MAGNETO-OPTIC ROTATION OF HYDROCARBONS

[1] Determination of the magnetooptic rotatory power of pure organic substances and their mixtures [J]. PHYSICA, 1943, 10 : 97 - 129

[2] COSBY JN, 1941, P AM PETROLEUM I, V22, P13

[3] Molecular theory of the magnetic rotatory polarisation. A calculation of Verdet's constant [J]. JOURNAL DE PHYSIQUE ET LE RADIUM, 1926, 7 : 295 - 315

[4] DELARIVE A, 1870, PHIL MAG, V40, P393

[5] GABIANO NP, 1933, ANN PHYS, V20, P68

[6] The rotatory dispersive power of organic compounds. Part IV. Magnetic Rotation and dispersion in some simple organic liquids. [J]. JOURNAL OF THE CHEMICAL SOCIETY, 1914, 105 : 81 - 94

[7] LOWRY TM, 1935, OPTICAL ROTATORY POW, P160

[8] Perkin W. H., 1884, J CHEM SOC, V45, P421, DOI DOI 10.1039/CT8844500421

[9] PERKIN WH, 1882, J CHEM SOC, V41, P330

[10] Magnetic rotary dispersion in relation to electron theory. Part I. The dermination of dispersional periods. [J]. PHILOSOPHICAL MAGAZINE, 1916, 31 (181-86) : 232 - 256

[1] Determination of the magnetooptic rotatory power of pure organic substances and their mixtures [J]. PHYSICA, 1943, 10 : 97 - 129

[2] COSBY JN, 1941, P AM PETROLEUM I, V22, P13

[3] Molecular theory of the magnetic rotatory polarisation. A calculation of Verdet's constant [J]. JOURNAL DE PHYSIQUE ET LE RADIUM, 1926, 7 : 295 - 315

[4] DELARIVE A, 1870, PHIL MAG, V40, P393

[5] GABIANO NP, 1933, ANN PHYS, V20, P68

[6] The rotatory dispersive power of organic compounds. Part IV. Magnetic Rotation and dispersion in some simple organic liquids. [J]. JOURNAL OF THE CHEMICAL SOCIETY, 1914, 105 : 81 - 94

[7] LOWRY TM, 1935, OPTICAL ROTATORY POW, P160

[8] Perkin W. H., 1884, J CHEM SOC, V45, P421, DOI DOI 10.1039/CT8844500421

[9] PERKIN WH, 1882, J CHEM SOC, V41, P330

[10] Magnetic rotary dispersion in relation to electron theory. Part I. The dermination of dispersional periods. [J]. PHILOSOPHICAL MAGAZINE, 1916, 31 (181-86) : 232 - 256