1) oil industry
固化实验
2) immobilization
固化
1.
Self-propagation High-temperature Synthesis for Radiocative Waste Immobilization;
利用自蔓延高温合成技术固化放射性废物
2.
Based on the achievements of the previous scientists,the crystal structure and immobilization mechanism of pyrochlore, inclusion of actinide elements and rare-earth stimulants in pyrochlore, systemization method and correlation capabilities are summarized and discussed systemically in the paper.
自然界中稳定存在的烧绿石由于在高放废物固化研究中呈现出的良好特性,近年来得到了大量的研究。
3.
As a result, immobilization limitation issue is basically resolved.
通过多种现代分析技术研究了钛酸锶固化体的物理、化学性能。
3) curing
固化
1.
Studies on curing and film properties of core/shell acrylic-polyurethane emulsion;
核壳型丙烯酸聚氨酯乳液的固化与涂膜性能
2.
Study and preparation of waterborne epoxy resin and its curing properties;
水性环氧树脂的研制及其固化性能研究
3.
Study on curing kinetics of epoxy adhesive for bonding fluororubber to metal;
氟橡胶-金属粘接用环氧胶固化动力学研究
4) solidification
固化
1.
Influence of organic matter component on solidification of dredged sediment;
淤泥固化处理中有机物成分的影响
2.
Experimental study on solidification and leaching toxicity test of zinc metallurgical slag;
锌渣的固化处理及浸出毒性试验研究
3.
A study on solidification of sludge with arsenic using fly ash;
含砷污泥的粉煤灰固化研究
5) cure
固化
1.
Study on bisphenol formaldehyde/resorcin copolymerization epoxy resin cured with dicyandiamide;
双氰胺固化双酚F/间苯二酚共聚型环氧树脂的研究
2.
Study on the properties of an microwave-cured unsaturated polyester resin;
不饱和聚酯树脂微波固化特性研究
3.
Investigation on Monitoring the Cure Process of Composite Using Optical Fiber;
光纤传感器监测复合材料固化过程
6) solidify
固化
1.
The principle of the static powder painting is introduced,The technology and cortrol of powder painting,the condition of solidify,the quality request of coat,the usual defects are analysed.
对喷粉工艺及控制、固化条件、涂层质量要求和常见缺陷进行了分析,提出了对策。
2.
Through solidifying EPROM 2716 chip,realizes user program's input and modification.
通过对EPROM2 716芯片的固化 ,实现用户程序的输入与修改。
3.
The test results indicated that by using the new type of solidification agent to solidify the waste slurries,the brick could be manufactured successfully with a mix proportion of 30% solidified waste slurries and 70% shale.
研究结果表明:采用新型固化剂对钻井废泥浆固化,以30%固化后的废泥浆,70%页岩均匀混合(以重量计),制备出烧结普通砖强度等级达MU20,属高强砖,且放射性指标满足国家对建筑材料的要求。
参考词条
补充资料:保险商实验室安全标准(见保险商实验室)
保险商实验室安全标准(见保险商实验室)
safety standards of UL: see Underwriters Laboratories; UL
Baoxianshang Sh啊nshi anquan bicozhun保险商实验室安全标准(saJ七ty stand助dsofUL)见保险商实脸室。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。