調質處理；淬火及回火
Heat treatment shall consist of normalizing normalizing and tempering or quenching and tempering .
熱處理包括正火、正火和回火或者淬火和回火。
Its CCT curve was determined by test. The influence of quenching and tempering temperature on the mechanical properties was also stu***d.
試驗測定了該鋼的CCT曲線，探讨了淬火和回火加熱溫度對該鋼力學性能的影響。
The main results of our research show that we have obtained the structure of metal in line with that of ancient Chinese bronze mirrors by quenching and tempering.
其主要收獲是：使用淬火、回火的方式獲得了與古鏡基本一緻的組織，從而證實了我國古鏡進行過熱處理；
It claims that chief methods of steel strengthening and toughening includes intercritical hardening, control cooling heat tredrient, and quenching and tempering.
認為主要的強韌化途徑有：亞溫淬火、控制冷卻以及調質處理。
Overall heat treatment of steel includes annealing, normalizing, quenching and tempering .
鋼鐵整體熱處理大緻有退火、正火、淬火和回火四種基本工藝。
A new non-quenching and tempering steel with granular bainite has been developed by proper microalloying and optimized process of steel-****** and rolling.
采用合適的合金化設計方案、優化冶煉和軋制工藝，研制了一種組織為粒狀貝氏體的非調質鋼。
Quenching and tempering heat treatment process for raw materials, temperature control, controlled atmosphere furnace, quenching medium, such as strict requirements.
調質熱處理工藝對原材料、爐溫控制、爐内氣氛控制、淬火介質等都有嚴格的要求。
In the study on HSLA80 steel the direct quenching and tempering (DQT) process was compared with conventional reheating quenching and tempering (RQT) process.
對一種HSLA80鋼闆分别進行了調質處理和直接淬火加回火工藝的比較性試驗研究。
The influences of quenching and tempering temperature on microstructure and mechanical properties of medium-carbon-low-alloy wear-resistant cast steel were investigated.
研究了淬火和回火溫度對中碳低合金耐磨鑄鋼組織和力學性能的影響。
Different process of quenching and tempering affects the thermal fatigue resistance and hardness variable trend of the material.
不同的淬火回火工藝影響材料的熱疲勞抗力和在熱循環中的硬度變化趨勢；
An Analysis on Fatigue Fracture of Oil-Suck-Rod of Non- Quenching and Tempering Steel;
采用掃描電鏡等手段分析了斷裂活塞，結果表明活塞斷裂的性質屬于疲勞斷裂。
The quenching and tempering for large steel plate is a intractable problem as the large quenching distortion and difficult to control.
大型鋼闆調質是熱處理行業中多年來難以控制變形、淬火變形大、十分棘手的難題之一。
The principle for the oil-quenching and tempering technology of two high chromium martensitic stainless steels is introduced.
介紹兩種高鉻馬氏體不鏽鋼的油淬火回火工藝原理；
Improved quenching and tempering processes were established.
根據其失效形式确定新的淬火、回火工藝。
Die head material and processing:Use high-quality steel, after quenching and tempering, grinding the inside surface of the polished mirror surface plating treatment;
模頭材質及加工：選用優質鋼材，經調質處理，研磨内側表面，抛光鏡面電鍍處理；電鍍。
The results show that X80 pipeline steel obtains sorbite after quenching and tempering, gets pearlite by normalizing.
結果表明：X80鋼經調質處理後得到索氏體，正火得到珠光體。
The cyclic strain low cycle fatigue and cyclic stress ratcheting failure of 45 carbon steel treated by quenching and tempering were experimentally investigated.
對調質處理的45碳索結構鋼進行了應變循環低周疲勞實驗以及應力控制棘輪失效實驗。
The production line used by the heat treatment process are: quenching and tempering of the two.
該生産線所使用的熱處理工藝有：淬火和回火兩種工藝。
After quenching and tempering for general use, to adapt to different needs, the steel after quenching can be for low or high temperature tempering.
焊接性差，焊前應預熱。一般滲碳及淬火後使用，也可以調質後使用。
The test results show that the surface of H13 steel can obtain the optimum performance at temperature of complete annealing, quenching and tempering.
試驗結果表明H13鋼在最佳完全退火溫度、淬火溫度、回火溫度下可得到最優綜合性能。
Heat treatment of steel as a whole generally are annealing, normalizing, quenching and tempering are four basic processes.
鋼鐵整體熱處理大緻有退火、正火、淬火和回火四種基本工藝。
Two important points are to be noted in connection with the quenching and tempering of steel.
關于鋼的淬火和回火有兩個要點需要注意。
Immediate quenching and tempering process of steel T10 after low temperature salt bath chromizing was stu***d.
研究了T10鋼在低溫鹽浴滲鉻後直接淬火并回火工藝。
The results show that the best quenching temperature is 850 ℃, the hardness is not significantly changed(50~53 HRC)through different quenching and tempering temperature.
結果表明，試驗鋼的最佳淬火溫度為850℃，試驗鋼經不同溫度淬火、低溫回火後，鋼的硬度變化并不顯著，在50~53HRC之間；
In additions the paper qualitatively analyses the influence of residual stresses occurring after quenching and tempering and the process of heat treatment on the formation of the cracks.
此外，還定性分析了淬火、回火後殘餘應力的性質及熱處理工藝過程對裂紋形成的影響。
|hardening and tempering/thermal refining;調質處理；淬火及回火
quenching and tempering 是金屬熱處理中的兩個關鍵工藝，通常結合使用以改善材料的綜合性能。以下是詳細解釋：
将兩者結合（quenching and tempering）稱為調質處理，主要應用于中碳鋼或合金鋼，以實現：
調質處理廣泛用于機械制造、汽車工業、航空航天等領域，典型案例如：
如需更完整的工藝流程或參數，可參考材料科學相關教材或專業文獻（如、10的工業案例）。
淬火和回火是金屬加工中的兩個重要過程，用于調整材料的硬度和強度。在這篇文章中，我們将詳細解釋這兩個單詞的含義和用法。
淬火是一種通過快速冷卻來增強金屬硬度和強度的過程。這個過程通常用于鋼鐵制品，包括工具和機械零件。淬火的目的是使金屬達到其最大硬度，并且産生均勻的組織結構，這有助于提高其強度和耐用性。下面是一些例句：
淬火的近義詞包括淬煉、淬水、淬硬等。相反地，退火是淬火的反義詞，它是一種通過加熱金屬并緩慢冷卻來減少其硬度和強度的過程。
回火是一種通過加熱已經淬火的鋼鐵制品，然後将其緩慢冷卻來減輕其硬度和脆性的過程。回火的目的是提高材料的韌性和強度，并減少其容易斷裂的可能性。下面是一些例句：
回火的近義詞包括調質、熱處理等。相反地，淬火是回火的反義詞。
在金屬加工中，淬火和回火是非常重要的過程，可以幫助調整材料的硬度和強度，使其更加適合各種不同的用途。希望這篇文章對您有所幫助！
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