1) mechanism of the formation
机理形成
2) mechanism
[英]['mekənɪzəm] [美]['mɛkə'nɪzəm]
形成机理
1.
Formation and Mechanism of N-nitrosamines as Related to Factors in Meat Products;
肉制品中亚硝胺的形成机理及其影响因素分析
2.
Solidification cracking mechanism of 690 nickeil-based alloy surfacing metal;
690镍基合金焊接结晶裂纹形成机理分析
3.
The Study on Forming Mechanism of Gray Iron Cast-chromized Layer;
铸铁渗铬层形成机理的研究
3) formation mechanism
形成机理
1.
The main ingredients of the organic impurities in DSD acid,their formation mechanism and effects on the fluorescent whiteners therefrom;
DSD酸中所含有机杂质的主要组分和形成机理及对下游产品荧光增白剂的影响
2.
Template-free synthesis of 3-D flower-like ZnO microcrystals and its formation mechanism;
无模板合成三维花状氧化锌微晶及其形成机理
3.
Amorphous Phase and Its Formation Mechanisms in Diffusion Layer of Rare Earth Aluminized Steel;
渗铝稀土钢扩散层的非晶态相及其形成机理
4) forming mechanism
成形机理
1.
Forming Mechanism of Liquid Metal by Punching Casting
液态金属挤压铸挂成形机理探讨
2.
In this paper, making use of dynamics theory of two-phase fluid, the author discussed the forming mechanism of laser cladding coat that it contained solid phase WC particles, which they were not dissolved in forming process of cladding coat.
利用两相流体动力学原理 ,讨论了含碳化钨不混溶颗粒增强涂层的成形机理 ,结果表明碳化钨粒子在涂层中的分布状态主要取决于熔池中的熔融主相合金材料的流动性 ,依据激光能量与流动性关系 ,建立了相应的物理模型 ,并列举了一个实验实
3.
The different forming mechanisms and possible applying fields are stated.
分别阐述了这四种工艺的成形机理和可能的应用领域 ,以及激光成形的发展前
5) figuration mechanism
成形机理
1.
It relates to material suitable for FSW,joint microstructure,welding tools,figuration mechanism,as well as the application fields of FSW.
介绍了近年来搅拌摩擦焊技术的最新进展,涉及搅拌摩擦焊适用材料、接头微观组织、焊接工具、成形机理及搅拌摩擦焊的应用领域,并展望了FSW良好的发展前景。
6) formative mechanism
形成机理
1.
The Essential Connotation, Formative Mechanism and Influence about Internationalization of RMB;
人民币国际化的基本内涵、形成机理和影响
2.
The author took the study on white punctuate segregation:tested the mechanical properties, analyzed the microstructure and chemical components, and discussed the formative mechanism and solution.
文中对ZL205A合金白点偏析进行研究,测试了偏析组织的力学性能,分析了偏析组织的微观形貌及化学成分,并探讨了其形成机理及防止措施。
3.
Some key points with emphasis on the main technological parameters(such as evaporation temperature,gas pressure,rate of evaporation and coacervation,heating-up temperature and so on)in progress and the formative mechanism of microstructure of supper-alloy sheet prepared by EB-PVD are expounded.
概述了近几年来快速发展的新兴材料加工工艺技术——电子束物理气相沉积(EB-PVD)技术的研究及应用现状,着重阐述了电子束物理气相沉积(EB-PVD)过程的主要工艺参数和制备高温合金板材显微组织的形成机理。
补充资料：机理
机理
在生物化学中，是指对化学或物理反应或系列反应步骤的具体描述，包括反应中电子的移动、键的形成和断裂等。也参见"机制"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条