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lath martensite     
相关语句
  板条马氏体
     Effect of lath martensite on toughness in overheated zone of 10Ni5CrMoV and 12Ni2CrMoVA steels
     10Ni5CrMoV和12Ni2CrMoVA过热区板条马氏体对韧性的影响
短句来源
     Results showed that complete lath martensite and excellent strength-toughness of steel DT300 were obtained by 860-920℃1 h oil cooling + 300℃2 h tempering. The mechanical properties of heat treated steel were Rm 1 860 MPa, Rp0.2 1 500 MPa, A 12% and AKU2 58 J.
     结果表明,DT300钢经860-920℃1 h油淬+300℃2 h回火可获得较完全的板条马氏体和优良的强韧性(Rm 1 860 MPa,Rp0.2 1 500 MPa,A 12%,AKU2 58 J)。
短句来源
     The results showed that the structure of quenched steel 3Cr17Mo was lath martensite + ferrite +(Fe,Cr)_(23)C_6 carbide and with quenching at(1()000)~(1()060) ℃ then tempering at 260~300 ℃ or 550~600 ℃ the steel had excellent comprehensive mechanical properties.
     结果表明,3Cr17Mo钢的淬火组织为板条马氏体+铁素体+(Fe,Cr)23C6碳化物; 经1 000~1 060℃淬火、260~300℃或550~600℃回火后,3Cr17Mo钢具有良好的综合力学性能。
短句来源
     The metallographic studies have indicated that the bonding phase of the WC-13%Fe/Co/Ni alloy with addition of small A1 is mainly of γ phase and lath martensite with partial existense of α+ (Fe,Me)_3C lamellar structure.
     金相研究表明,添加A1的WC-13%Fe/Co/Ni合金中的粘结相主要是γ相和板条马氏体,局部有α+(F,Me)_3C的片层状组织存在。
短句来源
     The ZG30CrMn2Si2NiMo with microstructure of lath martensite, bainite ferrite and retained austenite has better mechanical properties.
     ZG30CrMn2Si2NiMo获得板条马氏体、贝氏体型铁素体和残余奥氏体组织时,具有良好的力学性能。
短句来源
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  马氏体板条
     The results indicate that the low-carbon lath martensite and retained-auslenite films stably existed between the martensitic laths,was obtained of the steel quenching at 1000℃. The steel also shows very high strength of σs = 1257. 7MPa,σb= 1382. 8MPa and good plasticity of δ5 = 13. 9% without tempering process.
     结果表明,该钢锻造后经 1000℃高温淬水处理能够获得低碳板条马氏体组织以及位于马氏体板条之间的少量稳定残留奥氏体薄膜,不需回火处理就具有较高的强度(σs=1257.7MPa,σb=1382.8MPa)和良好的塑性(δ5=13.9%)。
短句来源
     The results showed that there was the matrix of lath martensite and the nano-metric precipitates of ε-Cu and secondary carbide, M23C6, after the type alloy subjected to solution treatment and temper treatment.
     结果表明:在沉淀硬化回火处理后,在典型的板条马氏体基体中弥散分布着大量的纳米级的ε-Cu颗粒,二次碳化物M23C6沿马氏体板条束界析出。
短句来源
     Although the steel tempered at 482℃ has higher strength,the formation of the reverted austenite film along the boundaries of lath martensite makes steel possess higher resistance of hydrogen embrittlement.
     482℃回火,虽然强度较高,组织中存在的沿马氏体板条边界以薄膜状分布的逆转奥氏体,使钢在此温度回火具有较高的氢脆抗力。
短句来源
     At high temperature and low strain rate,the lath martensite reorientates to the loading direction.
     当试验温度较高且应变率较低时,伴随有马氏体板条向拉伸方向偏转的细观特征.
短句来源
     In addition , transformation twin was found both in RCR&DQ and CR&DQ , which formed due to carbon segregation during rolling and direct quenching, was possible helpful to strengthen. Residual austenite film between lath martensite in RCR&DQ-T and CR&DQ-T is more than RQ&T.
     RCR&DQ-T及CR&DQ—T板条间残余奥氏体的量多于RQ&T,两者韧性的改善可能与马氏体板条间残余奥氏体薄膜数量的增加有关,马氏体转变开始温度Ms的降低会引起直接淬火钢中残余奥氏体的增加,而在奥氏体未再结晶区变形又导致了Ms的降低。
短句来源
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  板条状马氏体
     The martensitic shape in 0.2~ 1.5%C Fe—C alloy was studied. It was discovered applying quenching to 0.2~0.7%C Fe—C alloy transformated lath martensite, butterfly martensite as carbon centent range from 0.7—1.4 %C, Lenticular martensite as carbon centent exceeded 1.5%C.
     研究了0.2~1.5%C的Fe—C合金中马氏体的形态,发现:0.2~0.7%C的Fe—C合金淬火后得板条状马氏体,0.7~1.4%C的马氏体是蝶状的,1.5%C以上的Fe—C合金淬火得透镜片状马氏体。
短句来源
     FEATURES OF LATH LOWER BAINITE AND LATH MARTENSITE IN STEEL T10
     T10钢的板条状下贝氏体、板条状马氏体特征
短句来源
     By the optimal heat treatment process, lath martensite and reversal austenite are gained for the material with 8.34% chromium, the mechanical properties for the materials with 8.34% chromium and 10.61% chromium all corresponds with 13-4 standard and better mechanical properties are obtained.
     在优化的热处理工艺下,材料(8 34%Cr)的组织为板条状马氏体和逆变奥氏体,含8 34%Cr和10 61%Cr两种材料的各项力学性能均符合13 4标准要求,获得了较高的综合力学性能。
短句来源
     This paper presents a research result on the relationships between content of δ-ferrite,transformation temperature and amount of martensite,formation of lath martensite and ε-martensite,and proces ses of heat-treatment in stainless steel PH15-7Mo by the methods of quantitative metallography analysis and heat expansion.
     本文用定量金相法和膨胀法研究了 PH15~7Mo 钢中,δ铁素体含量,马氏体转变温度和转变量,板条状马氏体和ε马氏体的生成与热处理制度的关系。
短句来源
     The microstructure change in quenched steel,caused by the decreasing of carbon content,was detected through metallographic observation. The new low carbon spring steel 35Si2CrVB after quenching is composed of almost lath martensite with high dislocation density and only a little plaste martensite with twins structure.
     显微组织观察发现 ,由于 35 Si2 Cr VB钢的含碳量降低 ,其淬火组织发生了变化 ,几乎全是具有高位错密度的板条状马氏体 ,而只有极少量孪晶结构的片状马氏体
短句来源
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  条状马氏体
     The tensile strength of cast iron with a matrix of lath martensite is 142 kg·f mm~(-2), α_k =3.2 to 3.4 kg·m·cm~(-2) and torsion angle 54°.
     条状马氏体球铁抗拉强度达1420 MN-m~(-2),α_k=3.2~3.4 kgf·m/cm~2,扭转角达54°;
短句来源
     The martensitic shape in 0.2~ 1.5%C Fe—C alloy was studied. It was discovered applying quenching to 0.2~0.7%C Fe—C alloy transformated lath martensite, butterfly martensite as carbon centent range from 0.7—1.4 %C, Lenticular martensite as carbon centent exceeded 1.5%C.
     研究了0.2~1.5%C的Fe—C合金中马氏体的形态,发现:0.2~0.7%C的Fe—C合金淬火后得板条状马氏体,0.7~1.4%C的马氏体是蝶状的,1.5%C以上的Fe—C合金淬火得透镜片状马氏体。
短句来源
     FEATURES OF LATH LOWER BAINITE AND LATH MARTENSITE IN STEEL T10
     T10钢的板条状下贝氏体、板条状马氏体特征
短句来源
     TEM observation revealed that the quenched structure in a 0.12C-low Ni-Cr steel mainly contains lath martensite and interlath retained austenite, and also twin martensite.
     经过透射电镜观察,0.12C-低Ni-Cr钢的淬火组织主要为条状马氏体及条间残余奥氏体,也存在挛晶马氏体。
短句来源
     By the optimal heat treatment process, lath martensite and reversal austenite are gained for the material with 8.34% chromium, the mechanical properties for the materials with 8.34% chromium and 10.61% chromium all corresponds with 13-4 standard and better mechanical properties are obtained.
     在优化的热处理工艺下,材料(8 34%Cr)的组织为板条状马氏体和逆变奥氏体,含8 34%Cr和10 61%Cr两种材料的各项力学性能均符合13 4标准要求,获得了较高的综合力学性能。
短句来源
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  lath martensite
The results show that the new alloy containing 0.2 wt.% carbon, 9 wt.% chromium, and 2 wt.% nickel is consisted of lath martensite entirely, and is more than two times superior to Mn13 cast steel in impact-corrosion-abrasion resistance.
      
The 5 wt pct Ti alloy was found to be predominantly dislocated lath martensite while the 10 wt pct Ti alloy showed mainly a twinned plate morphology.
      
At these temperatures, acicular ferrite (AF) and lath martensite (LM) phases are formed.
      
Lath martensite did not undergo deformation and in both microstructural conditions dislocation cell structures were not observed in the ferrite or bainite regions.
      
Lath martensite content was higher in the F-B-M(R)TSCA condition than in the F-B-M(R)TSCA condition.
      
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