Smithsonian Institution - United States National Museum - Bulletin 240: Contributions From the Museum of History and Technology; Papers 34-44 on Science and TechnologyMuseum of History and Technology (U.S.)
History
Smithsonian Institution - United States National Museum - Bulletin 240: Contributions From the Museum of History and Technology; Papers 34-44 on Science and Technology
Museum of History and Technology (U.S.)
Science -- History; Technology -- History
[19] A. WURTZ, _Dictionnaire de Chimie_ (Paris, 1876), vol. 2, part 2,
p. 951.
[20] KARL W. SCHEELE, _Nachgelassene Briefe und Aufzeichnungen_, edit.
A. E. Nordenskiöld (Stockholm: Norstedt, 1892), pp. 38, 144.
[21] J. J. BERZELIUS, _Lehrbuch_, transl. F. Wöhler (Dresden, 1827),
vol. 3, part 1, p. 96.
[22] THOMAS GRAHAM, _Philosophical Transactions of the Royal Society
of London_ (1833), pp. 253-284.
[23] JUSTUS LIEBIG'S _Annalen der Pharmacie_ (1838), vol. 26,
p. 113 ff.
[24] A. WURTZ, _Annales de Chimie et de Physique_, series 3, vol. 16
(1846), p. 190.
[25] CARROLL D. WRIGHT, _The Phosphate Industry in the United States_,
sixth special report of the Commissioner of Labor (Washington,
1893).
[26] J. STOKLASA, _Biochemischer Kreislauf des Phosphat-Ions im Boden,
Centralblatt für Bakteriologie ..._ (Jena: Fischer, March 22,
1911), vol. 29, nos. 15-19.
[27] N. T. GOBLEY, _Comptes-rendus_ ..., Paris (1845), vol. 21,
p. 718.
[28] A. WURTZ, _Comptes-rendus_ ..., Paris (1868), vol. 66, p. 772.
[29] L. THUDICHUM, _Die chemische Constitution des Gehirns des
Menschen und der Tiere_ (1901); see also H. WITTCOFF, THE
PHOSPHATIDES (New York: Reinhold, 1951).
[30] WILLIAM CROOKES, _British Association for the Advancement of
Science, Reports_ (1887), sec. B, p. 573.
[31] J. E. COURTOIS and A. LINO, _Progress in the Chemistry of Organic
Natural Products_, edit. L. Zechmeister (Vienna: Springer
Verlag, 1961), vol. 19, p. 316-373.
[32] A. WURT, _Dictionnaire de Chimie_, supp. part 2, [n.d.] p. 1087;
A. KOSSEL, _Zeitschrift für physiologische Chemie_, series 3
(1879), p. 284.
[33] ALEXANDER TODD, _Les Prix Nobel en 1957_ (Stockholm).
[34] HANS VON EULER-CHELPIN, _Les Prix Nobel en 1929_ (Stockholm).
[35] O. MEYERHOF and E. LUNDSGAARD, _Naturwissenschaften_ (Berlin,
1930), vol. 18, pp. 330, 787.
[36] K. LOHMANN, _Naturwissenschaften_ (Berlin, 1929), vol. 17, p.
624; C. H. FISKE and Y. SUBBAROW, _Science_ (Washington, 1929),
vol. 70, p. 381 f.
[37] J. BRACHET, _Scientia, Revista di Scienza_ (1960), vol. 95, p.
119.
[38] GEORGE DE HEVESY, _Les Prix Nobel en 1940_ (Stockholm). See also
EDUARD FARBER, _Nobel Prize Winners in Chemistry_, 2nd ed. (New
York: Schuman, 1963), p. 179.
[39] See, e.g., _Chemical Week_, vol. 77 (September 3, 1955), p. 79
f.; J. BOLLE, _Chimie et Industrie_ (1960), vol. 83, p. 252.
[40] W. LANGE, _Berichte der Deutschen Chemischen Gesellschaft_
(Berlin, 1929), vol. 62, p. 793; vol. 65 (1932), p. 1598.
[41] GERHARD SCHRADER, U.S. patent 2,336,302 of 1943 (priority in
Germany, 1938); S. A. HALL and M. JACOBSON, _Industrial and
Engineering Chemistry_ (1943), vol. 40, p. 694.
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