Citation: Gv. Bida et al., A statistical model of the relationship of the electromagnetic properties and hardness of carbon and low-alloy steels with tempering temperature withtheir chemical composition taken into account 1. Coercive force and hardness, RUSS J NOND, 34(9), 1998, pp. 669-676
Citation: Bn. Filippov et al., Simulation of the magnetic conditions in a ferromagnetic rod magnetized ina straight-through transducer, RUSS J NOND, 34(7), 1998, pp. 514-522
Authors:
Gorkunov, ES
Dragoshanskii, YN
Rodionova, SS
Citation: Es. Gorkunov et al., Effect of the structure of steels on remagnetizing processes in weak and strong magnetic fields and solution of the problems of magnification structurescopy of components made of these steels, RUSS J NOND, 34(6), 1998, pp. 424-438
Citation: Ss. Rodionova et al., Physical and mechanical properties of steel 10GNA after strain and heat hardening, RUSS J NOND, 34(6), 1998, pp. 439-447
Authors:
Makarov, AV
Kogan, LK
Gorkunov, ES
Korshunov, LG
Atangulova, LV
Citation: Av. Makarov et al., An estimate of the abrasive wear resistance of low-alloy instrument steelsby magnetic and electromagnetic methods, RUSS J NOND, 34(5), 1998, pp. 305-312
Authors:
Nichipuruk, AP
Gorkunov, ES
Gavrilova, LD
Atangulova, LV
Degtyarev, MV
Kamenetskii, BI
Davydova, LS
Chashchukhina, TI
Voronova, LM
Citation: Ap. Nichipuruk et al., Magnetic and magnetoelastic properties of steel 30KhGSA after combination cold working and heat treatment, RUSS J NOND, 34(4), 1998, pp. 273-279
Citation: Ai. Ul'Yanov et al., Measurement of the induction of products using magnetic devices that eliminate the gap effect, RUSS J NOND, 34(10), 1998, pp. 712-716