NakanoH.: Beiträge Zur Kenntis der in den Harnsteinen Enthaltenen Substanzen. J. Biochem., Tokyo, 2: 437, 1922.
2.
SaupeE.: Röntgendiagramme von Menschlichen Körpergeweben und Konkrementen. Fortschritte Gebiete der Röntgenstrahlen.44: 204, 1931.
3.
RogersA. F.KerrP. E.: Optical Mineralogy. New York, McGraw-Hill, 1942.
4.
WahlstromE. E.: Optical Crystallography, 2nd Ed.New York, J. Wiley and Sons, 1943.
5.
HanawaltJ. D.RinnH. W.FrevelL. K.: Chemical Analysis by X-ray Diffraction Patterns (With card files). Industrial and Engin. Chem.10: 457, 1938.
6.
Alphabetical Index of X-ray Diffraction Patterns (With card files and supplements), 1945.
7.
PhemisterD. B.AronsohnH. G.PepenskyR.: Variations in the Cholesterol, Bile Pigment and Calcium Salts Contents of Gall Stones Formed in the Gall Bladder and in Bile Ducts with the Degree of Associated Obstruction. Ann. Surg.109: 161, 1939.
8.
HigginsC. C.: Renal Lithiasis. Springfield, C. C. Thomas, pp. 53–68, 1943.
9.
DomanskiT. J.: Renal Calculi, A New Method for Qualitative Analysis. J. Urol.37: 399, 1937.
10.
RandallA.CampbellE. W.BeesonH. G.: A Simple Method of Chemical Analysis of Urinary Calculi with a Report of a Recent Series. Urol. and Cutan. Rev.38: 29, 1934.
11.
JensenA. T.ThygesenJ. E.: Über die Phosphat Konkremente der Harnwege. Z. Urol.32: 659, 1938.
12.
JensenA. T.: On Concrements from the Urinary Tract, II. Act. Chir. Scand.84: 217, 1940.
13.
JensenA. T.: On Concrements from the Urinary Tract, III. Act. Chir. Scand.85: 473, 1941.
14.
FrondelC.PrienE. L.: Carbonate-Apatite and Hydroxyl-Apatite in Urinary Calculi. Science95: 431, 1942.
15.
FrondelC.PrienE. L.: Deposition of Calcium Phosphates Accompanying Senile Degeneration and Disease. Science103: 326, 1946.
16.
HendricksS. B.HillW. L.: The Inorganic Constituents of Bone. Science96: 255, 1942.
17.
GrunerJ. W.McConnellD.ArmstrongW. D.: The Relationship Between Crystal Structure and Chemical Composition of Enamel and Dentin. J. Biol. Chem.121: 771, 1937.
18.
PalacheC.BermanH.FrondelC.: Dana's System of Mineralogy. 7th Ed., New York, J. Wiley and Sons, 1951, pp. 877–889.
19.
PrienE. L.FrondelC.: Studies in Urolithiasis I: The Composition of Urinary Calculi. J. Urol.57: 949, 1947.
20.
StaplesL. W.: Microchemical Analysis. In: Introduction to the Study of Minerals. Rogers, 3rd Ed., New York, McGraw-Hill, 1937.
21.
WakelyC. P. G.: The Formation of Salivary Calculi and Their Treatment. Lancet1: 708, 1929.
22.
QuinnF. P.: The Diagnosis and Treatment of Salivary Calculi. J. Iowa State Med. Soc.37: 459, 1947.
23.
SmothersW. J.ChiangM. S.: Differential Thermal Analysis, New York, Chemical Publishing Co., 1958.
24.
SilvermanS. R.FuyatR.WeiserJ.: Quantitative Determinations of Calcite Associated with Carbonate Bearing Apatites. Am. Mineralogist37: 211, 1952.
25.
GrunerJ. W.McConnellD.: The Problem of the Carbonate-Apatites. The Structure of Francolite. Zeitschr. f. Crystallographie97: 208, 1937.
26.
McConnellD.: The Crystal Chemistry of Carbonate-Apatites and Their Relationship to the Composition of Calcified Tissues. J. Dent. Research31: 53, 1952.
27.
KarshanM.SchroffJ.: Composition of Some Salivary Calculi. J. Dent. Research8: 454, 1928.
28.
JensenA. T.DanøM.: X-ray Crystallographic Examination of Calculi from Salivary Glands. J. Dent. Research31: 620, 1952.
29.
FrondelC.: Whitlockite: A New Calcium Phosphate, Ca3(PO4)2. Am. Mineralogist26: 145, 1941.