text. Inst.40, T489-504 (1949).
39.
Hall, A.J., Properties of Rayon and Synthetic Fibers in Relation to Their Moisture-Absorption Qualities, Brit. Rayon and Silk J.26, No. 303, 55-6, 69 (1949).
40.
Hill, T.L., Extension of Fowler's Treatment of Surface Tension to Physical Adsorption , J. Chem. Phys.17, 668-9 (1949).
41.
Hill, T.L., Physical Adsorption and the Free Volume Model for Liquids, J. Chem. Phys.17, 590 (1949) (Letter to Editor).
42.
Hill, T.L., Physical Adsorption on Nonuniform Surfaces, J. Chem. Phys.17, 106 (1949) (Letter to Editor).
43.
Hill, T.L., Statistical Mechanics of Adsorption: V: Thermodynamics and Heat of Adsorption , J. Chem. Phys.17, 520-35 (1949).
44.
Hill, T.L., StatisticalMechanics of Adsorption: VI: Localized Unimolecular Adsorption on a Heterogeneous Surface , J. Chem. Phys.17, 762-71 (1949).
45.
Hill, T.L., StatisticalMechanics of Adsorption: VII: Thermodynamic Functions for the B.E.T. Theory, J. Chem. Phys.17, 772-4 (1949).
46.
Hill, T.L., Thermodynamic Transition from Adsorption to Solution, J. Chem. Phys.17, 507 (1949) (Letter to Editor).
47.
Hutton, E.A. , and Gartside, J., Adsorption andDesorption of Water by Nylon at 25°C, J. Text. Inst.40, T170-4 (1949).
48.
Hutton, E.A. , and Gartside, J., Moisture Regain of Silk: I: Adsorption and Desorption of Water by Silk at 25°C, J. Text. Inst.40, T161-9 (1949).
49.
Jackson, E.C. , and Roper, E.R., Water Absorbency Apparatus, Am. Dyestuff Reptr.38, 397-401 (1949).
50.
King, G., and Medley, J.A., D.C. Conduction in Swollen Polar Polymers: I: Electrolysis of Keratin-Water System, J. Colloid Sci.4, 1-7 (1949).
51.
King, G., and Medley, J.A., II: Influence of Temperature and Adsorbed Salts on the D.C. Conductivity of Polar Polymer Adsorbate Systems, J. Colloid Sci.4, 9-18 (1949).
52.
Kittelberger, W.W., Diffusion of Electrolytes Through Organic Membranes, J. Phys. & Colloid Chem.53, 392-409 (1949).
53.
LeCompte, G.C. , and Lipp, H.H., Investigation of Methods of Testing for Moisture in Wool, Am. Dyestuff Reptr.38, 484-512 (1949).
54.
MacArthur, I., and others, Ion Exchange and Fiber Contraction , Nature164, 110-11 (July 16, 1949).
55.
Mellon, E.F. , Korn, A.H., and Hoover, S.R., Water Sorption of Proteins, J. Am. Chem. Soc.71, 2761-4 (1949).
56.
Preston, J.M. , and Nimkar, M.V., Measuring the Swelling of Fibres in Water , J. Text. Inst.40, P674-88 (1949 ).
57.
Ross, S., Physical Adsorption: IV: Comparison of Two Theories of Multilayer Adsorption , J. Phys. & Colloid Chem. 53, 383-91 (1949).
58.
Rowen, J.W. , and Simha, R., Interaction of Polymers and Vapors , J. Phys. & Colloid Chem.53, 921-30 (1949).
59.
Stamm, A.J., Passage of Materials Through Wood, Paper, Cellulosic Membranes, and Fabrics , TAPPI32, 193-203 (May 1949 ).
White, H.J. , Jr., and Stam, P.B., Experimental and Theoretical Study of Adsorption and Swelling Isotherms of Human Hair in Water Vapor, TEXTILE RESEARCH JOURNAL19, 136-51 (1949).
62.
Zwolinski, B.J., Eyring, H., and Reese, C.E., Diffusion and Membrane Permeability: I , J. Phys. & Colloid Chem.53, 1426-53 (1949).
Anon., Comparison of Common Salt vs. Glauber's Salt for Evaluating Fast-to-Light Direct Colors (E. I. du Pont de Nemours and Co.), Du Pont Tech. Bull.5, 79-81 (1949).
65.
Anon., Practical Tests for Quantitatively Evaluating Dye Characteristics and Dyeing Methods (Am. Assoc. of Textile Chemists and Colorists), Am. Dyestuff Reptr.38, No. 20, 722 (1949) (abstract).
66.
Anon., Reveals Photochemical Dyeing by Radioactive Energy, Am. Wool and Cotton Reptr.63, No. 50, 69, 81 (1949).
67.
Anon., Solubilization of Dyestuffs with Surface-Active Agents (Am. Assoc. of Textile Chemists and Colorists) , Textile Inds.113, No. 1, 106 ( 1949).
68.
Anon., Some Phases of High-Temperature Dyeing (Am. Assoc. of Textile Chemists and Colorists), Am. Dyestuff Reptr.38, 9-32 (1949).
69.
Anon., Stability of Vat Colors at Elevated Temperatures (Am. Assoc. of Textile Chemists and Colorists) , Am. Dyestuff Reptr.38, 213-31 (1949).
Ashton, D., Clibbens, D., and Probert, M.E., SomeExperimental Observations on Photochemical Degradation of Dyed Cotton, J. Soc. Dyers and Colourists65, No. 12, 650-7 (1949).
73.
Atherton, E. , and Seltzer, I., Some Studies of the Fading of Simple Monoazo Dyes, J. Soc. Dyers and Colourists65, No. 12, 629-36 (1949).
74.
Bamford, C.H. , and Dewar, M.J.S., Photosensitisation andTendering by Vat Dyes , J. Soc. Dyers and Colourists65, No. 12, 674-9 (1949).
75.
Bender, M., Study of Vat Dyestuffs, Rayon and Synthetic Texts . 30, No. 7, 81-90 (1949).
76.
Blaisdell, B.E., Photochemistry of Aromatic Azo Compounds in Organic Solvents, J. Soc. Dyers and Colourists65, No. 12, 618-26 (1949).
77.
Bowen, E.J. , Action of Light on Dyes, J. Soc. Dyers and Colourists65, No. 12, 613-15 (1949).
78.
Burgess, S. , Fastness to Light of Dyed Textiles, J. Soc. Dyers and Colourists65, No. 12, 732-9 (1949).
Contractor, R.B., and Peters, A.T., New Intermediates and Dyes: I: Tert-Butylphthalic Acid and Anhydride, J. Chem. Soc.1949, 1314 (1949 ).
81.
Cooper, B.S. , and Hawkins, F.S., Spectral Characteristics of Light Sources for Fading and Degradation Testing, J. Soc. Dyers and Colourists65, No. 12, 586-95 (1949).
82.
Desai, N.F. , and Giles, C.H., Oxidation of Azo Dyes and Its Relation to Light Fading, J. Soc. Dyers and Colourists65, No. 12, 639-47 (1949).
83.
Donovan, R. , and Larose, P., Sorption of Acids by Wool, Can. J. Research27B, No. 12, 779-889 (1949).
84.
Dufraisse, C., and Loury, M., Photo-Oxidation and Its Relation to Fading and Photodegradation: Special Case of the Photodecolorisation of a Non-nitrogenous Vat Dye-Ixone, J. Soc. Dyers and Calouorists65, No. 12, 786-8 (1949).
85.
Egerton, G.S. , Mechanism of the Photochemical Degradation of Textile Materials, J. Soc. Dyers and Colourists65, No. 12, 764-77 (1949).
86.
Elliott, R.L. , Methods of Introducing Colour into Textiles , J. Text. Inst.40, No. 10, P992-9 (1949).
87.
Elöd, E., and Fröhlich, G., Polyamides: Dyeing with Acid DyesMelliand Textilber.30, 103-6 (1949) (in German).
88.
Evans, M.G., and Uri, N., Photochemical Formation of Atoms and Radicals in Aqueous Solution , J. Soc. Dyers and Colourists65, No. 12, 709-13 (1949).
89.
Fahnoe, F., Fundamental Study of Aging Conditions in the Vat Ager, Am. Dyestuff Reptr.38, No. 19, 663-72, 685 (1949).
90.
Fox, M.R., Relationship Between the Chemical Constitution of Vat Dyes and Their Dyeing and Fastness 'Behaviour, J. Soc. Dyers and Colourists65, No. 11, 508-33 (1949).
91.
Gaunt, J.F. , RecentObservations on the Theory of Dyeing of Wool with Chrome Dyes, J. Soc. Dyers and Colourists65, 429-33 (1949).
92.
Geake, A., Absorption of the Two Vat Dyes Caledon Red BN and Caledon Jade Green by Cotton , J. Text. Inst.40, T57-87 (1949 ).
93.
Gerstner, H. , Relation Between Chemical Constitution and Dyestuff Linkage, Melliand Textilber.30, 253-6 (June 1949) (in German).
Hodgson, H.H. , Colour and Constitution: XI: The Aminocoumarins, J. Soc. Dyers and Colourists65, 14-17 (1949).
96.
Hodgson, H.H. , and Bailey, D., Significance of the Absence of Geometrical Isomerism Among the Diazoaryl-Sulphonates, -Sulphinates, and -Sulphones in the Structural Interpretation of Hantzsch's Alleged syn- and anti-Diazosulphonates , J. Soc. Dyers and Colourists65, 231-3 (1949).
97.
Hodgson, H.H. , and Norris, W.H.H., Mechanism of Diazotisation and of Nitrosation , J. Soc. Dyers and Colourists65, 226-31 (1949).
98.
Kitchener, J.A., and Alexander , P., Limitations of the "Internal pH" Concept in Textile Chemistry, J. Soc. Dyers and Colourists65, 284-5 (1949) (Letter to Editor).
99.
Krähenbühl, E., and Wizinger, R., Kupferhaltige Färbungen und Farbstoffe (Cupriferous Dyes), Textil-Runtdschau4, 157-68, 216-19 (1949) (in German).
100.
Landolt, A. , Action of Light on Cellulose Dyed with Vat Dyes, J. Soc. Dyers and Colourists65, No. 12, 659-71 (1949).
101.
Lead, W.L. , Artificial Light-Fastness Tests on Coloured Textiles, J. Soc. Dyers and Colourists65, No. 12, 723-8 (1949).
102.
Lemin, D.R. , and Rattee, I.D., SomeObservations on the Levelling Properties of Acid Dyes: I: Level-Dyeing Acid Dyes, J. Soc. Dyers and Colourists65, 217-21 (1949).
103.
Leonard, E.A. , Lathrop, G.A., and Mersereau , E.P., Levelness of Acid Wool Dyes: Application of Laboratory Tests to Production, TEXTILE RESEARCH JOURNAL19, No. 10, 638-43 (1949).
104.
Lister, G.H. , Investigation into the Practical Aspects of the Adsorption of Acid and Chrome Dyes by Wool, J. Soc. Dyers and Colourists65, 97-106 (1949).
105.
MacAdam, D.L. , Colorimetric Analysis of Dye Mixtures, J. Optical Soc. Am.39, 22-30 (1949).
106.
Morton, T.H. , Diffusion of Dyes in Cellulose, Textil-Rundschau4, 39-49 (1949) (in German).
107.
Neale, S.M. , Physical Chemistry and Dyeing Theory, J. Soc. Dyers and Colourists65, 115-16 (1949).
108.
Nordhammar, G., and Gralén, N., TestingColour Fastness in Sunlight and Artificial Light , J. Soc. Dyers and Colourists65, No. 12, 741-2 (1949).
109.
Peters, L. , and Speakman, J.B., "Internal pH" Concept in Textile Chemistry , J. Soc. Dyers and Colourists65, 285-7 (1949).
110.
Peters, L. , and Speakman, J.B., Wool : Combination with Acids: Quantitative Interpretation in Terms of the Donnan Theory of Membrane Equilibrium, J. Soc. Dyers and Colourists65, 63-71 (1949).
Preston, J.M. , Mhatre, S.H., and Narasimhan , K.I., Some Factors Affecting the Dyeing of Viscose Rayon: III: Volume Swelling, J. Soc. Dyers and Colourists65, 17-20 (1949).
113.
Royer, G.L. , ChemicalMicroscopy in Dyeing and Finishing, Anal. Chem.21, 442-7 (1949).
114.
Schaeffer, A., Hydrosulphites and DyeVats: Redox ValuesMelliand Textilber.30, 111-15 (1949) (in German).
115.
Shirley, J.W. , Affinity of Fibers for Dyes, Rayon and Synthetic Texts.30, No. 10, 81-2 (1949).
116.
Standing, H.A., and Warwicker , J.O., Effect of Carboxyl Groups in Viscose Sheet on the Equilibrium Absorption of Chrysophenine G, J. Text. Inst.40, T175-88 (1949 ).
117.
Teplitz, I. , Dyeing the New Textile Fibers, Textile Age13, No. 10, 40, 42-3, 44, 46 (1949).
118.
Vickerstaff, T., and Tough, D., Quantitative Measurement of Light-Fastness , J. Soc. Dyers and Colourists65, No. 12, 606-10 (1949).
119.
Weiss, J., Mechanism of Photosensitised Reactions in Solution, J. Soc. Dyers and Colourists65, No. 12, 719-21 (1949).
120.
Anon., Action of Formaldehyde on Cellulose, Silk and Rayon23, 666-7 (1949).
121.
Badger, R.M. , and Blaker, R.H., Investigation of the Properties of Nitrocellulose Molecules in Solution by Light-Scattering Methods: II: Experimental Results and Interpretation, J. Phys. & Colloid Chem.53, 1056-69 (1949).
122.
Danilov, S.N. , Grad, N.M., and Geine, E.I., Chemistry of Xanthates and Viscose: III: Oxidative Reactions in Alkali Cellulose and Viscose, Zhur. Obshcheί Khim. (J. Gen. Chem. (U.S.S.R.) ) 19, 826-42 (1949).
123.
Danilov, S.N. , Grad, N.M., and Klesman, V.O., Chemistry of Xanthates and Viscose: V: Thioanhydrides of Xanthic Acids and Their Transformations , Zhur. Priklad. Khim. (J. Applied Chem. (U.S.S.R. ) ) 22, 625-33 (1949).
124.
Danilov, S.N. , Grad, N.M., and Vorob'eva , A.F., Chemistry of Xanthates and Viscose: IV: Components of Viscose Which Add or Lose an Atom of Sulfur; Oxidation-Reduction Addition of Sulfur, Zhur. Obshcheί Khim . (J. Gen. Chem. (U.S.S.R.) ) 19, 1257-89 (1949).
125.
Dickey, E.E. , and Wolfrom, M.L., A Polymer-Homologous Series of Sugar Acetates from the Acetolysis of Cellulose, J. Am. Chem. Soc.71, 825-8 (1949).
126.
Entwistle, D. , Cole, E.H., and Wooding, N.S., Autoxidation of Alkali Cellulose: I: Experimental Study of the Kinetics of the Reaction , TEXTILE RESEARCH JOURNAL19, 527-46 (1949).
127.
Entwistle, D. , Cole, E.H., and Wooding, N.S., Autoxidation of Alkali Cellulose: II, TEXTILE RESEARCH JOURNAL19, 609-24 (1949).
128.
Evans, E.F., and McBurney, L.F., Heat Stability of Cellulose Acetate, Ind. Eng. Chem.41, 1260-4 (1949).
129.
Evans, E.F., and McBurney, L.F., Ultraviolet Light Stability of Ethylcellulose, Ind. Eng. Chem.41, 1256-60 (1949).
130.
Fordyce, C.R. , and Simonsen, D.R., Cellulose Ester Solutions; Evaporation in Binary Solvent Mixtures, Ind. Eng. Chem.41, 104-11 (1949).
131.
Fortess, F. , Interaction of Various Organic Liquids with Cellulose Acetate Fibers as Detected by Specific-Gravity Measurements, TEXTILE RESEARCH JOURNAL19, 23-35 (1949).
132.
French, D. , Levine, M.L., and Pazur, J.H., Studies on the Schardinger Dextrins: II: Preparation and Properties of Amyloheptaose , J. Am. Chem. Soc.71, 356-8 (1949).
133.
Haller, R. , Characteristics of Soluble Starches, Textil-Rundschau4, 114-16 (1949) (in German).
134.
Hamalainen, C., and Reid, J.D., Partial Acetylation of Cotton Cellulose by Ketene, Ind. Eng. Chem.41, 1018-21 (1949).
135.
Hamlin, A.G. , Destruction of Organic Matter by Acid Ashing, with Particular Reference to the Use of Perchloric Acid in the Oxidation of Textile Materials, J. Text. Inst.40, T343-55 (1949).
136.
Harris, E.E. , and Kline, A.A., Hydrolysis of Wood Cellulose with Hydrochloric Acid and Sulfur Dioxide and the Decomposition of Its Hydrolytic Products, J. Phys. & Colloid Chem.53, 344-51 (1949).
137.
Hermans, P.H. , and Weidinger, A., Change in Crystallinity upon Heterogeneous Acid Hydrolysis of Cellulose Fibers, J. Polymer Sci.4, 317-22 (1949).
138.
Hessler, L.E. , and Merola, G.V., Determination of Cellulose in Cotton and Cordage Fiber, Anal. Chem.21, 695-8 (1949).
139.
Higginbotham, R.S., Fractionation of Starch: III: Amylose-Iodine Reaction, J. Text. Inst.40, T783-94 (1949 ).
140.
Higginbotham, R.S., Fractionation of Starch: IV: Amylopectin-Iodine Reaction, J. Text. Inst.40, T795-808 (1949 ).
141.
Higginbotham, R.S., and Morrison , G.A., Fractionation of Starch: I: Estimation of Amylose in the Presence of Amylopectin, J. Text. Inst.40, T201-7 (1949).
142.
Higginbotham, R.S., and Morrison , G.A., Fractionation of Starch: II: Separation of Amylose and Amylopectin, J. Text. Inst.40, T208-19 (1949).
143.
Howlett, F. , and Urquhart, A.R., Solubility andStructure of Cellulose Acetates, Textile Manufacturer 75, 395 (1949 ).
144.
Izard, E.F. , and Morgan, P.W., Synthesis of Disulfide Cross-Links in Polyvinyl Alcohol and Cellulose Derivatives, Ind. Eng. Chem.41, 617-21 (1949).
Launer, H.F. , and Wilson, W.K., Photochemistry of Cellulose; Effect of Water Vapor and Oxygen in the Far and Near Ultraviolet Regions, J. Am. Chem. Soc.71, 958-62 (1949).
147.
McBurney, L.F., Oxidative Stability of Cellulose Derivatives; Heat Stability of Ethylcellulose, Ind. Eng. Chem.41, 1251-6 (1949).
148.
Mehta, P.C. , and Pacsu, E., Cellulose Studies : XI: Acetal Type of Methoxyl Groups in Methanolyzed Celluloses, TEXTILE RESEARCH JOURNAL19, 625-30 (1949).
149.
Mehta, P.C. , and Pacsu, E., Cellulose Studies : XII: Degree of Polymolecularity of Acid-Modified Celluloses, TEXTILE RESEARCH JOURNAL19, 699-703 (1949).
Myrbäck, K. , and Sillén, L.G., Amylopectin and Glycogen: Products of Irreversible and Reversible Synthesis, Nature163, 410-11 (1949).
152.
Nevell, T.P. , Oxidation of Cellulose with Nitrogen Tetroxide , Textile Manufacturer 75, 393 (1949).
153.
Padmanabhan, T.S.A., Sub, L.R., Mann , P.F.E., Ranganathan , S.K., and Subramanian, T.S., Alkali-Sensitive Linkages in Irradiated Cellulose, Current Sci. (India)18, 47-8 (1949).
154.
Reeves, R.E. , Cuprammonium-Glycoside Complexes: II: The Angle Between Hydroxyl Groups on Adjacent Carbon Atoms, J. Am. Chem. Soc.71, 212-14 (1949).
155.
Reeves, R.E. , Cuprammonium-Glycoside Complexes: III: Conformation of the D-Glucopyranoside Ring in Solution, J. Am. Chem. Soc.71, 215-17 (1949).
156.
Reeves, R.E. , and Jung, J.R., Jr., Cuprammonium-Glycoside Complexes: I: Conductometric Measurements, J. Am. Chem. Soc.71, 209-11 (1949).
157.
Reid, J.D. , Mazzeno, L.W., Jr., and Buras , E.M., Jr., Composition of Two Types of Cellulose Phosphates, Ind. Eng. Chem.41, 2831-4 (1949).
158.
Roberts, A.G. , Diphenylamine Test for Nitrates in Mixtures of Cellulose Esters, Anal. Chem.21, 813-15 (1949).
159.
Rosset, J. , and Paris, R., Variation in the Properties of Cellulose Acetates in the Course of Their Homogeneous Deacetylation by Ammonia , Compt. rend.228, 920-2 (1949).
160.
Samuelson, O., Xanthation of Cellulose by Emulsified Carbon Disulfide, Svensk Kem. Tid.61, 79-89 (1949) (in French).
161.
Scherer, P.C. , and McNeer, R.D., Jr., Mechanical Properties of High Polymers as Functions of the Shape of the Distribution Curve: II: Controlled Fractionation of Ethyl Cellulose, Rayon and Synthetic Texts.30, No. 8, 56-9 (1949).
162.
Scherer, P.C. , and Masuelli, F.J., Solubility of Cellulose Nitrate as a Function of the Degree of Polymerization, Rayon and Synthetic Texts.30, No. 2, 47-9 (1949).
163.
Scherer, P.C. , and Phillips, R.W., Fractionation of a Cellulose Xanthate Derivative , Rayon and Synthetic Texts.30, No. 5, 45-6, 53-4 (1949).
164.
Segal, L., Tripp, R.C., Tripp, V.W., and Conrad, C.M., Determination of Cellulose by Acid-Dichromate Oxidation, Anal. Chem.21, 712-18 (1949).
165.
Semmens, E.S. , Hydrolysis of Starch Grains by Polarized Infrared Radiation, Nature163, 371 (1949).
166.
Stakheeva-Kaverzneva. E.D., Ivanov, V.I., and Salova, A.S., Synthesis of 6-Desoxycellulose, Izvest. Akad. Nauk, Otdel Khim. Nauk1949, 369-78 (1949).
167.
Steele, R., and Pacsu, E., Cellulose Studies: XIII: Heterogeneous Hydrolysis of Trimethyl Cellulose, TEXTILE RESEARCH JOURNAL19, 771-83 (1949).
168.
Steele, R., and Pacsu, E., Cellulose Studies: XIV: Fractionation and Solubility of Trimethyl Cellulose, TEXTILE RESEARCH JOURNAL19, 784-90 (1949).
169.
Steele, R., and Pacsu, E., Cellulose Studies: XV: Infrared Spectra of Trimethyl Cellulose, Cellulose, and Starch, TEXTILE RESEARCH JOURNAL19, 790-3 (1949).
170.
Timell, T., Cellulose Reactions: VI: Formation of Carboxymethyl- and Sulfoethylcelluloses, Svensk Papperstidn. 52, 61-3 (1949) (in English).
171.
Timell, T. , Cellulose Reactions : VII: Periodate Method for Estimating the Amount of Easily Accessible Material in Cellulose, Svensk Papperstidn . 52, 107-12 (1949) (in English).
172.
Timell, T. , Cellulose Reactions : VIII: Estimation of the Amount of Easily Accessible Material in a Cellulose Derivative, Svensk Papperstidn. 52, 165-7 (1949) (in English).
173.
Timell, T. , Cellulose Reactions: IX: Alkylation of Cellulose in Quaternary Ammonium Bases, Svensk Kem. Tid.61, 49-50 (1949) (in English).
174.
Timell, T. , Cellulose Reactions: X: Two Methods for Estimating the Amount of Accessible Material in Cellulose, Svensk Kem. Tid.61, 125-7 (1949) (in English).
175.
van der Wyk, A.J.A., and Studer , M., Acidity of Cellulose , Helv. Chim. Acta32, 1698-1712 (1949 ) (in French).
176.
Aggarwala, J.C., and McCarthy , J.L., Distribution of Molecular Weight in Bamboo Cellulose, J. Indian Chem. Soc.26, 11-18 (1949).
177.
Beall, G., Determination of Distribution of Molecular Size in a Sample of Cellulose , J. Polymer Sci.4, 483-508, 512-13 (1949).
178.
Beauvalet, G., and Clement, P., Average D.P. of High Polymers; Methods of Calculating and Representing Their D.P, Bull. soc. chim. France D1-14 (Mar. 1949).
Bechtel, W.G. , and Fischer, E.K., Measurement of Starch Paste Viscosity, J. Colloid Sci.4, 265-82 (1949).
181.
Brinkman, H.C., Problems of Fluid Flow Through Swarms of Particles and Through Macromolecules in Solution, Research2, No. 4, 190-4 (1949).
182.
Cleveland, F.C., and Kerr, R.W., Osmotic Pressure Studies on Corn Amylose , J. Am. Chem. Soc.71, 16-20 (1949).
183.
Cragg, L.H. , and Simkins, J.E., Effect of Chain Length on Intrinsic Viscosity—Temperature Coefficient of Linear High Polymers, Can. J. Research27B, No. 12, 961-71 (1949).
184.
Davis, W.E. , and Elliott, J.H., PresentStatus of Intrinsic Viscosity Determination , J. Colloid Sci.4, 313-20 (1949).
185.
Fox, T.G., and Flory, P.J., Intrinsic Viscosity-Molecular Weight Relationships for Polyisobutylene , J. Phys. & Colloid Chem.53, 197-212 (1949).
186.
Herrent, P. , Mouraux, F., and Lude, A., Structural Viscosity of Viscose, Research2, No. 10, 486-92 (1949).
187.
Howlett, F. , and Belward, D., Rapid Methods for Determining the Cuprammonium Fluidity of Cotton Cellulose, J. Text. Inst.40, T399-406 (1949).
188.
Krieble, J.G. , and Whitwell, J.C., Viscosity of Newtonian, Pseudoplastic, and Dilatant Liquids—Use in Measurement of D.P. of High Polymers, TEXTILE RESEARCH JOURNAL19, 253-8 (1949).
189.
Meyer, K.H. , Bernfeld, P., Boissonas , R.A., Gurtler, P., and Noelting, G., Starch Solutions and Pastes and Their Molecular Interpretation, J. Colloid Sci.4, 319-34 (1949).
190.
Oldroyd, J.G. , Interpretation of Observed Pressure Gradients in Laminar Flow of Non-Newtonian Liquids Through Tubes, J. Colloid Sci.4, 333-42 (1949).
Stow, F.S. , Jr., Horowitz, K.H., and Elliott, J.H., Application of the Rising-Column Capillary Viscometer to the High-Viscosity Range, J. Colloid Sci.4, 321-31 (1949).
193.
Vand, V., Theory of Viscosity of Suspensions and Solutions: Effect of Small Particle Size, Cas. Pést. Mat. Fys.73, No. 4, 141-6 (1949) (in English).
194.
Wannow, H.A. , and Thormann, F., Chain-Length Distribution of Cellulose , Kolloid-Z.112, 94-110 (1949) (in German).
195.
Wilson, J.N. , Intrinsic Viscosity of Linear Polymers, J. Chem. Phys.17, 217 (1949).
196.
Appleby, Dorothy K., Action of Light on Textile Materials, Am. Dyestuff Reptr.38, 149-56, 189-92 (1949).
197.
Bayley, C.H. , and Weatherburn , M.W., Weathering Characteristics and Rot-Resistance of Cotton Duck Treated with Copper Complex of Nitrosophenylhydroxylamine , Can. J. Research27F, No. 3, 112-18 (1949).
Bogaty, H. , Deterioration of Cotton Textiles Exposed to Weather, Am. Dyestuff Reptr.38, 253-9 (Mar. 1949).
200.
Callow, H.J. , and Speakman, J.B., Action of Light on Jute, J. Soc. Dyers and Colourists65, No. 12, 758-63 (1949).
201.
Chamberlain, N.H., Lucas, F., and Speakman, J.B., Action of Light on Calcium Alginate Rayon , J. Soc. Dyers and Colourists65, No. 12, 682-91 (1949).
202.
Derrett-Smith, D.A., Solubility Number : A Measure of Cellulose Degradation, J. Text. Inst.40, P622-7 (1949 ).
203.
Egerton, G.S. , Action of Light on Cellulose Acetate Rayon and Nylon Dyed with Duranol, Dispersol, S.R.A., and Solacet Dyes, Am. Dyestuff Reptr.38, 608-13 (1949).
204.
Hopf, P.P. , and Race, E., Protection of Mechanical Cloth with Phenyl Mercurials, Ind. Eng. Chem.41, No. 4, 820-7 (1949).
205.
Kornreich, E. , Origin and Identification ofDamage to Textile Fibers, J. Soc. Dyers and Colourists65, No. 7, 341 ( 1949).
206.
LaFleur, K.S. , WoolDamage Data, TEXTILE RESEARCH JOURNAL19, 497-504 (1949).
207.
Lindberg, J. , Allwörden's Reaction, TEXTILE RESEARCH JOURNAL19, 43-5 (1949) (Letter to Editor).
208.
Lowry, E.M., Proposal for Specifying the Stability of Colored Materials to Radiant Energy , Am. Dyestuff Reptr.38, 543-6 (1949).
209.
Marsh, P.B., Fabric Mildew-Resistance Tests with Organisms Tolerant Toward Copper and Mercury , Am. Dyestuff Reptr.38, 436-51, 452 (1949).
210.
Marsh, P.B., and Bollenbacher, K. , Fungi Concerned in Fiber Deterioration: I: Their Occurrence, TEXTILE RESEARCH JOURNAL19, 313-24 (1949).
211.
Marsh, P.B. , Bollenbacher, K., Butler , M.L., and Raper, K.B., Fungi Concerned in Fiber Deterioration: II: Their Ability to Decompose Cellulose, TEXTILE RESEARCH JOURNAL19, 462-84 (1949).
212.
Murdison, M.E., and Roberts, J.S., Study of Effects of Laundering and Storage on Cotton Cloth, J. Text. Inst.40, T505-18 (1949).
213.
Partridge, H.W., and Key, G.E., Rotproofing , J. Text. Inst.40, No. 12, P1077-89 (1949).
214.
Perti, S.L. , Ranganathan, S.K., Subramanian , T.S., and Sud, L.R., Metallic Oxides as Barrier Treatments for Prevention of Attack by Light on Cellulose, Nature163, 877-8 (1949).
215.
Pinte, J., and Millet, J., Influence of the Principal Destructive Factors on the Photochemical Degradation of Dyes, Teintex14, 21-33 (1949).
216.
Race, E., Degradation of Cotton During Atmospheric Exposure, Particularly in Industrial Regions, J. Soc. Dyers and Colourists65, 56-63 (1949).
217.
Shema, B.F., and Appling, J.W., Determination of Bacterial Degradation of Woolen Fibers, TAPPI32, 78 (1949).
218.
Siu, R.G.H. , Darby, R.T., Burkholder , P.R., and Barghoorn , E.S., Specificity of Microbiological Attack on Cellulose Derivatives, TEXTILE RESEARCH JOURNAL19, 484-8 (1949).
219.
Stahl, W.H. , McQue, B., Mandels, G. R., and Siu, R. G. H., Microbiological Degradation of Wool: I: Sulfur Metabolism, Arch. Biochem.20, 422-32 (1949).
York, R.F. , Chemical Damage to Nonprotein Fibers, Textile Recorder66, No. 794, 82-4 (1949).
222.
Anon., Application of Differential Dyeing Test for Fiber Maturity to the Processing of Cotton (Am. Assoc. of Textile Chemists and Colorists), Am. Dyestuff Reptr.38, No. 20, 724 (1949).
223.
Armfield, W., and Boulton, J., Application to Viscose Rayon of Differential Dyeing Test for Cotton Maturity, TEXTILE RESEARCH JOURNAL19, 212-14 (1949).
224.
Berkley, E.E. , Certain Variations in the Structure and Properties of Natural Cellulose Fibers, TEXTILE RESEARCH JOURNAL19, 363-7 (1949).
225.
Boulton, J. , and Armfield, W., Fibre Maturity of Cotton Differential Dyeing Test, J. Text. Inst.40, No. 7, T445-7 (1949) (Letter to Editor).
226.
Bredée, H.L. , Rayon Fibres: Configuration and Properties ,* Enka en Breda Rayon Revue3, 37-47 (1949) (in Dutch).
227.
Chakrabarti, B.K., and Nodder, C.R., SomeEffects of the Helical Fibrillar Structure of Vegetable Fibres, Nature163, 19-20 (1949).
228.
Clibbens, D.A., Structure of Textile Fibres: IV: Structure of Cotton, J. Text. Inst.40, P426-43 (1949).
229.
Elöd, E., and Fröhlich, H.G., Effect of the Fine Structure of Cellulose Hydrate Fibers on Their Properties , Textil-Rundschau4, 117-26 (1949) (in German).
230.
Gapp, K., Caroa Fiber, Kunstseide u. Zellwolle27, 92-3 (1949) (in German).
231.
Hermanne, L., Interpretation of Mechanical Behavior of Rayon, TEXTILE RESEARCH JOURNAL19, 61-72 (1949).
232.
Hermans, P.H. , Degree of Lateral Order in Various Rayons as Deduced from X-Ray Measurements, J. Polymer Sci.4, 145-51 (1949).
233.
Hermans, P.H. , and Weidinger, A., Estimation of Crystallinity of Some Polymers from X-Ray Intensity Measurements, J. Polymer Sci.4, No. 6, 709-23 (1949).
234.
Hermans, P.H. , and Weidinger, A., X-Ray Studies on the Crystallinity of Cellulose , J. Polymer Sci.4, 135-44 (1949).
235.
Hess, K., Cellulose Fibres: Morphology,* Kunstseide u. Zellwolle27, 37-50 (1949) (in German).
236.
Heyn, A.N.J. , Relationship of Wax Content to Maturity of Cotton, TEXTILE RESEARCH JOURNAL19, 711-14 (1949).
237.
Heyn, A.N.J. , Small-Angle X-Ray Scattering in Various Cellulose Fibers and Its Relation to the Micellar Structure, TEXTILE RESEARCH JOURNAL19, 163-72 (1949).
238.
Howsmon, J.A. , Water Sorption and the PolyPhase Structure of Cellulose Fibers, TEXTILE RESEARCH JOURNAL19, 152-62 (1949).
239.
Hunt, C.M. , Blaine, R.L., and Rowen, J.W., Submicroscopic Structure of Cellulose from Nitrogen Sorption Measurements, J. Research Natl. Bur. Standards43, No. 6, 547-54 (1949).
240.
Kast, W., Indications of X-Ray Diagrams of Cellulose Fibers, Kunststoffe39, 46-7 (1949) (in German).
241.
Krieble, J.G. , and Whitwell, J.C., Degree of Polymerization as Evidence of Damage to Cotton in Mechanical Processing, TEXTILE RESEARCH JOURNAL19, 556-62 (1949).
242.
Lauer, K., Mansch, W., and Meske, B., Cellulose Fibers: IX: Elastic Properties of Cellulose Fibers, Kolloid-Z.112, 110-20 (1949) (in German).
243.
Lesslie, C. , Hagan, L., and Guthrie, J.D., Determination of Wax Content of Raw Cotton Fiber, Anal. Chem.21, 190-1 (1949).
244.
Meller, A. , Reactivity of Fibrous Cellulose, J. Polymer Sci.4, No. 5, 619-28 (1949).
245.
Meyer, K.H. , Studer, M., and van derWyk, A. J. A., Constitution of "Pure" Cellulose , Nature164, No. 4175, 786-7 (1949).
246.
Mühlethaler, K., Plant Fibres: Electron MicrographyBiochim. et Biophys. Acta3, 15-25 (1949).
247.
Mukherjee, S.M., and Sen, M.K., TensileStrength of Jute Strands in Relation to Humidity and Temperature, Textile Manufacturer 75, No. 895, 319-21 (1949).
248.
Paterson, G.R. , and Spencer, E.Y., Some FactorsAffecting the Cyanogenetic Content of Flax, Can. J. Research27F, No. 4, 225-30 (1949).
249.
Preston, J.M. , Jackson, J.H.E., and Nimkar , M.V., Note on the Anisotropy of Cellulose Acetate Fibres, J. Soc. Dyers and Colourists65, No. 10, 483-5 (1949).
250.
Preston, J.M. , and Narasimhan, K.I., Viscose Rayon Fibres: II: Orientations of Skin and Core, J. Text. Inst.40, T327-37 (1949).
251.
Rose, L., Structure of Textile Fibres: IX: Structure of Viscose Rayons, J. Text. Inst.40, No. 11, P1036-47 (1949).
252.
Sen, M.K., and De, R.N., Helical Fibrillar Arrangements in Jute, Nature164, No. 4172, 670 (1949). 253. Sen, M.K., and Hermans, P.H., Origin of Hygroscopicity of Jute, Nature164, No. 4171, 628-9 (1949).
253.
Siegel, B.M. , Structure of Cellulose in the Electron-Microscope Range, TAPPI32, 109-12 (1949).
254.
Simmens, S. , and Howlett, F., Effects of Strain on Microscopic Structure of Acetate Rayon, J. Text. Inst.40, No. 9, T590-604 (1949 ).
255.
Sippel, A. , Changing TensileStrength and Degree of Polymerization of Artificial Fibers by Irradiation, and the Relation of These Phenomena to Molecular Fine Structure, Especially of Cellulose (Derivatives), Kolloid-Z.112, 80-4 (1949) (in German).
256.
Sondhelm, W.S., Fiber Maturity of Cotton Differential Dyeing Test, J. Text. Inst, 40, T447-8 (1949 ).
257.
Tincker, M.A.H. , Structure of Cell Walls: II, Fibres10, No. 1, 5-6 (1949).
258.
Turner, A.J. , Structure of Textile Fibres: VII: Structure of Flax, J. Text. Inst.40, No. 9, P857-68 (1949).
259.
Turner, A.J. , Structure of Textile Fibres: VIII: Long Vegetable Fibres, J. Text. Inst.40, No. 10, P972-84 (1949).
260.
Vogler, K. , Degree of Maturity of Raw Cotton, Textil-Rundschau4, 75-81 (1949) (in German).
261.
Wakeham, H. , FineStructure of Cotton Fibers from Density Measurements, TEXTILE RESEARCH JOURNAL19, No. 10, 595-605 (1949).
262.
Wilson, D.L. , Structure of Textile Fibres: X: Structure of Cellulose Acetate, J. Text. Inst.40, No. 12, P1070-6 (1949).
263.
Work, R.W. , Effect of Variations in Degree of Structural Order on Some Physical Properties of Cellulose and Cellulose Acetate Yarns , TEXTILE RESEARCH JOURNAL19, 381-93 (1949).
264.
Alexander, P., Role of Hydrogen Bonds in the Supercontraction and Permanent Set of Wet Fibres, Research2, No. 5, 246-7 (1949).
265.
Alexander, P., Carter, D., and Earland, C., Application of Organosilicon Polymers to Wool, J. Soc. Dyers and Colourists65, 107-15 (1949).
266.
Alexander, P., Carter, D., and Hudson, R.F., Treatment of Wool with Acid Permanganate Solutions, J. Soc. Dyers and Colourists65, 152-61 (1949).
267.
Alexander, P., Gough, D., and Hudson, R.F., Reaction Kinetics of Wool with Chlorine Solutions: I: Diffusion Across a Liquid Layer, Trans. Faraday Soc.45, Part II, 1058-66 (Nov. 1949).
268.
Ambrose, E.J. , Elliott, A., and Temple, R.B., NewEvidence on the Structure of Some Proteins from Measurements with Polarized Infrared Radiation, Nature163, 859-62 (1949).
269.
Ambrose, E.J. , and Hanby, W.E., Evidence of Chain Folding in a Synthetic Polypeptide and in Keratin, Nature163, 483-4 (1949).
270.
Anon., Fine Structure of Wool Keratin as Revealed by X-Ray and Related Studies, Wool. Sci. Rev. No. 4, 35-49 (Nov. 1949 ).
271.
Anon., Wool Fibre Under the Electron Microscope, Wool Sci. Rev. No. 2, 3-14 (Feb. 1949).
272.
Arthur, J.C. , Jr., and Many, H.G., Cottonseed Protein Fiber, TEXTILE RESEARCH JOURNAL19, 605-8 (1949).
Barker, A.F. , The Medulla and Medullated Hairs and Wools , Textile Manufacturer75, 57-9 (1949).
280.
Bauer, J., Occurrence of Soluble Wool Substances as a Result of the Sulfuric Acid Carbonizing Process, Textile Inds.113, No. 12, 113 (1949).
281.
Bertone, E. , and Landblom, N., Corriedale Lamb Wool: Fineness and Variability,* J. AnimalSci.8, 256-64 (1949).
282.
Capp, C.W. , and Speakman, J.B., Cross-Linking of Animal Fibres (I) 3:4-Isopropylidene-1:2-5:6-Dianhydromannitol , J. Soc. Dyers and Colourists65, 402-6 (1949).
283.
Clark, E.W. , and Thomas, W.L., Estimation of Fatty Matters in Wool, J. Text. Inst.40, T356-70 (1949 ).
284.
Consden, R. , Structure of Textile Fibres: VI: Chemical Structure of Wool Fibre, J. Text. Inst.40, P814-30 (1949).
285.
Darmon, S.E. , and Sutherland, G.B.B.M., Evidence from Infrared Spectroscopy on the Structure of Proteins, Nature164, 440-1 (1949).
286.
Elöd, E., and Fröhlich, H.G., Influence of Strong and Weak Acids on Wool, Silk, and Polyamides, Melliand Textilber.30, 239-43 (June 1949 ) (in German).
287.
Elöd, E., and Zahn, H., Contribution to the Science of Supercontraction: On the Effect of Phenol on Wool (Inst. für Textilchemie in Badenweiler), Melliand Textilber.30, 17-23 (Jan. 1949) (in German).
288.
Elöd, E., and Zahn, H., Damage to Wool in Discharge Printing with Rongalite, Textil-Praxis4, 27-30 (1949) (in German).
289.
Evans, M.G. , and Gergely, J., Discussion of the Possibility of Bands of Energy Levels in Proteins: Electronic Interaction in Non-Bonded Systems, Biochim. et Biophys. Acta3, 188-97 (1949).
290.
Farnworth, A.J., Neish, W.J.P., and Speakman , J.B., Reactivity of the Sulphur Linkage in Animal Fibres: VI: Cause, of Unshrinkability, J. Soc. Dyers and Colourists65, 447-53 (1949).
291.
Farnworth, A.J. , and Speakman, J.B., Action of Sulfuryl Chloride on Wool, J. Soc. Dyers and Colourists65, 162-6 (1949).
292.
Farnworth, A.J. , and Speakman, J.B., Reactivity of Sulfur Linkage in Wool, Nature163, 798-9 (1949).
293.
Fischer, R., Seidenberg, S., and Weis, U.P., Affinity of Water-Soluble Substances to Wool and Their Antibacterial Activity , Helv. Chim. Acta32, 8-17 (1949) (in German).
294.
Fixl, J.O., and Schauenstein, E. , Spectrographic Evidence for Diketopiperazine in Silk Fibroin, iMonatsh. 80, 146-8 (1949).
295.
Fraenkel-Conrat, H., and Mecham, D.K., Reaction of Formaldehyde with Proteins: VII: Demonstration of Intermolecular Cross-Linking by Means of Osmotic-Pressure Measurements, J. Biol. Chem.177, 477-86 (1949).
296.
Graham, E.C. , Waitkoff, H.K., and Hier, S.W., Amino Acid Content of Some Schleroproteins , J. Biol. Chem.177, 529-32 (1949).
297.
Happey, F. , Denaturation in Regenerated Protein Fibres , Nature164, 184-5 (1949).
298.
Happey, F. , and Wormell, R.L., Regenerated Keratin Fibres from Wool, J. Text. Inst.40, T855-69 (1949 ).
299.
Hoover, S.R. , Kokes, E.L., and Peterson , R.F., Constitutional Factors in Production of Artificial Protein Fiber, TEXTILE RESEARCH JOURNAL19, 100 (1949) (Letter to Editor).
300.
Hopkins, G.E. , Structure of the Wool Fiber, TEXTILE RESEARCH JOURNAL19, 816-21 (1949).
301.
Howitt, F.O. , Structure of Textile Fibres: V: Structure of Proteins—Silk, J. Text. Inst.40, P465-74 (1949).
302.
Jagger, L. , and Speakman, J.B., Recrystallization of Relaxed Animal Fibres , Nature164, 190 (1949).
303.
Lindberg, J., and Gralén, N., Measurement of Friction Between Single Fibers: II: Frictional Properties of Wool Fibers Measured by the Fiber-Twist Method , TEXTILE RESEARCH JOURNAL19, 97-100 (1949) (Letter to Editor).
304.
Lindberg, J., and Gralén, N., Measurement of Friction Between Single Fibers: IV: Influence of Various Oxidizing and Reducing Agents on Frictional Properties of Wool Fibers, TEXTILE RESEARCH JOURNAL19, 183-201 (1949).
305.
Lindberg, J., Mercer, E.H., Philip , B., and Gralén, N., The Fine Histology of the Keratin Fibers , TEXTILE RESEARCH JOURNAL19, 673-8 (1949).
306.
Lipson, M. , NewMethod for Forming Vinyl Polymers in Wool, Nature164, 576 (1949).
307.
Lipson, M. , and Speakman, J.B., Formation of Polymers in Wool , J. Soc. Dyers and Colourists65, 390-401 (1949).
308.
Marston, H.R. , Organization and Work of the Division of Biochemistry and General Nutrition of C. S. I. R., Proc. Roy. Soc.199A, 273-94 (1949). 310. Mercer, E.H., Electron Microscopic Examination of Wool Containing Polymer, J. Text. Inst.40, T629-39 (1949).
309.
Mercer, E.H. , Formation of Keratin During Hair Growth, J. Text. Inst.40, T640-9 (1949 ).
Meyer, K.H. , and Haselbach, C., Fibrous Proteins— Rubberlike Properties of Hair Keratin, Nature164, 33-4 (1949).
316.
Middlebrook, W.R., Hydroxylysine and Lysine in Wool, Nature164, 321 (1949).
317.
Middlebrook, W.R., Irreversible Combination of Formaldehyde with Proteins, Biochem. J.44, 17-23 (1949).
318.
Neish, W.J.P. , and Speakman, J.B., Cross-Linking of Reduced Animal Fibres , Nature164, 708 (1949). 320. Perutz, M.F., X-Ray Studies of Crystalline Proteins, Research2, No. 2, 52-61 (1949).
319.
Ripa, O., and Speakman, J.B., Mechanochemical Methods for Use with Animal Fibres, J. Text. Inst.40, T338-41 (1949).
320.
Roberts, R. , Action of Ultraviolet Radiation on Proteins , J. Soc. Dyers and Colourists65, 699-702 (1949).
321.
Schauenstein, E., Fixl, J.O., and Kratky, O., Dependence of the Ultraviolet Absorption and Chromophores on Direction in Oriented Silk Fibroin, Monatsh.80, 153-6 (1949).
322.
Stahl, W.H. , McQue, B., and Siu, R. G. H., Decomposition of Cystine and Wool by Treatment in the Ball Mill and Autoclave, J. Biol. Chem.177, 69-73 (1949).
323.
Stoves, J.L. , Chemical Technology of Wool: X: Measurement of Damage, Fibres10, No. 12, 440-3 (1949).
324.
Tauber, H. , NewColor Test for Tryptophan and Related Compounds, J. Biol. Chem.177, 337-8 (1949).
325.
Woods, H.J. , Comments on "Constitutional Factors in the Production of Artificial Protein Fiber," by Hoover, Kokes, and Peterson, TEXTILE RESEARCH JOURNAL19, 100 (1949) (Letter to Editor).
Reid, J.D. , and Daul, G.C., Preparation andProperties of Alkali-Soluble Metal Carboxymethylcellulose Fibers, TEXTILE RESEARCH JOURNAL19, 794-801 (1949).
Ballou, J.W. , and Smith, J.C., Polymers : Dynamic Measurement of Physical Properties , J. Applied Phys.20, 493-502 (1949).
359.
Bardwell, J., and Winkler, C.A., Formation andProperties of Three-Dimensional Polymers: I: Statistics of Network Polymers, Can. J. Research27B, 116-27 (Feb. 1949).
360.
Bardwell, J., and Winkler, C.A., Formation andProperties of Three-Dimensional Polymers: II: Network Formation, Can. J. Research27B, 128-38 (Feb. 1949).
361.
Bardwell, J., and Winkler, C.A., Formation andProperties of Three-Dimensional Polymers: III: Effect of Network Structure on Elastic Properties, Can. J. Research27B, 139-50 (Feb. 1949 ).
362.
Brown, A., X-Ray Diffraction Studies of the Stretching and Relaxation of Polyethylene , J. Applied Phys.20, 552-8 (1949).
363.
Doty, P., Brownstein, M., and Schlener, W., SomeThermodynamic Properties of Polystyrene Solutions, J. Phys. & Colloid Chem.53, 213-26 (1949).
364.
Dunell, B.A. , and Tobolsky, A.V., Dynamic Properties of Polymeric Materials , TEXTILE RESEARCH JOURNAL19, 631-2 (1949) (Letter to Editor).
365.
Elliott, A. , Ambrose, E.J., and Temple, R.B., Double Orientation and Infrared Dichroism in Polymers, Nature163, No. 4145, 567 (1949).
366.
Ferry, J.D. , and Eldridge, J.E., Studies of the Cross-Linking Process in Gelatin Gels, J. Phys. & Colloid Chem.53, 184-96 (1949).
367.
Flory, P.J. , TheConfiguration of Real Polymer Chains, J. Chem. Phys.17, 303-10 (1949).
368.
Flory, P.J. , Thermodynamics of Crystallization in High Polymers: IV: A Theory of Crystalline States and Fusion in Polymers, Copolymers, and Their Mixtures with Diluents, J. Chem. Phys.17, 223-40 (1949).
369.
Fox, V.W., Hendricks, J.G., and Ratti, H.G., Degradation andStabilization of Polyvinyl Chloride, Ind. Eng. Chem.41, 1774-9 (1949).
370.
Havens, C.B. , Plasticizing Linear Polymers, J. Colloid Sci.4, 347 (1949).
371.
Hill, R., SomeAspects of Polymer Constitution and Fiber Properties, Textile Manufacturer 75, 396 (1949).
372.
Hillier, K.W. , and Kolsky, H., Investigation of the Dynamic Properties of Some High Polymers, Proc. Phys. Soc.B62, Part II, 111-21 (1949).
373.
Ivey, D.G. , Mrowca, B.A., and Guth, E., Propagation of Ultrasonic Bulk Waves in High Polymers, J. Applied Phys.20, 486-92 (1949).
374.
Jellinek, H.G., ThermalDegradation of Polystyrene: II, J. Polymer Sci.4, 1-12 (Feb. 1949).
375.
Jellinek, H.G., ThermalDegradation of Polystyrene and Polyethylene: III, J. Polymer Sci.4, 13-36 (Feb. 1949).
376.
Kolb, H.J. , and Izard, E.F., Dilatometric Studies of High Polymers: I: Second-Order Transition Temperature, J. Applied Phys.20, 564-71 (1949).
377.
Kolb, H.J. , and Izard, E.F., Dilatometric Studies on High Polymers: II: Crystallization of Aromatic Polyesters, J. Applied Phys.20, 571-5 (1949).
378.
Kolsky, H. , Investigation of the Mechanical Properties of Materials by Very High Rates of Loading, Proc. Phys. Soc.B62, Part II, 676-700 (1949 ).
379.
Lyons, W.J. , Dynamic Properties of Filaments, Yarns, and Cords at Sonic Frequencies, TEXTILE RESEARCH JOURNAL19, 123-35 (1949).
380.
McLaren, A.D. , and Seiler, C.J., Adhesion : III: Adhesion of Polymer to Cellulose and Aluminum , J. Polymer Sci.4, 63-74 (Feb. 1949 ).
381.
Mason, W.P. , Baker, W.O., McSkimin , H.J., and Heiss, J.H., Measurements of Shear Elasticity and Viscosity of Liquids at Ultrasonic Frequencies, Phys. Rev.75, 936-46 (1949).
382.
Morey, D.R. , A Theory of Viscous Deformation in Polymers; Volume and Surface Cohesional Energy of the Basic Moving Aggregate, J. Phys. & Colloid Chem.53, 569-90 (1949).
383.
Parks, W., and Richards, R.B., Effect of Pressure on the Volume, Thermodynamic Properties, and Crystallinity of Polythene, Trans. Faraday Soc.45, Part II, 203-11 (1949).
384.
Rivlin, R.S. , Large Elastic Deformations of Isotropic Material: V: Problem of Flexure, Proc. Roy. Soc.195A, 463-73 (1949).
385.
Rossmassler, S.A., and Eyring, H., Flow Properties of Fibers, TEXTILE RESEARCH JOURNAL19, 810-15 (1949).
386.
Scherer, P.C. , and Rouse, B.P., Mechanical Properties of High Polymers as Functions of Shape of Distribution Curve: III: Cellulose Nitrate , Rayon and Synthetic Texts.30, No. 11, 42-4 (1949) (continued).
387.
Scherer, P.C. , and Rouse, B.P., Mechanical Properties of High Polymers as Functions of Shape of Distribution Curve: III: Cellulose Nitrate , Rayon and Synthetic Texts. 30, No. 12, 47-9 (1949) (continued) .
388.
Scott, R.L. , Thermodynamics of High Polymer Solutions: IV: Phase Equilibria in the Ternary System: Polymer—Liquid 1—Liquid 2, J. Chem. Phys.17, 268-79 (1949).
389.
Scott, R.L. , Thermodynamics of High Polymer Solutions: V: Phase Equilibria in the Ternary System: Polymer 1—Polymer 2—Solvent , J. Chem. Phys.17, 279-84 (1949).
390.
Scott-Blair, G.W., and Caffyn, J.E., Application of Theory of Quasi-Properties to Treatment of Anomalous Stress-Strain Relations, Phil. Mag.40, 80-94 (1949).
391.
Spencer, R.S. , Volume-Temperature-Time Relationships for Polystyrene , J. Colloid Sci.4, 229-40 (1949).
392.
Spencer, R.S. , and Dillon, R.E., Viscous Flow of Molten Polystyrene: II , J. Colloid Sci.4, 241-55 (1949).
393.
Stein, R.S. , Krimm, S., and Tobolsky, A.V., Investigation of Relationship Between Polymer Structure and Mechanical Properties: III: Thermodynamic and Optical Analysis of Behavior of Polyethylene, Polyvinyl Chloride, and Lactoprene, TEXTILE RESEARCH JOURNAL19, 8-22 (1949).
394.
Whyte, R.B. , and Melville, H.W., Photosensitisation of Polymerisation Reactions , J. Soc. Dyers and Colourists65, 703-7 (1949).
395.
Anon., Infrared Drying Apparatus,* Kunstseide u. Zellwolle26, 171-3 (1948) (in German).
396.
Anon., Measurement of Cross-Sectional Variations in Slivers, Fibres10, No. 7, 254-6 (1949).
397.
Anon., Merits of Dry and Wet Twisting, Textile Inds.113, 127-9 (Apr. 1949).
398.
Anon., "Monocord" Joins Family of Textile Yarn Forms, Textile World99, No. 1, 125, 216-17 (1949). 401. Anon., Twist Effects in Wool Yarns,* Wool Record75, 103-5 (1949).
399.
Best-Bordon, H.W., SomeObservations on Influence of Fabric Structure on Felting, J. Text. Inst.40, No. 11, T770-1 (1949) (Letter to Editor).
400.
Burleigh, E.G., Jr., Wakeham , H., Honold, E., and Skau, E.L., Pore-Size Distribution in Textiles, TEXTILE RESEARCH JOURNAL19, 547-55 (1949).
401.
Carter, S. , You Can Use Fiber Tests to Bolster Yarn Strength , Textile World99, No. 4, 118-19245-6, 248 ( 1949).
402.
Chadwick, G.E., Shorter, S.A., and Weissenberg , K., Trellis Model for Application and Study of Simple Pulls in Textile Materials, J. Text. Inst.40, T111-160 (1949).
403.
Clegg, G.G. , Microscopical Examination of Worn Textile Articles , J. Text. Inst.40, T449-80 (1949 ).
Lamb, J.J. , Albrecht, I., and Axilrod, B.M., Mechanical Properties of Laminated Plastics at — 70°, 77°, and 200°F, J. Research Natl. Bur. Standards43, No. 3, 257-89 (Sept. 1949 ).
411.
Landsberg, M.I., Kelly, R., and Sinski, D., Correlation of Simulated Rainfall Tests with Laboratory Penetration Tests, TEXTILE RESEARCH JOURNAL19, 505-16 (1949).
412.
Lewis, E.V. , Fundamental Study of Fabric Properties, Can. Text. J.66, No. 5, 42-6 (1949).
413.
Mapes, F.S., Textiles in the Electrical Industry, Papers of AATT 4, 71-4 (Mar. 1949 ).
414.
Mecheels, O., Textile Chemistry and Physiology, Textil-Rundschau4, 271-9 (1949) (in German).
415.
Menkart, J. , NovelEffects Possible with Soluble Yarns, Textile World99, No. 8, 120-1, 208-10 (1949).
416.
Morton, W.E. , and Permanyer, F., Torque-Twist Relationships in Single and Multiple Rayon Filaments, J. Text. Inst.40, T371-80 (1949).
417.
Pollitt, J. , Geometry of Cloth Structure, J. Text. Inst.40, P11-22 (1949).
418.
Pomfret, N.H. , Common Faults in Cotton Yarn, Can. Text. J.66, 42-3 (Feb. 1949).
419.
Satlow, G. , and Griese. H., Yarns and Fabrics: Strength Relations ,* Textil-Praxis4, 276-9 (1949) (in German).
420.
Schiefer, H.F., and Krasny, J.F., Note on Disintegration of Wool in Abrasion Tests, TEXTILE RESEARCH JOURNAL19, 802-9 (1949).
421.
Scroggie, A.G., UniversalYarn Numbering Systems, TEXTILE RESEARCH JOURNAL19, 292-6 (1949).
422.
Seymour, R.B. , and Schroder, G.M., Present Status of Bonded Fabrics , Paper Trade J.128, No. 13, 16-18 (1949).
423.
Shorter, S.A. , Enumeration Problem in Textile Design: I, J. Text. Inst.40, T189-99 (1949 ).
424.
Shorter, S.A. , Enumeration Problem in Textile Design: II , J. Text. Inst.40, T735-48 (1949 ).
425.
Shorter, S.A. , Homogeneous Strain and the TrellisModel: I, J. Text. Inst.40, P228-40 (1949 ).
426.
Shorter, S.A. , Homogeneous Strain and the TrellisModel: II, J. Text. Inst.40, P494-518 (1949).
427.
Stout, E.E., and Moseman, M.B., Effect of Abrasion on Breaking Strength and Elongation of 58 Clothing Fabrics , Ant. Dyestuff Reptr.38, 417-19 (1949).
428.
Theissen, K. , Use Qualities of Staple Rayon, Kunstseide u. Zellwolle27, 1-4 (1949).
429.
Thomas, F.W. , Drying of Textiles, J. Soc. Dyers and Colourists65, No. 10, 479-83 (1949).
430.
Townsend, M.W. , Assessment of Yarn Quality, J. Text. Inst.40, P566-82 (1949).
431.
Wakeham, H., and Spicer, N., Pore-Size Distribution in Textiles—Study of Windproof and Water-Resistant Cotton Fabrics, TEXTILE RESEARCH JOURNAL19, 703-10 (1949).
432.
Weissenberg, K., Use of a Trellis Model in the Mechanics of Homogeneous Materials, J. Text. Inst.40, T89-110 (1949).
433.
Wilhelm, R.H. , and Smith, J.B., Transmittance , Reflectance, and Absorptance of Near Infrared Radiation in Textile Materials, TEXTILE RESEARCH JOURNAL19, 73-88 (1949).
434.
Willis, C.A. , Treatment of Nylon Webbing to Increase Resistance to Abrasion, CADO (Central Air Documents Office, Navy-Air Force), Tech. Data Digest14, No. 15, 15-25 (1949).
435.
Winston, G. , and Backer, S., Measurement of Thermal Transmission of Textile Fabrics, ASTM Bull. No. 162, 62-7 (Dec. 1949 ).
436.
Anderson, S.L., Tensometer for Measurement of Peeling Force of Multi-Ply Textile Fabrics, J. Sci. Instruments26, 153-4 (May 1949).
437.
Anderson, S.L., and Warburton , F.L., Porous Plug and Fibre Diameter Measurement; Effect of Fibre Orientation and Use of Plugs of Randomized Fibres, J. Text. Inst.40, T749-58 (1949 ).
438.
Anon., Air Gauging of Textile Fibres, Textile Manufacturer75, No. 893, 226 (1949).
Balls, W.L. , An Air-Test for Moisture in Cotton, J. Text. Inst.40, T759-66 (1949 ).
457.
Barach, J.L. , Dynamic Studies of Carpet Resilience, TEXTILE RESEARCH JOURNAL19, 355-62 (1949).
458.
Barer, R., Cole, A.R.H., and Thompson, H.W., Infrared Spectroscopy with the Reflecting Microscope in Physics, Chemistry, and Biology, Nature163, No. 4136, 198-201 (1949).
459.
Barrell, H. , and Buxton, W.L., Air Gauging of Textile Fibres , Textile Manufacturer 75, 226 (May 1949).
460.
Barrell, H. , and Buxton, W.L., Pneumatic Measurement of Cross-Sectional Variations in Textile Slivers and Insulated Wire, J. Sci. Instruments26, 105-8 (Mar. 1949).
Burstall, F.H., Davies, G.R., Linstead , R.P., and Wells, R.A., Inorganic Chromatography on Cellulose, Nature163, 64 (1949).
473.
Chakrabarti, B.K., A. Quick and SimpleMethod of Obtaining the Mean and Its Standard Error and the Coefficient of Variation in Textile Tests, with Special Reference to the Measurement of Yarn Strength, J. Text. Inst.40, P370-8 (1949 ).
474.
Coghlan, G.A.D. , and Perry, J., Collection , Analysis, and Interpretation of End-Breakage Data in Preparation and Weaving, J. Text. Inst.40, P279-88 (1949).
Earle, M.D. , and Minkin, J.A., New Method of Sectioning Synthetic Fibers with the Ultra-Microtome for Examination with the Electron Microscope , TEXTILE RESEARCH JOURNAL19, 36-41 (1949).
Haller, E.D. , and Odeen, M.H., Some Interesting Applications of pH and Spectrophotometric Control in Textile and Dye Operations, Am. Dyestuff Reptr.38, 411-12, 416 (1949).
487.
Harrison, W., Artificial Daylight—A New Colour-Matching Unit: I, J. Text. Inst.40, P1025-30 (1949 ).
488.
Hearle, J.W.S. , and Jones, E.H., Electrical Resistance of Yarns Made from Mixed Fibres, and Its Use in Measuring the Moisture Condition of These Yarns , J. Text. Inst.40, T311-26 (1949 ).
489.
Hillier, K.W. , Method of Measuring Some Dynamic .Elastic Constants and Its Application to the Study of High Polymers, Proc. Phys. Soc.B62, Part II, 701-13 ( 1949).
Kratky, O. , and Porod, G., Diffuse Small-Angle Scattering of X-Rays in Colloid Systems, J. Colloid Sci.4, 35-70 (1949).
496.
LaTorre, R. , and George, W., New Methods for Holding Multi- and Single-Filament Tensile Specimens, TEXTILE RESEARCH JOURNAL19, 830-2 (1949).
497.
Lederer, M. , Inorganic Paper Chromatography, Nature163, 598-9 (1949).
498.
Lester, H.M. , Photographic Engineering in Textile Research , Papers of AATT5, No. 1, 28-33 (1949).
499.
Lindsley, C.H., Fischer, E.K., and Brant, J.H., X-Ray Microradiography of Fibers and Fabrics , TEXTILE RESEARCH JOURNAL19, 686-98 (1949).
500.
Linstead, R.P., Inorganic Paper Chromatography, Nature163, 599 (1949).
501.
Lochner, J.P.A. , Measurement of Modulus and Damping Capacity in Torsion and in Bending for Wool and Other Textile Fibres, J. Text. Inst.40, T220-31 (1949).
502.
Lonsdale, K., Neutron Diffraction by Crystals, Nature164, No. 4162, 205-9 (1949).
503.
Makinson, K.R., Discussion of "Measurement of Friction Between Single Fibers: II: Frictional Properties of Wool Fibers Measured by Fiber-Twist Method," by Lindberg and Gralén, TEXTILE RESEARCH JOURNAL19, 97-100 (1949).
504.
Makinson, K.R., A Note on the Theory of the Lepidometer , J. Text. Inst.40, T809-12 (1949 ).
505.
Maresh, C. , and Krammes, R.R., Rapid Photomicrography, Am. Dyestuff Reptr.38, 635-6 (1949).
506.
Mhatre, S.H. , and Preston, J.M., NewApparatus for Measuring Density of Fibres, J. Text. Inst.40, T831-8 (1949).
507.
Millard, F. , Laminated Textiles and Similar Materials: Ballistic Method for Determination of Inter-Ply Adhesion, J. Text. Inst.40, T481-8 (1949).
Müller, F.H. , Apparatus Method for Establishing Tension-Stretch Diagrams of Single Fibers Under Extreme Conditions, Kolloid-Z.112, 84-91 (1949) (in German).
517.
Nordhammar, G., Conditions of Temperature and Humidity in the Fade-Ometer, Am. Dyestuff Reptr.38, 571-4, 593 (1949).
518.
Pacsu, E., Mora, T.P., and Kent, P.W., General Method for Paper Chromatographic Analysis of Reducing and Nonreducing Carbohydrates and Derivatives, Scieyzce110, No. 2861, 446-7 (1949).
519.
Palmer, R.C. , Calculation of Coefficient of Variation of Fibre Diameter in a Batch of Sorted Wool by Synthesis of Variance, J. Text. Inst.40, T623-8 (1949 ).
520.
Pesce, M.R. , and Wrigley, A.S., Diagonal Sectioning Technique for Studying Fabrics, TEXTILE RESEARCH JOURNAL19, 646-8 (1949).
521.
Pétéri, R., Possibilities in Use of the Electron Microscope in Studying Paper and Cellulose , Bull. assoc. tech. ind. papetière3, 12-22 (1949).
522.
Phillips, J.K. , Comparison of Fiber Tensile Values Obtained on the Pressley Tester and Scott IP-4 at Different Test Speeds, TEXTILE RESEARCH JOURNAL19, 274-7 (1949).
523.
Preston, J.M. , Temperature of Contraction of Fibres as an Aid to Identification, J. Text. Inst.40, T767-8 (1949) (Letter to Editor).
524.
Preston, J.M. , and Saha, S., Froth Flotation of Fibres, J. Text. Inst.40, T381-8 (1949 ).
525.
Quackenbos, H.M., Jr. , Hill, J.M. , Jr., and Staff , C.E., Significance of Charpy and Flexure Tests in Evaluating Impact Resistance of Plastics, ASTM Bull. No. 159, 56-65 (1949).
526.
Ramsthaler, K., Staple Rayon Mixtures: Fibre Strength DistributionTextil-Praxis4, 358-60, 438-40 (1949) (in German).
527.
Reichardt, C.H., Schaevitz, H., and Dillon, J.H., Stress-Strain-Time Apparatus for Fiber Testing, Rev. Sci. Instruments20, No. 7, 509 (1949).
528.
Roseveare, W.E., and Waller, R.C., Dynamically Balanced Fatigue Tester for Rayon Tire Cord, TEXTILE RESEARCH JOURNAL19, 633-7 (1949).
529.
Rowley, B.C. , and Sonnino, M., Testing Apparatus for Evaluation of Fire-Resistant Textiles, Am. Dyestuff Reptr.38, 201-4 (1949).
530.
Rutter, L. , Streaming Potential in Paper Chromatography , Nature163, 487 (1949).
531.
Schiefer, H.F., Crean, L.E., and Krasny, J.F., Improved Single-Unit Schiefer Abrasion-Testing Machine, J. Research Natl. Bur. Standards42, No. 5, 481-97 (1949) ; TEXTILE RESEARCH JOURNAL19, 259-69 (1949).
532.
Schneider, W.C., and Burton, C.J., Determination of Elastic Constants of Solids by Ultrasonic Methods, J. Applied Phys.20, 48-58 (1949).
533.
Schuyten, H.A., Weaver, J.W., and Reid, J.D., Index of the Water-Repellency of Textiles from Surface Tension of Aqueous Solutions, Am. Dyestuff Reptr.38, 364-6, 368 (1949).
534.
Schwartz, C.M., Austin, A.E., and Weber, P.M., Positive-Replica Technique for Electron Microscopy, J. Applied Phys.20, 202-5 (Feb. 1949).
535.
Seaman, W. , McComas, W.H., and Allen, G.A., Determination of Water by Karl Fischer Reagent, Anal. Chem.21, 510-12 (1949).
536.
Seeds, W.E. , and Wilkins, M.H.F., A Simple Reflecting Microscope , Nature164, No. 4162, 228-9 (1949).
537.
Shurcliff, W.A., and Stearns, E.I., New "Offset" Method of Interpreting Spectrophotometric Curves, J. Optical Soc. Am.39, 72-5 (Jan. 1949). 541. Siegel, M., Photographic Aids to the Textile Industry , Am. Dyestuff Reptr.38, 268-73 (1949).
538.
Simon, F.T. , Spectrophotometer as an Aid to Dyeing, TEXTILE RESEARCH JOURNAL19, 567-74 (1949).
539.
Smith, T.L. , Ferry, J.D., and Schremp, F.W., Measurements of Mechanical Properties of Polymer Solutions by Electromagnetic Transducers , J. Applied Phys.20, No. 2, 144-53 (1949).
540.
Stanton, J.S. , Method of Assessing Transient Stresses in Photoelastic Substances, Rev. Sci. Instruments20, 139-40 (1949).
541.
Steiger, J.U. , A Simplified Sliver Tester, J. Text. Inst.40, T253-67 (1949).
542.
Stoll, R.G. , An Improved Multipurpose Abrasion Tester and Its Application for Evaluation of Wear-Resistance of Textiles, TEXTILE RESEARCH JOURNAL19, 394-415 (1949).
543.
Sulser, H. , NewTenacity-Testing Apparatus for Fabrics, Paper, etc., Textil-Rundschau4, 49-53 (1949) (in German).
Symonds, P.S. , Determination of Stresses in Plastic Regions in Problems of Plane Flow, J. Applied Phys.20, 107-12 (1949).
546.
Tallant, J.D. , Use of Probability Paper for Estimating the Mean and Standard Deviation of Normally Distributed Textile Test Data, TEXTILE RESEARCH JOURNAL19, 270-3 (1949).
547.
Toner, R.K. , Bowen, C.F., and Whitwell , J.C., Moisture Determination in Textiles by Electrical Meters: II, TEXTILE RESEARCH JOURNAL19, 1-8 (1949).
548.
Tsien, P.C. , NewMethod of Evaluation of Crystallite Orientation of Cellulose Fibers from X-Ray Data, TEXTILE RESEARCH JOURNAL19, 330-41 (1949).
549.
Tsien, P.C. , NewMethod of Evaluation of Crystallite Orientation of Cellulose Fibers from X-Ray Data—Appendix, TEXTILE RESEARCH JOURNAL19, 416-20 (1949).
550.
Turkevich, J., and Hillier, J., Electron Microscopy of Colloidal Systems , Anal. Chem.21, No. 4, 475-85 (1949).
551.
Uhler, W.B. , Tinting or Fugitive Identification of Textile Fibers, Rayon and Synthetic Texts. 30, No. 9, 95-6 (1949).
552.
White, J.U. , and Liston, M.D., Recording Infrared Spectrometer for Continuous Analysis, Anal. Chem.21, No. 10, 1156-61 (1949).
553.
Whitwell, J.C., and Toner, R.K., Moisture Determination in Textiles by Electrical Meters: III, TEXTILE RESEARCH JOURNAL19, 755-8 (1949).
Leonardsen, R., Olein as Wool-Oiling Agent, Tids. Textilteknik7, 14-16 (1949) (in Danish).
573.
Lester, H.M. , Photographic Engineering in Textile Research , Can. Text. J.66, No. 21, 56-62 (1949).
574.
Mutschler, H., Volume During and AfterApplication of Pressure and Resilience of Fibrous Textile Materials and Their Change During Processing, Textil-Praxis4, 106-9 (Mar. 1949 ) (in German).
575.
Prechter, R.R., Determination of Inertia of Homogeneous Rolls or Cylinders, TEXTILE RESEARCH JOURNAL19, 248-9 (1949).
Anon., Comments on Theory and Function of the Card, Textile Inds.113, No. 2, 197-9, 201 (1949). 589. Barker, A.F., Carding Engines: Evolution, J. Text. Inst.40, P461-3 (1949 ).
584.
Dorman, H.J. , and Pringle, A.V., Carding of Jute and Flax, J. Text. Inst.40, P117-31 (1949).
585.
Hind, J.R. , Carding: Differential Action of the Machine on Long and Short Fibres of the Blend, J. Text. Inst.40, P396-7 (1949 ).
586.
Martindale, J.G., Carding: Evolution and Early Development, J. Text. Inst.40, P65-78 (1949).
587.
Strang, P.M. , Theory of Carding: I: Influence of Air Currents on Carding, Am. Wool and Cotton Reptr.63, No. 33, 12-13, 43 (1949).
588.
Strang, P.M. , Theory of Carding: II: Air Shearing Force Separates Fibers, Am. Wool and Cotton Reptr.63, No. 34, 12-14, 53 (1949).
589.
Strang, P.M. , Theory of Carding: III: Control of Air in Top Flat Card, Am. Wool and Cotton Reptr.63, No. 35, 9-14 (1949).
590.
Thorndike, G.H., Woolen Carding Condenser and Its Effects on Slubbing Variation, J. Text. Inst.40, P79-93 (1949).
591.
Townend, P.P. , RecentResearch on Carding of Wool, J. Text. Inst.40, P94-105 (1949).
592.
Beevers, H. , Estimating Wool Top Values the Modern Way , Textile Recorder67, No. 798, 147-9 (1949).
Haigh, H., Wool Top Analysis, J. Text. Inst.40, P489-93 (1949).
595.
Hardacre, W., SliverFormation by Carding and Alternative Methods, J. Text. Inst.40, P132-49 (1949).
596.
Lang, W.R. , Variability of Fineness of Merino Wool Fibre: Aspects of Its Significance in Top-Making, J. Text. Inst.40, T605-22 (1949). 603. Morton, W.E., and Summers, R.J., Fibre Arrangement in Card Slivers, J. Text. Inst.40, P106-16 (1949).
597.
Wadley, F.M. , Pohle, E.M., and Mueller, W.A., Easier Grade Determination by Measurement in Wool Top, TEXTILE RESEARCH JOURNAL19, 278-82 (1949).
598.
Anon., Knitted Nylon Fabric Waste Successfully Spun with Wool, Am. Wool and Cotton Reptr.63, No. 42, 87-94 (1949).
599.
Anon., Rayon Staple Spinning and Fibre Blending Possibilities, Textile Recorder67, No. 795, 58-61 (1949).
Brown, B.J. , Nature and Incidence ofWarp Breakages in Automatic Weaving, J. Text. Inst.40, P301-16 (1949).
626.
Castle, V. , and Dawson, F., Weaving of Continuous-Filament and Long Staple Spun Yarns; Some Factors Affecting Warp Breakages, J. Text. Inst.40, P331-52 (1949).
627.
LaRoche, E.A. , and Brown, H.M., Rapid Stroboscopic Study of Production Looms, TEXTILE RESEARCH JOURNAL19, 288-91 (1949).
628.
Sheldon, F.C. , Requirements in Warp Preparation for Automatic Weaving, J. Text. Inst.40, P263-71 (1949 ).
629.
Snowden, D.C. , Some FactorsInfluencing the Number of Warp Breakages in Woolen and Worsted Weaving , J. Text. Inst.40, P317-30 (1949 ).
630.
Vincent, J.J. , Effect of Loom Settings on Warp Breakage, J. Text. Inst.40, P277-8 (1949 ).
631.
Anon., Comments on Reducing the Number of Processes in Worsted Yarn Manufacture, Rayon and Synthetic Texts.30, 54-6 (1949).
632.
Anon., Control of Humidity in Woollen and Worsted Processing, Fibres10, No. 8, 302-24 (1949).
Turner, H.A. , Developments in Design of Machinery for Dyeing and Finishing Cotton and Rayons, Textile Manufacturer 75, Exhibition Supplement, 51-3 (Oct. 1949).
663.
Wenderoth, H., Hexandiol Dichloromethyl Ether Pyridinium Derivative: Application in FinishingMelliand Textilber.30, 205-7 (1949) (in German).
664.
Whewell, C.S. , SomeDefects Arising in Finishing of Woolen and Worsted Fabrics, J. Soc. Dyers and Colourists65, 9-14 (1949).
665.
Whewell, C.S. , Charlesworth, A., and Kitchin, R.L., Some RecentExperiments in Cloth Finishing, J. Text. Inst.40, P769-83 (1949).
666.
Wilson, E. , Application of Chemistry to Textile Finishing , J. Soc. Dyers and Colourists65, 497-507 (1949).
667.
Wiseman, G. , Use of Cation-Active Finishes, Can. Text. J.66, No. 2, 43 (1949).
668.
Zussman, H.W. , Sequestering Agents : Their Use in Textile Processing, Am. Dyestuff Reptr.38, 500-4 (1949).
669.
Anon., Adsorption of Detergents by Wool, Textile Manufacturer75, No. 890, 81-2 (1949).
Jensen, J. , Investigations on Action of Wetting Agents: I: Wetting of Textiles; II: Practical Results of Investigations, Tids. Textilteknik7, 21-9 (1949) (based on Communication No. 33 of the Danish Textile Research Inst.) (in Danish).
681.
LaFleur, K.S. , ComparativeEfficiencies of Wetting Agents on Woolen Cloth, Am. Dyestuff Reptr.38, 367-8 (1949).
682.
Leffingwell, G., Elements of Detergency, Rayon and Synthetic Texts.30, No.3, 83-5 (1949).
683.
Leffingwell, G., Synthetic Detergents in Textile Emulsions: II, Rayon and Synthetic Texts.30, No. 12, 85-7 (1949).
684.
Leonard, E.A. , and Beck, L., Data on Laboratory Method for Wool Raw Stock Detergency, Am. Dyestuff Reptr.38, 348-52 (1949).
685.
Leonard, E.A. , and Winch, A.R., Effective Laboratory Evaluation of Textile Detergency, Rayon and Synthetic Texts.30, No.1, 79-81 (1949).
686.
Leonard, E.A. , and Winch, A.R., Effective Laboratory Evaluation of Textile Detergency, Rayon and Synthetic Texts.30, No. 2, 93-5 (1949).
687.
Merrill, R.C. , Industrial Applications of Sodium Silicates; Some Recent Developments, Ind. Eng. Chem.41, No. 2, 337 (1949).
688.
Merrill, R.C. , Sodium Silicates in the Textile Industry, Am. Dyestuff Reptr.38, 428-35 (1949).
689.
Morgan, O.M. , and Walter, J.E., Low-Temperature Wool Piece Goods Scouring With a Synthetic Organic Detergent, Am. Dyestuff Reptr.38, 374-7 (1949).
Snell, F.D. , Synthetic Detergents in the Textile Industry , Rayon and Synthetic Texts.30, No. 11, 81-2 (1949).
697.
Snell, F.D. , Synthetic Detergents in the Textile Industry , Rayon and Synthetic Texts.30, No. 12, 90-1 (1949).
698.
Stadler, J. , Wetting Agents: TestingTextil-Praxis4, 128-31 (1949) (in German).
699.
Stirling, J.C., Advances Made in Handling of Rayons in Laundering, Rayon and Synthetic Texts.30, No. 3, 89-90 (1949).
700.
Townend, P.P. , and Tweedie, W., Effect of Temperature in Scouring of Merino Wool on Subsequent Processes, J. Text. Inst.40, T389-98 (1949). 709. Tripp, F., Trends in Fabric Processing: II, Textile Bull.75, No. 1, 73-6 (1949).
701.
Tripp, F., Trends in Fabric Processing: III, Textile Bull. 75, No. 2, 63-5 (1949).
702.
Utermohlen, W.P., Jr., Fischer , E.K., Ryan, M.E., and Campbell, G.H., Detergency Studies: IV: Influence of Oily Soil Upon the Removal of Pigment Soil, TEXTILE RESEARCH JOURNAL19, 489-96 (1949).
703.
Utermohlen, W.P. , Jr., and Ryan , M.E., Evaluation of Detergents for Textile Cleaning , Ind. Eng. Chem.41, No. 12, 2881-7 (1949).
704.
Weller, E., Notes on Synthetic Detergents, Rayon and Synthetic Texts.30, No. 6, 89-91 (1949).
Hudson, R.E. , Jr., and Waddle , H.M., Study of Bleaching of Blue Cotton Fiber , TEXTILE RESEARCH JOURNAL19, 421-6 (1949).
711.
Klein, A., Origin, Development, and Present State of Cotton Bleaching: Continuous Bleaching , Teintex14, 5-21, 75-83 (1949).
712.
Landolt, A. , Fluorescent Bleaching, Am. Dyestuff Reptr.38, 353-6 (1949).
713.
Livingston, R., Irreversible and ReversiblePhoto-Bleaching of Dyes, J. Soc. Dyers and Colourists65, 781-4 (1949).
714.
Marsh, J.T., "Introduction to Textile Bleaching," New York, John Wiley & Sons, 1949, 512 pp.
715.
Scanlan, J.T. , Stirton, A.J., Swern , D., and Roe, E.T., Effect of Various Surface-Active Agents on Penetrating Power and Stability of Calcium Hypochlorite and Bleaching Powder Solutions, Am. Dyestuff Reptr.38, 455-8 (1949).
716.
Seyb, L.P. , and Foster, J.L., Bleaching of Cotton: Proposed Continuous Hypochlorite Bleaching Process, Am. Dyestuff Reptr.38, 718 (1949) (abstract).
717.
Teplitz, I. , Cost Factor in Bleaching, Textile Bull. 75, No. 8, 69-71 (1949).
Epelberg, J., Shrinkage Control of Wool—Chlorina— tion Processes, Am. Dyestuff Reptr.38, 526-8, 533-4 (1949).
786.
Fletcher, H.M., Cotton-Jersey Shrinkage Varies with Construction , Textile World99, No. 10, 139-49 (1949).
787.
Fletcher, H.M., Duensing, M.E., and Gilliam, J.F., Dimensional Changes of Knit Goods in Laundering , Am. Dyestuff Reptr.38, 481-3, 512 (1949).
788.
Gould, J.M. , SomeAspects of Chemical Control of Wool Shrinkage, Am. Dyestuff Reptr.38, 407-10 (1949).
789.
Kasbekar, G.S., Shrinkage of Cotton Yarn in Zinc Chloride , Indian Text. J.59, 316-20 (1949).
790.
Lipson, M. , Application of Synthetic Resins to Wool, Text. J. Australia24, No. 6, 566-72 (1949).
791.
Lipson, M. , NewMethod for Forming Vinyl Polymers in Wool, Nature164, 576-7 (1949).
792.
McCleary, H.R., and Royer, G.L., Shrinkage Control of Wool by Melamine Resins: II: Torsional Rigidity and Elastic Properties of Single Fibers , TEXTILE RESEARCH JOURNAL19, 457-61 (1949).
793.
Maresh, C. , and Royer, G.L., Shrinkage Control of Wool by Melamine Resins: I: Microscopical Observations, TEXTILE RESEARCH JOURNAL19, 449-57 (1949).
794.
Moncrieff, R.W., WoolShrinkage Control by Resin Application, Textile Manufacture r 75, No. 896, 388-91 (1949).
795.
Moncrieff, R.W., WoolShrinkage Control by Resin Application: II, Textile Manufacture r 75, No. 897, 438-41, 443 (1949).
796.
Moncrieff, R.W. , WoolShrinkage Control by Resin Application: III, Textile Manufacture r 75, No. 898, 484-8 (1949).
797.
Munch, M., Swellingproof Finishes: EvaluationTextil-Praxis4, 396-400 (1949) (in German).
798.
Pfeffer, E.C. , Jr., Causes and Elimination of Fabric Shrinkage , Rayon and Synthetic Texts.30, No. 1, 57-8 (1949).
799.
Shapiro, L., Shrinkage Control and Durable Mechanical Effects with Urea-Formaldehyde Resins , Rayon and Synthetic Texts.30, No. 9, 58-60 (1949). 809. Stock, C.R., and Salley, D.J., Function of Methylated Melamine-Formaldehyde Resin in Controlling Shrinkage of Woolens, TEXTILE RESEARCH JOURNAL19, 41-3 (1949) (Letter to Editor).
800.
Stoves, J.L. , Chemical Technology of Wool: VII: The Unshrinkable Finish, Fibres10, No. 3, 81-3 (1949).
801.
Teplitz, I. , Shrinkage-Control Must Be Based on Fiber Characteristics , Textile Age13, No. 3, 7, 10, 12, 14, 18 (1949).
802.
Weiner, L.I. , Quartermaster Corps Accelerated Test Method for Evaluating Shrink-Resistant Wool Developed for 10½-oz. Wool Shirting, Am. Dyestuff Reptr.38, 289-95 (1949).
803.
Anon., Crease-Resistant and Water-Repellent Finishes, Textile Manufacturer75, No. 900, 574-6 (1949). 814. Buck, G.S., Jr., and McCord, F.A., Crease-Resistance and Cotton, TEXTILE RESEARCH JOURNAL19, 216-47 (1949).
804.
Ferrari, M. , Strength of Fabrics Treated with Creaseproofing Solution, Tinctoria46, 63-4 (1949).
805.
Gagliardi, D.D., and Nuessle, A.C., Modification of Fiber and Fabric Properties by Wrinkleproofing and Stabilizing Agents (Am. Assoc. Textile Chemists and Colorists), Am. Dyestuff Reptr.38, 720 (1949) (abstract).
806.
Gruntfest, I.J., and Gagliardi , D.D., Wrinkle-Resistance of Fabrics, Ind. Eng. Chem.41, 760-4 (1949).