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1)  a running knot
活结
2)  sintering deactivation
烧结失活
3)  activated sintering
活化烧结
1.
Boron carbide material fabricated by carbon-doping activated sintering;
用掺碳活化烧结技术制取碳化硼材料
2.
The method of promoting low temperature activated sintering technology of PZT ceramics is introduced in detail from aspects of material-preparing,sintering aids and sintering technics,etc.
从原料制备、烧结助剂、烧结工艺等方面详细介绍了促进PZT压电陶瓷低温活化烧结的方法,分析了晶体缺陷促进活化烧结的原理,并简要说明了烧结技术的发展方向。
3.
The effect of Al on activated sintering of tungsten was studied.
本文通过实验探讨了铝对钨的活化烧结行为,并应用扫描电镜(SEM)分析了样品组织形貌,结果表明,由于Al的加入使钨的致密度得到显著提高。
4)  active structure
活性结构
1.
In order to understand more deeply the process of spontaneous combustion of coal,changes of active structures in coal were tested at different temperature points with infrared spectrum analysis.
为了更深入地认识煤自燃的发生和发展过程,利用红外光谱对煤在不同氧化温度情况下的结构变化进行了测试,煤中大部分官能团随氧化温度上升其数量不断减少,这些官能团均是还原性较强的基团,是与煤中主体芳环连接的活性结构。
2.
Based on reaction mechanism, active structure, catalyst preparation and reactive process, this paper reviewed the advances in research on the catalysts used in catalytic reaction of olefin oligomerization both at home and abroad, including solid phosphoric acid, molecular sieve, supported and non-molecular sieve catalysts respectively.
从反应机理、活性结构、催化剂制备和反应工艺等方面,分别综述了国内外用于烯烃多相叠合催化反应的固体磷酸催化剂、沸石型固体酸催化剂、负载型催化剂和非沸石分子筛催化剂的研究进展。
3.
Different active structures need different temperature to activate when coal is oxidized in low- temperature.
对煤低温氧化过程微观结构、自由基浓度与煤体温度之间的变化规律的分析,并以煤自燃自由基和逐步自活化反应为理论基础,提出了新的煤自燃过程气态产物产生机理,即煤中不同活性结构在不同温度下被活化发生氧化反应,在发生氧化反应时该类结构发生断裂形成自由基。
5)  sinterability
烧结活性
1.
This thesis investigates the chemical stability,sinterability,electrochemical performance and the thin-film preparation techniques for the BaCeO_3 based proton-conducting SOFCs.
本论文针对传统BaCeO_3基质子导体固体氧化物燃料电池的化学稳定性、烧结活性、电化学性能及薄膜制备工艺进行研究。
6)  active sintering
活化烧结
1.
Preparation of Ni-Cr/BN self-lubricating composites by active sintering process;
活化烧结工艺制备Ni-Cr/BN自润滑复合材料
2.
Using low melting point pre-alloy powder to which a carbide forming element namely Titanium was introduced as bonding metal, diamond saw segment was prepared by liquid active sintering (LAS) in vacuum furnace.
通过真空烧结采用含有强碳化物形成元素的低熔点预合金粉末作为粘结相 ,采用三点弯曲试验测试了普通热压烧结与真空液相活化烧结试样的抗弯强度 ,用SEM观察了断口金刚石表面的界面反应。
补充资料:活结
一拉就开的绳结(区别于‘死结’)。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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