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The Diamagnetism of Liquid M'itures Djb, 6. RAMA~~ANDRA RAO AKD G. SIVARAMA~~UISHHAN, Annamalai University. (Received for pu blicotion, 24th Novm her, 19311 The diamagnetic susceptibiliv values of binary liquid mixtures hnve been experimentally determined for tho following eight m-bsnzene and carbon disulpbide, benzene and nitrobenzene, benzene and carbon tetraobloride, benzene and hexnne, benzene and cblorobenzeae, hema and chlorobenzene, hexane and nitrobenzene end acetone and chloroform. Gmpbs dram between the parcentage compmitim by weigbt sad tbt specific diamagnetic ausceptibilitiw, giva &might lines in dl tbe a h cam, showing that the additive law is obeyed to within half pr eent., thia being the maximum percentage error in onr experiments. The sipifi- aanm of theso results is discassed in the light of K-my aattering by liquid mixtnrm, The nubject of diamagnetism in mlation fn molwuZar struoture has been fully emphasised in a lecbure by Sir C. V: Ramm before the Physical Sooietp, London. Prof. Bbatna- garP has also shown the importance of a atudp of the 1 Bir C, V. hmno : Pm. Phr. W., 0, IIW)). I 8, 8# Btatnrgnr and adlrhoerh : l'L11. Mag.. 8, 5.% (1.vP' ; 6. 917 nm); lol llgao),

The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform

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Page 1: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform

The Diamagnetism of Liquid M'itures

Djb, 6. R A M A ~ ~ A N D R A RAO AKD G. SIVARAMA~~UISHHAN, Annamalai University.

(Received for pu blicotion, 24th Novm her, 19311

The diamagnetic susceptibiliv values of binary liquid mixtures hnve been experimentally determined for tho following eight m - b s n z e n e and carbon disulpbide, benzene and nitrobenzene, benzene and carbon tetraobloride, benzene and hexnne, benzene and cblorobenzeae, hema and chlorobenzene, hexane and nitrobenzene end acetone and chloroform. Gmpbs dram between the parcentage compmitim by weigbt sad tbt specific diamagnetic ausceptibilitiw, giva &might lines in dl tbe a h cam, showing that the additive law is obeyed to within half pr eent., thia being the maximum percentage error in onr experiments. The sipifi- aanm of theso results is discassed in the light of K-my aattering by liquid mixtnrm,

The nubject of diamagnetism in mlation fn molwuZar struoture has been fully emphasised in a lecbure by Sir C. V: Ramm before the Physical Sooietp, London. Prof. Bbatna- garP has also shown the importance of a atudp of the

1 Bir C, V. h m n o : Pm. Phr. W., 0, IIW)). I 8, 8# Btatnrgnr and adlrhoerh : l'L11. Mag.. 8, 5.% (1.vP' ; 6. 917 nm);

lol llgao),

Page 2: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 3: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 4: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 5: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 6: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 7: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 8: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 9: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 10: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 11: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 12: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 13: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 14: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 15: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 16: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 17: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform
Page 18: The Liquid - CORE · the Quincke method, the surface of the liquid column in the capillary tube being photographed with and without the magnetic field. He found for the acetone-chloroform