MICROWAVE MAGNETIC RESONANCE ABSORPTION IN A NICKEL SALT NEAR 1.25 CM

[1] BAGGULEY, 1948, P PHYS SOC LONDON, V61, P551

[2] Magnetic rotary power of hexahydrated nickel fluosilicate in the direction of the optical axis. Thermic variations up to temperatures of liquid helium [J]. PHYSICA, 1939, 6 : 1034 - 1038

[3] Paramagnetic rotary power and magnetization of hexahydrated nickel fluosilicate in the direction of the optical axis. The crystalline field [J]. PHYSICA, 1939, 6 : 1039 - 1056

[4] Influence of crystalline fields on the susceptibilities of salts of paramagnetic ions. II. The iron group, especially Ni, Cr and Co [J]. PHYSICAL REVIEW, 1932, 42 (05): : 0666 - 0686

[1] BAGGULEY, 1948, P PHYS SOC LONDON, V61, P551

[2] Magnetic rotary power of hexahydrated nickel fluosilicate in the direction of the optical axis. Thermic variations up to temperatures of liquid helium [J]. PHYSICA, 1939, 6 : 1034 - 1038

[3] Paramagnetic rotary power and magnetization of hexahydrated nickel fluosilicate in the direction of the optical axis. The crystalline field [J]. PHYSICA, 1939, 6 : 1039 - 1056

[4] Influence of crystalline fields on the susceptibilities of salts of paramagnetic ions. II. The iron group, especially Ni, Cr and Co [J]. PHYSICAL REVIEW, 1932, 42 (05): : 0666 - 0686