英语词汇“austenite”造句的方法、技巧、例句及翻译-英语例句辞典

In order to produce quick and intense carburization the iron should preferably be above its upper critical temperature or 1,600°F.,—therefore the carbon absorbed immediately goes into austenite, or solid solution. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

He is then able to pick out its component minerals, ferrite, austenite, martensite, pearlite, graphite, cementite, and to show how their abundance, shape and arrangement contribute to the strength or weakness of the specimen. Creative Chemistry Descriptive of Recent Achievements in the Chemical Industries

If a piece of steel could be cooled instantly, doubtless austenite could be preserved and examined. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

In the most quickly quenched high carbon steels, austenite commonly forms the ground mass which is interspersed with martensite, a large field of which is illustrated in Fig. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

The structure is then austenite and the air-cooled structure of this steel is martensite. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

The growth is continually destroyed by the hammering, which should consequently be continued down to the upper critical temperature when the austenite crystals break up into ferrite and cementite. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

Page 65 As the steel is heated above the critical temperature the size of the austenite crystals tends to grow rapidly. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

The size of the final grains will be much smaller and hence a more uniform structure will result if the "mother" austenite was also fine grained. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

Therefore this steel has to be heated and very rapidly cooled to obtain the ductile austenite structure. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

Any of these operations not only allows the transformations from austenite to pearlite to proceed, but also relieves internal stresses in the steel. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

It may be said immediately that above the upper critical the carbon exists in the iron as a "solid solution," called "austenite" by metallographers. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

However, if the heating has gone above the critical very far, the austenite crystals start to grow; a very short time at an extreme temperature will cause a large grain growth. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

At that moment, in fact, the ferrite, cementite or Page 110 pearlite which previously existed has lost its identity by everything going into the solid solution called austenite. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

Subsequent cooling gives a coarse texture, or an arrangement of ferrite, cementite and pearlite grains which is greatly coarsened, reflecting the condition of the austenite crystals from which they were born. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel

单词	austenite
例句	austenite In order to produce quick and intense carburization the iron should preferably be above its upper critical temperature or 1,600°F.,—therefore the carbon absorbed immediately goes into austenite, or solid solution. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel He is then able to pick out its component minerals, ferrite, austenite, martensite, pearlite, graphite, cementite, and to show how their abundance, shape and arrangement contribute to the strength or weakness of the specimen. Creative Chemistry Descriptive of Recent Achievements in the Chemical Industries If a piece of steel could be cooled instantly, doubtless austenite could be preserved and examined. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel In the most quickly quenched high carbon steels, austenite commonly forms the ground mass which is interspersed with martensite, a large field of which is illustrated in Fig. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel The structure is then austenite and the air-cooled structure of this steel is martensite. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel The growth is continually destroyed by the hammering, which should consequently be continued down to the upper critical temperature when the austenite crystals break up into ferrite and cementite. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel Page 65 As the steel is heated above the critical temperature the size of the austenite crystals tends to grow rapidly. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel The size of the final grains will be much smaller and hence a more uniform structure will result if the "mother" austenite was also fine grained. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel Therefore this steel has to be heated and very rapidly cooled to obtain the ductile austenite structure. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel Any of these operations not only allows the transformations from austenite to pearlite to proceed, but also relieves internal stresses in the steel. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel It may be said immediately that above the upper critical the carbon exists in the iron as a "solid solution," called "austenite" by metallographers. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel However, if the heating has gone above the critical very far, the austenite crystals start to grow; a very short time at an extreme temperature will cause a large grain growth. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel At that moment, in fact, the ferrite, cementite or Page 110 pearlite which previously existed has lost its identity by everything going into the solid solution called austenite. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel Subsequent cooling gives a coarse texture, or an arrangement of ferrite, cementite and pearlite grains which is greatly coarsened, reflecting the condition of the austenite crystals from which they were born. The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel
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