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1)  electrosteric stabilization
电空间稳定
1.
By adopting electrostatic stabilization,steric stabilization with PEG and electrosteric stabilization with PMAA-NH4,2vol%ZrO2 liquor was prepared.
本文选用纳米粉ZrO2,分别采用单一静电稳定机制、加入PEG的空间位阻稳定机制和加入PMAA-NH4的电空间稳定机制制备成2vol%的ZrO2水悬浮液,通过Zeta电位、沉降实验等手段,最终得到了碱性条件下的高分散、高稳定的ZrO2水悬浮液。
2.
The dispersing hehavior and the surface chemical properties of the nano-SiO_2 in the water were studied based on the mechanisms of electrosteric stabilization and by means of Zeta-potential and particle size measurement.
本文采用胶体“电空间稳定机制”,以聚羧酸盐为分散剂,研究了纳米S iO2粉体在水中的分散行为和表面化学特性,讨论了pH值、分散剂种类及用量对体系的悬浮稳定性及流动特性的影响。
2)  electrosteric stabilization mechanism
电空间稳定
1.
The rheological properties of SrTiO 3 suspersions and the effect of dispersant concentration on suspension stability are studied by meansof colloidal electrosteric stabilization mechanism.
本文采用胶体“电空间稳定机制”,以PMAA-NH4为分散剂,以沉降高度作为衡量浆料稳定性的参数,研究了SrTiO3粉末的悬浮流变特性及分散剂PMAA-NH4加入量对SrTiO3浆料稳定性的影响。
3)  electrosteric stabilization
电空间稳定性
4)  electrostatic stabilization mechanism
电空间稳定机制
1.
Based on the colloidal electrostatic stabilization mechanism, the dispersibility of PbTiO3 was improved with phosphate ester as dispersant.
以磷酸酯为分散剂,采用胶体电空间稳定机制改善陶瓷粉体水悬浮液的分散性,利用z 电位仪、沉降实验、粘度测定和粒度分析等手段,研究了分散剂的用量和pH值对PbTiO3陶瓷浆料稳定性的影响。
5)  spatial stability
空间稳定
6)  space stability
空间稳定
1.
Taking a through bridge with rigid suspender and tie-arch for example, the space stability is analyzed by means of finite element program.
以某下承式刚性吊杆系杆拱桥为实例,利用空间有限元程序对其空间稳定性进行分析。
2.
Based on the three new supposition and the tow new mechanical tools: moment vector and radius vector , the warping theory introduced the analytical method of the rotation of a cross section around a fixed axis, so as to make the space stability of the thin-walled member complanate and one-dimensioned.
此理论把构件绕两轴的弯曲平动和绕剪心的翘曲转动依刚体转动原理合成为绕新一点的转动,从而使杆件的空间稳定分析更加直观、简便。
补充资料:电稳定性
分子式:
CAS号:

性质:指钻井液的电稳定性,用钻井液中的油包水乳化液的破乳电压来表示,即乳化液被击穿时的电压。此电压值越高,则电稳定性越好。

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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