Carbonic Acid, Carbonates and Carbides.
碳酸，碳酸盐，碳化物。
Lamellar carbides are not formed during aging process.
层状碳化物不是时效过程中的产物。
The plastic deformation can occur in the eutectic carbides too.
共晶碳化物在落球冲击下也能发生一定的塑性变形。
The recrystallization of DZ40M alloy was also influenced by the carbides.
DZ40 M合金中的碳化物是影响合金再结晶行为的重要因素。
The action of the residual carbides during the spheroidizing annealing was discussed.
讨论了残留碳化物在球化过程中的作用。
Only strip austenite substructure and stacking fault were observed around the carbides.
在碳化物颗粒附近只观察到奥氏体变体和层错。
In recent years, appended Inhibitors in ultra fine cemented carbides are studied at home and abroad.
近几年以来国内外对超细硬质合金中添加抑制剂进行了大量的研究。
All these changes are due to the change of carbide morphology and precipitation of granular carbides.
这些变化是由于碳化物形状的改变和粒状碳化物的析出所致。
The results showed that re have strong effect on the quantity, morphology and distribution of carbides.
结果表明，稀土强烈影响碳化物的数量、形态和分布。
This paper deals with the granular carbides formation from hot deformation in high chromium cast steel.
本文探讨了热变形高铬铸钢中颗粒状碳化物的形成。
When the transition metal content increases, the carbon cage can break up and metal carbides are formed.
当金属含量较高时，这种碳笼结构的金属富勒烯化合物转变为金属碳化物。
The lower dislocation density in bainite is unfavourable for the aggregation and coarsening of carbides.
贝氏体中位错密度较低，不利于合金碳化物的聚集粗化。
The results show that the hardness has relation to vanadium carbides distributing along fusion boundary.
结果表明，熔合区的硬度与该处碳化物的析出数量有关。
Cemented carbides cutter blade wear slightly, its main wear mechanism is separation of transferred film.
硬质合金刀片的磨损缓慢，其磨损主要是由于刃口上高分子转移膜脱落引起的。
It is showed that type and morphology of eutectic carbides can be controlled by combining alloyed elements.
结果表明，共晶碳化物的类型和形态能通过合金成分组合控制。
Such as volcanoes, carbides of metals, or simply by the reaction of carbon dioxide, water and catalysts with sunlight.
比如火山，金属碳化物，甚至是二氧化碳、水、催化剂与阳光的相互作用而形成的。
The results show that both shape and number of residual carbides are two key parameters affecting the spheroidization.
结果表明，残留碳化物形貌和数目是影响球化的两个关键因素。
The extra vanadium exists in austenite as coarse vanadium enriched carbides or in bainite as vanadium carbide particles.
一部分钒以含钒碳化物的形式呈块状存在于奥氏体中或呈颗粒状分布在贝氏体基体中。
The exceptional tool performance of sintered carbides results from their very high hardness and high compressive strength.
硬质合金材料的出色之处来源于它们非常高的硬度和耐压强度。
Therein, both retained austenite decomposition and carbides precipitation were the key factors in the cryo-treating process.
其中残余奥氏体的分解和微细碳化物的析出是关键因素。
The crystal grain growth inhibitor and it's inhibiting mechanism in super fine cemented carbides are summarized in this paper.
本文综述了近几年超细硬质合金中晶粒生长抑制剂及其机理的研究概况。
Thus, the application of diamond CVD is limited to materials which will not soften at this temperature such as cemented carbides.
因而钻石化学蒸发沉淀的应用受到材料限制，要求材料在此温度下不软化例如硬质合金。
According to the size of carbides and the amount of exposed matrix, the annealed structure can be divided into low and high grades.
认为可以根据碳化物颗粒大小，基体露出多少为主的原则，把其分为低级别组织和高级别组织进行参考评级。
Relational researches prove that appended inhibitors can prevent the growing of crystals in ultra fine cemented carbides effectively.
有关研究表明在超细硬质合金中添加抑制剂可以有效地控制硬质合金中晶粒的长大。
These will provide the application of theory and practical technical approach a useful method to layered ternary carbides or nitrides.
这些将对三元层状碳化物或氮化物在工程上的应用提供理论依据和实用技术途径。
The influences of temperature and soaking time of such treatment and the alloy compositions on spheroidization of carbides were studied.
本试验研究了球化热处理的加热温度、保温时间及合金化学成分对于碳化物团球化的影响。
The amount of carbides depends on deformed temperature and microstructure of austenite at thermally deformed at the deformed temperature.
碳化物的析出量主要由形变温度和该形变温度下热变形奥氏体的组织状态决定。
The secondary carbides have a strong influence on recrystallization rate by retarding the migration of recrystallization grain boundaries.
退火过程中析出的二次碳化物阻碍再结晶晶界的迁移，从而影响再结晶层的界面推移速率。
The results show that only vanadium carbides form at the low carbon content, and Cr and Mo element mainly dissolves into vanadium carbides.
结果表明：碳含量较低时，仅形成钒的碳化物，铬、钼元素主要固溶于钒的碳化物中。
The results show that only vanadium carbides form at the low carbon content, and Cr and Mo element mainly dissolves into vanadium carbides.
结果表明：碳含量较低时，仅形成钒的碳化物，铬、钼元素主要固溶于钒的碳化物中。
应用推荐