Zero - gradient planar heater for Mossbauer effect experiments
Zero - gradient planar heater for Mossbauer effect experiments
V.A. Golovninj, S.M. Irkaev, and R.N. Kuz'min
Nonlinear thermal rotation of the polarization plane of laser radiation
Nonlinear thermal rotation of the polarization plane of laser radiation
S.I. Ryzhakova, and I.V. Tomov
New applications of the metallurgical synthesis of Mossbauer sources
New applications of the metallurgical synthesis of Mossbauer sources
S.K. Godovikov and R.N. Kuz'min
Parametron phasemeter
Parametron phasemeter
V.P. Komolov, V.Yu . Maslov, and I.T. Trofimenko
Relation between spherical and ellipsoidal functions in connection with the earth's gravitational field
Relation between spherical and ellipsoidal functions in connection with the earth's gravitational field
L.A. Savrov and M.U. Sagitov
Use of the root - trajectory method for equations having a quadratic free parameter to study nonidentical two - dimensional automatic - control systems
Use of the root - trajectory method for equations having a quadratic free parameter to study nonidentical two - dimensional automatic - control systems
В.B. Bukhovtsev and V.V. Lyalin
Possible linear modulation of light based on the Franz - Keldysh effect
Possible linear modulation of light based on the Franz - Keldysh effect
A.Ya. Goykhman and V.N. Kalinin
Structure of catho de sputtered thin films
Structure of catho de sputtered thin films
A.I. Krokhina, V.S. Azarov, and L. Ettemadi
Measuring the parameters of ultrashort electrical pulses by an integral method based on the Franz-Keldysh effect
Measuring the parameters of ultrashort electrical pulses by an integral method based on the Franz-Keldysh effect
A.Ya. Goykhman, M.I. Gryaznov, and V.N. Kalinin
Magnetic-anisotropy constant due to Ni^{2+} ions in a tetrahedral sublattice
Magnetic-anisotropy constant due to Ni^{2+} ions in a tetrahedral sublattice
V.L. Ivanikov, A.I. Kashlinskii, N.Z. Miryasov, and V.A. Semkina
A ferromagnetic-resonance study was made of the magnetic-anisotropy constant of the polycrystal ferrite spinels CoxNi0_s_r/2 Cu0ib_xl2 Fe204 (x = 0.00, 0.02, 0.04, 0.06 and 0,08). Quenching from a high temperature (950°C) leads to an increase in the positive constant К due to the transfer of arelatively small number of A ferromagnetic-resonance study was made of the magnetic-anisotropy constant of the polycrystal ferrite spinels CoxNi(0,5—x/2) Сu(0,5—x/2) Fe2O4(х=0,00; 0,02; 0,04; 0,06; 0,08). Quenching from a high temperature (950°C) leads to an increase in the positive constant К due to the transfer of arelatively small number of Ni^{2+}ions to the tetrahedral sublattice. The results agree with the data of Pointon, who studied the effect for nickel ferrites containing a slight amount of Co. ions to the tetrahedral sublattice. The results agree with the data of Pointon, who studied the effect for nickel ferrites containing a slight amount of Co.
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