austenite
美 ['?st??nɑ?t] 
英 ['?:st??nɑ?t]
英漢解釋
英英解釋
例句
The change in austenite grain size of a steel with low sensitivity to weld crack was investigated via high-temperature quenching test.
通過高溫淬火試驗觀察試驗鋼奧氏體晶粒尺寸的變化情況。
The equilibrium solubility of AlN in austenite at different temperatures and its isothermal precipitation have been studied.
我們已經研究過在不同溫度的奧氏體氮化鋁的溶解度以及等溫過程的沉淀物。
The establishment of the relationship would provide us a new judging rule used in researching creep damage of austenite steel from the . . .
這一關系的確立，為從微觀角度研究奧氏體鋼的蠕變損傷提供了一種判斷依據。
The microstructure and mechanical properties of two high manganese austenite steels during tensile tests at room temperature were studied.
研究了兩種不同錳含量的高錳奧氏體鋼在室溫拉伸變形過程中力學性能和組織的變化。
As the result of strengthening of the matrix of nickel austenite nodular iron, not only . . .
鎳奧氏體球墨鑄鐵的基體得到強化不僅使其耐蝕性能穩定，而且綜合性能也得到提高。
The inheritance and aberrance of the mixed original austenite grains are significantly affected by the following temperature parameters.
后續的溫度工藝參數只是影響原始奧氏體混晶的遺傳或變異。
The existence of intragranular ferrite can refine austenite grains and enhance the strength and toughness of the steel.
通過晶內鐵素體的析出細化了晶粒，提高了鋼的強度與韌性。
Spheroidal austenite and acicular austenite can be seen during the austenitizing courses at low speed.
慢速加熱奧氏體化過程中，觀察到球狀奧氏體和針狀奧氏體。
As can be seen from the phase chart analysis, the solid solution degree in austenite falls sharply with the descending temperature.
通過相圖分析可知，奧氏體中的硫的固溶度隨著溫度急劇降低。
The different types of austenite in gray iron present different behaviours during the breaking process of the material.
灰鑄鐵中不同類型的奧氏體枝晶在材料斷裂過程中具有不同行為。
These fine precipitates restrain the growth of recrystallized austenite grains, which significantly affect the final microstructure.
這些細小的析出相抑制了再結晶奧氏體晶粒的增長，從而影響了最終金相組織。
The affecting rule of alloy elements on the amounts of retained austenite in austempering transformation was also studied.
還探討了合金元素對等溫轉變過程中殘留奧氏體量的影響規律。
The valence electron structures of the graphite, alloying austenite, alloying cementite in cast iron phases are researched.
研究并計算了鑄鐵相石墨、合金奧氏體、合金滲碳體的價電子結構。
Retained austenite reduction and carbide precipitations in the martensite are anticipated by the tempering process.
減少殘余奧氏體和馬氏體碳化物的降水預計的回火工藝。
The influence of isothermally -quenching temperature on the retained austenite in ADI and mechanical properties of ADI was investigated.
研究了等溫淬火溫度對等淬球鐵中殘余奧氏體及其力學性能的影響。
These precipitates inhibit austenite grain growth by pinning grain boundaries leading to refining of austenite and hence ferrite grains.
這些析出的氮化鋁抑通過限定邊界來制奧氏體的增長，從而細化奧氏體晶粒和和鐵素體晶粒。
NEW AUSTENITE-BAINITE STEEL WITH NODULAR EUTECTICS AND ITS IMPACT ABRASIVE WEAR RESISTANCE?
新型團球狀共晶體奧氏體貝氏體鋼及其抗沖擊磨料磨損特性？
The results exhibited that activated energy of austenite grain growth was significantly various at different temperatures.
結果表明，不同溫度奧氏體晶粒長大激活能具有明顯的差異。
Melting Residual Stress is the main factor Causing Stress erosion damage on Austenite Rustless Steel's Structures.
焊接殘余應力是奧氏體不銹鋼發生應力腐蝕破壞的重要因素。
the HAZ was martensite and a small amount of residual austenite.
熱影響區為馬氏體組織和少量殘余奧氏體。
The retained austenite is unstable, and will transform into martensite under certain plastic deformation conditions.
這種殘余奧氏體穩定性較差，在一定的塑性變形量下，會向較穩定的馬氏體轉變。
This initial austenite grain size of slab plays an important role for controlling the final microstructure of the strip.
這個初始奧氏體晶粒尺寸對最終鋼帶的金相組織控制有重要作用。
The dimensional stability of the steel is due to the control of the content of residual austenite.
尺寸穩定性的效果主要是殘余奧氏體量的控制。
The hydrogen induced ductility loss decreased with increase of the amount of reverse austenite in the steel.
塑性損減率隨鋼中逆變奧氏體的增加而降低。
The microstructure of the weld bonds is a combination of martensite, lower bainite and retained austenite.
焊接熔合區組織為馬氏體+下貝氏體+殘余奧氏體；
The influences of isothermal quenching temperature on the retained austenite and mechanical properties of ADI were studied.
研究了等溫淬火溫度對ADI中殘余奧氏體及其力學性能的影響。
With increasing tempering temperature, the retained austenite decreases.
回火溫度升高，其殘余奧氏體量逐漸減少。
With increasing quenching temperature, the retained austenite increases.
淬火溫度升高，高釩高速鋼的殘余奧氏體量逐漸升高；
And the retained austenite transforms into martensite fast at the preliminary state with the increase of strain rate.
另得出，應變率越高，初期殘余奧氏體向馬氏體轉變越快。
The influence of scrap steel addition amount on structures and properties of nickel austenite gray iron was investigated.
研究了廢鋼加入量對鎳奧氏體灰鑄鐵組織和性能的影響。
Except Co and Al, almost all alloying elements dissolved in austenite can improve the stability of supercooled austenite.
除鈷和鋁之外，除鈷和鋁之外，幾乎所有溶入奧氏體的合金元素都能增強過冷奧氏體的穩定性。的穩定性。
Synopsis This paper discusses the methods to measure the amount of retained austenite in high chromium cast iron.
對高鉻鑄鐵殘余奧氏體的幾種測定方法進行了比較。
The amount of residual austenite in high vanadium high speed steel was measured by ferromagnetism method.
采用鐵磁性法測定了高釩高速鋼中殘余奧氏體量。
Kinetics of austenite grain growth was analyzed by interrupt quenching at different temperatures.
通過不同溫度的中斷淬火實驗，研究奧氏體晶粒長大的動力學規律。
It demonstrates that the diffusion of Ni element is incomplete and leads to the austenite high in nickel.
結果表明，在常規燒結條件下鎳不能充分擴散，使組織中出現富鎳的奧氏體。
The residual stress existed in subsurface and the amount of residual austenite were tested using XRD technique.
利用X射線衍射技術測試鋼球亞表層的應力分布和殘余奧氏體含量。
The reason of temper brittleness belong with bainite ferrite and retain austenite decompose carbide.
500℃回火出現回火脆性，其原因與組織中的貝氏體、鐵素體及殘余奧氏體分解形成碳化物有關。
The micro structures change of super-high strength of austenite stainless still silk in multi-ply drawing were analysed.
分析了超高強度奧氏體不銹鋼絲在多道次拉拔過程中的組織變化。
Either coarse or column austenite grain can decrease the toughness of welding metal, and the ways to improve the toughness of wel. . .
奧氏體晶粒粗大及奧氏體柱狀晶都能夠降低焊縫的韌性，并提出了改善焊縫韌性的途徑。
The tempering process and the sub-zero treatment can control the amount of residual austenite effectively.
回火和深冷處理工藝可以有效地控制殘余奧氏體量。
