urbaf2

NITRATION AND NITRATING AGENTS 51

50b. M. USANOVICH and I. GLUKHOV, Zh. obshch. khim. 10, 227 (1940).

50e. M. USANOVICH and T. SUSHKEVICH, Zh. obshch. khim. 10, 230 (1940).

51.A. SWINARSKI and W. DEMBINSKI, Roczniki Chem. 30, 709 (1956).

52.A. SWINARSKI and W. PIOTROWSKI, Roczniki Chem. 33, 275 (1959).

53.A. SWINARSKI and G. BIALOZYNSKI, Roczniki Chem. 33, 907 (1959).

54. A. A. WOOLF and H. J. EMELÉUS, J. Chem. Soc. 1951, 1050.
    55.W. N. HARTLEY, .7. Chem. Soc. 83, 221 (1903).
    56.R. DALMON and G. BELLIN, Compt. rend. 215, 136 (1942).
    57.G. KORTÜM, Z. phys. Chem. B. 43, 418 (1939).


55. R. N. JONES, G. D. THORN, M. LYNE and E. G. TAYLOR, Nature 159, 163 (1947).
    58a. R. N. JONES and G. D. THORN, Canadian J. Res. B 26, 580 (1949).
    59.H. C. SPASOKUKOTSKII, Usp. khim. 17, 55 (1948).
    60.J. CHÉDIN, Compt.rend. 200, 1937 (1935); 201, 552 (1935).
    60a. J. CHÉDIN, Compt. rend. 202, 220 (1936).
    61.J. CHÉDIN, Ann. Chim. 8, 295 (1937)
    62.J. CHÉDIN and FÉNÉANT, Compt. rend. 224, 930, 1008 (1947).
    62a. S. FÉNÉANT and J. CHÉDIN, Compt. rend. 243, 41 (1956). J. CHÉDIN, R. LECLERC and
    R. VANDONI, Compt. rend. 225, 734 (1947).


56. E. SUSZ, E. BRINER and P. FAVARGER, Helv. Chim. Acta 18, 375 (1935).
    64.F. RUSS and E. POKORNY, Monatsh. 34, 1048 (1913).


57. E. G. COX, G. A. JEFFREY and M. R. TRUTER, Nature 162, 259 (1948).
    65a. E. GRISON, ERIKS and DE VRIES, Acta cryst. 3, 290 (1950).
    66.M. FREYMANN and R. FREYMANN, Compt. rend. 222, 1339 (1946).


58. C. FRÉJACQIJES, Théses, Paris (Imprimerie Nationale), 1953.


59. D. E. BETHEL and N. SHEPPARD, J. chim. phys. et phys-chim. biol. 50, C 72 (1953).


60. R. A. MARCUS and J. M. FRESCO, J. Chem. Phys. 27, 564 (1957).


61. W. HOFMAN, L. STEFANIAK and T. URBANSKI J. Chem. Soc. 1962, 2343.


62. M. SH. GELFMAN, Zh. prikl. khim. 21, 42, 1099, 1272 (1948).


63. R. VANDONI, Mém. Serv. Chim. l'État 31, 83, 87 (1944).


64. G. N. LEWIS, Proc. Am. Acud. 43, 259 (1908).


65. G. N. LEWIS and M. RANDALL, Thermodynamics and the Free Energy of Chemical Sub-
    stances, McGraw Hill, New York, 1923.


66. W. TOMASSI, Podstawy termodynumiki chemicznej, PWN, Warszawa, 1953.


67. W. TOMASSI, Aktywnosc w termodynumice chemicznej, Warszawa, 1948.


68. O. KLIMOVA and I. ZASLAVSKII, Zh. prikl, khim. 22, 689 (1949).
    77a. V. USOLTSEVA, O. KLIMOVA and I. ZASLAVSKII, Zh. prikl. khim. 25, 1309 (1952).


69. I. ZASLAVSKII, O. KLIMOVA and L. GUSKOVA, Zh. obshch. khim. 22, 752 (1952).


70. F. KREJCI, M. NOVOTNY and J. RUZICKA, Chem. and Ind. 1957, 1420.


71. J. HACKEL, T. URBANSKI, W. KUTKIEWICZ and A. STERNINSKI, Chemia stosowana 4, 441
    (1960).


72. L. MEYER and P. SPINDLER, Ann. 224, 283 (1883).


73. L. MEYER, J. GIERSBACH and A. KESSLER, Z. physik. Chem. 2, 676 (1888).


74. H. MARTINSEN, Z. physik. Chem. 50, 385 (1905).


75. J. A. HETHERINGTON and I. MASSON, J. Chem. Soc. 1933, 105.


76. R. LANTZ, Bull. soc. chim. France 6, 280, 289, 302 (1939).


77. F. H. WESTHEIMER and M. S. KHARASCH, J. Am. Chem. Soc. 68, 871 (1946).


78. G. M. BENNETT, J. C. D. BRAND, D. M. JAMES, T. J. SAUNDERS and G. WILLIAMS. J. Chem.
    soc. 1947, 774, 1185.
    88.L. MELANDER, Nature 163, 599 (1949); Acta Chim. Scand. 3, 95 (1949).
    89.W. F. WYNNE-JONES, J. Chem. Phys. 2, 381 (1934).


79. W. M. LAUER and E. E. NOLAND, J. Am. Chem. Soc. 75, 3689 (1953).