合金碳化物,alloy carbide
1)alloy carbide合金碳化物
1.The surface microstructure is fine needle-covered martensite and dispersed alloy carbides which result in high hardness.结果表明 ,激光淬火时 ,当表层区所需能量密度为 4 0J/mm2 时 ,表面硬度最高 ,组织为隐针马氏体和弥散分布的合金碳化物 ;过渡区由于发生托氏体转变 ,硬度明显下降。
2.The surface microstructure is fine cryptocrystalline martensite and alloy carbide which results in high hardness.结果表明 ,表面激光淬火时 ,当表层区所需能量为 30J/mm2 时 ,硬度值最高 ;表层组织为细小、隐晶马氏体和弥散分布大小不一的合金碳化物 ,硬度很高 ;过渡区由于托氏体的析出 ,硬度明显下降 ,这种显微组织使冲头耐磨性、抗冲击性都提高 ,也延长了其使用寿
3.In this paper, the relation between the type, quantity and distribution of alloy carbides precipitated during tempering and toughness of 21/4Cr1Mo steel is studied, and the toughening mechanism of 21/4Cr1Mo steel is discussed用相分析手段研究了214Cr-1Mo钢回火过程中合金碳化物类型、含量、分布等与韧性的关系,并对其韧化机制进行了探讨。
英文短句/例句

1.DISSOLVE AND AGE PRECIPITATION OF THE MICROALLOYED CARBIDE IN THE MICROALLOYED STEEL微合金钢中微合金碳化物的溶解与时效析出
2.The Study of Nucleation Entropy for the Refining Effectof Mg on Carbide in Cobalt-Base Alloy镁对钴基合金碳化物细化作用的形核熵研究
3.multiple carbide hard metal多元碳化物硬质合金
4.a compound containing metal combined with carbon monoxide.含有结合了一氧化碳的金属的化合物。
5."Carbide: Inorganic compound, any of a class of chemical compounds in which carbon is combined with a metal or semimetallic element. "碳化物: 碳与金属或半金属元素化合而成的一类化合物的总称。
6." Carbide: Inorganic compound, any of a class of chemical compounds in which carbon is combined with a metal or semimetallic element. "碳化物:碳与金属或半金属元素化合而成的一类化合物的总称。
7.Unique chemical properties of metal-carbon bonds in metal-carboranyl and metal-carboryne complexes碳硼烷和碳硼炔金属配合物中金属-碳键的化学性质
8.Carbide Precipitation in a Medium Carbon Low Alloy Steel Under a High Magnetic Field强磁场条件下中碳低合金钢中碳化物的析出
9.Dissolution Behavior of Nb,Ti Carbonitride Precipitates in Low Carbon Microalloyed Steel低碳微合金钢中Nb、Ti碳氮化物的回溶行为研究
10.Dissolution and precipitation of carbide in hot-rolled Inconel alloy 690热轧态Inconel690合金中碳化物的溶解和析出
11.Application of Phase Equilibrium Thermodynamic Method in Alloy Design for High Carbon Alloy Steel with Ultra Fine Carbides;相平衡热力学方法在超细碳化物高碳合金钢合金设计中的应用
12.pyrolytic carbon silicon carbide mixture热解碳 碳化硅混合物
13.Research on the Synthesis of Carbocycles Mediated by Transition Metal;过渡金属中介的碳环化合物合成反应研究
14.inorganic carbide (excl. calcium carbide and precide and precious metal carbides)无机碳化物(不包括碳化钙及贵金属碳化物)
15.carbide whisker reinforced meta碳化物晶须强化金属
16.EVOLUTION OF CARBIDE MORPHOLOGY PRECIPITATED AT GRAIN BOUNDARIES IN Ni-BASED ALLOY 690镍基690合金时效过程中晶界碳化物的形貌演化
17.Preparation for Carbide-Metal Composite Powders and Cermets by Direct Reduction and Carburization Process;直接还原碳化法制备碳化物—金属复合粉末及其材料
18.Synthesis, Characterization and Anticancer Activities of Carbohydrate Amines and Their Transition Metal Complexes;碳水化合物胺衍生物及其金属配合物的合成、表征及抗癌活性
相关短句/例句

carbide[英]['kɑ:baid][美]['kɑrba?d]合金碳化物
1.High Co-Ni alloy steel is a typical aging martensitic steel, and its superior performance can be achieved by precipitation of fine carbides during isothermal tempering.高 CoNi超高强度合金钢是典型的淬火回火马氏体钢,等温回火处理产生的针状合金碳化物沉淀即二次硬化反应使材料达到高的强韧性。
3)carbide alloy碳化物合金
4)carbide reinforced alloy碳化物强化合金
5)microalloy carbonitride微合金碳氮化物
1.According to the traditional nucleation-growth kinetics theory,with the estimation of relative parameters such as the transformation free energy and the interfacial energy,a relative quantitative theoretical calculation method for the PTT(precipitation amounttemperature-time) curve of microalloy carbonitride precipitated in ferrite is proposed.根据经典形核长大动力学理论,分析解决了包括相变化学自由能、界面能、形核沉淀方式等一系列相关参量的理论计算或理论处理问题,由此提出了微合金钢中微合金碳氮化物在铁素体基体中沉淀析出的PTT曲线(沉淀量-温度-时间曲线)的相对定量理论计算方法。
2.The theoretical formula for the composition of the binary microalloy carbonitride and the solubility of related elements in austcnite were deduced according to the thermodynamic theory,thereby the effects of steel com- position on the carbonitride composition have been discussed and some in- structive conclusions have been obtained.采用热力学计算方法推导出二元微合金碳氮化物的化学组成及有关元素在奥氏体中的固溶度的理论计算式,由此从理论上深入分析讨论了钢材化学成分对二元微合金碳氮化物化学组成的影响规律并导出一些重要的结论。
6)carbide/steel matrix alloy碳化物/钢基合金
延伸阅读

碳化钛-碳化钽-钴硬质合金分子式:CAS号:性质:又称碳化钽(碳化铌)硬质合金。其组成中通常含碳化钛TiC5%~15%、碳化钽2%~10%、钴5%~15%。钽与铌性质十分相近。这类合金与碳化钨-钴系、碳化钨-碳化钛-钴系合金相比,具有更好的高温抗氧化性和抗热震性。可用于制造优质刀具(加工不锈钢)和多种金属材料,显示出更长的使用寿命。