(1) Induction furnace, electric arc furnace, melting steel and iron.

(2) We have 100 KGS, 300 KGS, 800 KGS induction furnace as melting equipment.

(3) Via vacuum induction furnace and metallographical analysis, the effects of RE on the grain size of the austenite and distance of the pearlite laminae of high-carbon steel for heavy rail were studied.

(4) The hydraulics for a new developed vertical vacuum induction furnace is introduced, including its principle, working program, structure, features.

(5) Using a high frequency induction furnace, the effects of brazing temperature ( T ), brazing time ( t ) and cooling speed ( v ) on microstructure and property of white cast iron have been studied.

(6) The lifetime of liner in Industrial frequency coreless induction furnace has a direct effect on safety operation and production.

(7) Without converter single phase load of coreless induction furnace connects directly network supply resulting in damage to 3 phase centre fed of network supply or serious unbalance of system.

(8) The progress of cupola and induction furnace melting techniques of cast iron in Japan was introduced.

(9) The medium - frequency induction furnace melting process of the synthetic as - cast ferrite nodular cast iron was described.

(10) The cupola - induction furnace duplex melting process can be used to increase the inoculation effect.

(11) When melting cast iron for rollers in main frequency induction furnace( ), the recarburization of the molten iron could be effectively achieved by using new types of recarburizer .

(12) A new type of ramming drier material and its working situation of medium frequency coreless induction furnace for melting aluminum are stated.

(13) The article introduces the composition lining of the mains frequency coreless induction furnace with short coils.

(14) The thesis introduces the technological characteristic and working principles of twin room electromagnetic induction furnace.

(15) This paper analyses the main factors that affect energy consumption in coreless induction furnace, and suggests the main measures for reducing the energy consumption.

(16) The application of CaO crucible in high temperature smelting alloy in vacuum induction furnace was introduced.

(17) The specimen was heated and burnt in oxygen fluid in high-frequency induction furnace. Carbon in specimen was transformed into carbon dioxide, and then determined by infrared absorption method.

(18) The specimen was heated and burnt in oxygen fluid in high-frequency induction furnace.

(19) In the meantime, the suitable controling method of melting cast iron induction furnace were also presented.