urbaf2

NITRO DERIVATIVES OF BENZENE 263

15. M. GIUA, Gazz. chim. ital. 45, I, 348. 557; 11, 305. 351 (1915); 52. I, 186 (1922).


16. L. DE BRUYN, Rec. trav. chim. 9, 198 (1890); 13, 106, 109 (1894); 14, 89, 151 (1895); 23,
    26, 47 (1904).


17. W. ZIMMERMANN, Z. physiol. Chem. 233, 257 (1935).


18. R. KREMANN, Monatsh. 25, 1271 (1904); R. KREMANN et al.. Montsh. 27. 125 (1906); 29,
    863 (1908); 32, 609(1911); 37, 723 (1916); 38, 385 (1917); 39, 505 (1918); 40, 189 (1919);
    41, 499 (1920); 42, 167, 181. 199 (1921); 44, 163 (1923).


19. L. SZPERL, Chemik Polski 13, 265 (1913).


20. L. SZPERL and URBANOWSKA, Chemik Polski 13, 272 (1913).
    20a. L. SZPERL and GAMARNIKOWÓWNA, Chemik Polski 13. 293 (1913).
    20b. L. SZPERL and KAMINSKA, Chemik Polski 13, 297 (1913).


21. K. LEHMSTEDT, Z. ges. Schiess-Sprengstoffw. 13, 118 (1918).


22. M. KIEX, Arch. exp. Path. Pharmakol. 1949, 209.


23. F. KOELSCH, Zentr. Gewerbehyg. 5, 15 (1918); Aerztliche Suchverst. Z. 1918, 171; Z. ges.
    Schiess-Sprengstoffw. 13, 205 (1918).


24. H. STAUB, Houben’s Fortschritte der Heistofihemie, Walter de Gruyter, Berlin-Leipzig.


25. 
    


26. L. WÖXLER and O. WENZELBERG, Z. Angew. Chem. 46, 173 (1933).


27. ST. C. DEVILLE, Ann. Chim. [3], 3, 151 (1841).


28. J. S. MUSPRATT and A. W. HOFMANN, Ann. 57, 201 (1846).


29. A. RINNE and TH. ZINCKE, Ber. 7, 1372 (1874).


30. G. KÖERNER, GAZZ. chim. ital. 4, 318, 354 (1874).


31. P. HEPP, Ann. 215, 316 (1882).


32. k HOLLEMAN and L. DE BRUYN. Rec. trav. chim. 19, 95, 189 (1900).


33. O. WYLER, Helv. chim. acta 15, 23 (1932).


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


35. J. MEISENHEIMER and E. PATZIG, Ber. 39. 2528, 3808 (1906).


36. E. BAMBERGER and R. HÜBNER, Ber. 36, 3805 (1903).


37. O. N. WITT and E. KOPETSCHNI, Ber. 45, 1134 (1912).


38. N. N. JEFREMOV and L .N. BOGOYAVLENSKII, Zh. Russ. Khim. Obshch. 51, 353 (1918).


39. V. MEYER, Ber. 29, 848 (1896).


40. A. ANGELI, Gazz. chim. ital. 27, II, 366 (1897).


41. J. MEISENHEIMER, Ann. 323, 214, 241 (1902).


42. M. BUSCH and W. KÖGEL, Ber. 43, 1549 (1910).


43. W. BÖLIAN, Thesis, Erlangen (1911).


44. M. J. J. BLANKSMA, Rec. trav. chim. 23, 111 (1904).


45. R. KREMANN and O. MAUERMANN, Monutsh. 43, 315 (1922).
    44a. N. N. JEFREMOV and L. N. BOGOYAVLENSKII, Izvest. Inst. Fiz. Khim. Analiza 3, 299 (1926).
    44b. J. J. SUDBOROUGH and S. H. BEARD, J. Chem. Soc. 97, 773 (1910); 99, 209 (1911).


46. S. D. Ross, D. J. KELLEY and M. M. LABES, J. Am. Chem. Soc. 78, 3625 (1956).
    45a. L. G. RADCLIFFE and A. A. POLLITT, J. Chem. Soc. Ind. 40, 45 (1921); Z. ges. Schiess-Spreng-
    stofw. 16, 73 (1921).


47. J. C. DRUMMOND, J. Soc. Chem. Ind. 41, 338 (1922).
    46a. T. URBANSKI and J. SIMON, Roczniki Chem. 19, 487 (1939).


48. W. H. GIBSON, J. Soc. Chem. Ind. 40, 90 (1921).
    47a. Chemische Fabrik Griesheim, Ger. Pat. 77353 (1893).


49. F. TIEMANN and W. E. JUDSON, Ber. 224 (1870).


50. C. CLAUS and H. BECKER, Ber. 3, 224 (1870).


51. W. E. GARNER and C. L. ABERNETHY, Proc. Roy. Soc. 99, 213 (1921).


52. F. ULLMANN and J. BIELECKI, Ber. 34, 2180 (1901).


53. J. MEYER, Ger. Pat. 234726 (1909).