1) cladding rate
包覆率
1.
This paper discusses the influence of liquid adding rate, temperature holding time, flake treating manner and temperature on cladding rate.
讨论了滴液速率、保温时间、鳞片的处理方式及温度对包覆率的影响。
2.
Hot rolling and combining processing were carried out for triple 4004/3003/4004 aluminum alloy brazing plates,change rule of cladding rate at various rolling stages were reseached.
对三层4004/3003/4004铝合金钎焊板进行热轧复合,研究不同轧制阶段包覆率的变化规律,结果表明:复合钎焊板在热轧复合后其包覆层的厚度在板带宽度方向上存在不均匀性,且这种不均匀分布具有一定的规律性和遗传性。
2) clad ratio
包覆率
1.
Study on the clad ratio and length ratio of metal roll bonding;
金属复合轧制包覆率和长度配比的研究
2.
Seven samples of sandwich aluminum alloy brazing sheet with different clad ratios are designed and prepared.
设计并制备了几种不同包覆率的３层复合铝合金钎焊带材，检测了每种带材在正常钎焊条件下的抗下垂性能，从铝合金钎焊带抗下垂的能力和填充缝隙的能力２个方面对包覆率的选择进行了分析与讨论，以厚度为０。
3) coating ratio
包覆率
1.
The coating ratio is over 95% according to the results of hydrochloric acid titration, that is, 95% of added coating mate.
经盐酸滴定表明，涂层物质的包覆率可达95％以上。
4) cladding ratio of filler metals
钎料包覆率
1.
The influence of brazing temperature and cladding ratio of filler metals on brazing quality of aluminum oil cooler for automobile engine was researched.
研究了汽车发动机铝油冷器钎焊温度和钎料包覆率对钎焊质量的影响,借助金相显微镜对钎缝组织进行了分析。
5) coating
[英]['kəʊtɪŋ] [美]['kotɪŋ]
包覆
1.
New surface coating on Mg powders and their characteristics of reaction with water;
Mg粉的新型包覆处理及其水反应特性
2.
Surface coating with heterogeneous nucleation Fe_2O_3 powder;
Fe_2O_3粉末表面非均匀成核法包覆
3.
Surface coating of potassium titanate whiskers by a novel homogenous precipitation method;
一种无机包覆钛酸钾晶须的新方法
6) coat
[英][kəʊt] [美][kot]
包覆
1.
Synthesis of Fe2B coated iron nanoparticles in microemulsion system and characterization;
微乳液体系制备Fe_2B包覆纳米α-Fe及其性能研究
2.
Preparation and Application in Thermal Spraying Field of Nickel-coated Composite Powder;
镍包覆型复合粉末的制备及其在热喷涂领域的应用
3.
Study on surface coating of rutile nanosized TiO_2 particles;
金红石型纳米二氧化钛表面包覆的若干研究
补充资料：包覆颗粒
分子式：
CAS号：
性质：由核燃料颗粒和外层的包覆层构成。称为BISO的包覆颗粒的内层由低密度疏松热解碳构成，用以贮存裂变气体。外层为高密度的致密热解碳层，承受裂变气体压力和包容裂变产物。称为TRISO的包覆颗粒是在两层致密热解碳层之间加了一层碳化硅，增强阻止金属裂变产物迁移扩散的能力，起着厚壁安全壳的作用。
CAS号：
性质：由核燃料颗粒和外层的包覆层构成。称为BISO的包覆颗粒的内层由低密度疏松热解碳构成，用以贮存裂变气体。外层为高密度的致密热解碳层，承受裂变气体压力和包容裂变产物。称为TRISO的包覆颗粒是在两层致密热解碳层之间加了一层碳化硅，增强阻止金属裂变产物迁移扩散的能力，起着厚壁安全壳的作用。
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