1) aid-grinding
助磨
1.
The results show that monohydric alcohols have a neglectable aid-grinding effect.
采用醇类、醇胺类有机物做助磨剂,通过休止角测定、筛余细度测定、比表面积测定、XRD等分析方法,研究了有机物中不同活性基团对硅酸盐水泥粉体特性及净浆物理性能的影响。
2) grinding aids
助磨剂
1.
Study on grinding aids with different type of absorption membranes;
对不同类型吸附膜助磨剂的试验研究
2.
Study on CGA560 reinforced grinding aids;
CGA560增强助磨剂在水泥粉磨中的应用研究
3.
Trial research and application of modified triethanolamine as grinding aids;
改性三乙醇胺作助磨剂的试验研究与应用
3) grinding aid
助磨剂
1.
Influence of grinding time on the effect of grinding aids;
水泥粉磨时间对助磨剂作用效果的影响
2.
Synthesis of multi-amidocyanogen sodium phosphate as grinding aid of minerals;
矿石助磨剂多胺基磷酸钠的研制
4) Grinding mechanism
助磨机理
1.
The grinding mechanism of the grinding aids is discussed as well.
探讨了助磨剂的助磨机理。
5) grinding agent
助磨剂
1.
A research and producing process of high efficient cement grinding agent of LQ2031 compound isbriefly introduced, and influences from principle of cement grinding-agent research and producing on cementpowders fluidity and quality are analyzed.
在研究助磨剂作用机理的基础,实验中通过几种常用类型助磨剂的复配,研制出优化的LQ2301复合助磨剂,实验证明它能有效提高粉磨效率及经济效益。
2.
In order to get active ground RHA, grinding agent should be used in its grinding process, otherwise the second.
在稻壳灰的粉磨过程中 ,必须加入助磨剂 ,否则细颗粒的二次团聚会使稻壳灰的活性降低。
3.
The equations for the grinding kinetics of coal tar pitch with the aids of grinding agents(MC purchased,AZMN synthesized by us) have been established on the basis of milling experiments in the laboratory.
在试验室球磨试验的基础上,建立了煤沥青在MC(萘系磺酸盐)、AZMN(自制的改性α-甲基萘磺酸盐甲醛缩合物)两种助磨剂作用下的磨矿动力学方程式。
6) grinding effect
助磨效果
1.
The synthetic process of cement grinding aids and their grinding effect were discussed.
通过马来酸酐(MA)和聚乙二醇(PEG)酯化,再与丙烯酸缩聚的技术路线,研究水泥助磨剂的合成工艺及其助磨效果。
2.
The results show that aids-grinding effect of sodium hexameta phosphate and late medium stage of glycerin are better,specific area was respectively added 36,19 and 25 m2/kg;Enhancing effect of glycerin is best,compression strength and bend strength of 3 d/28 d is respectively increased by 2.
对两种磷酸盐和四种醇胺类水泥助磨剂进行了助磨效果和对水泥常规物理性能影响的研究。
补充资料：助磨剂
分子式：
CAS号：
性质：又称助磨剂。是向磨碎过程中添加的占物料总量1％以下的化学药剂。其目的为提高磨碎效率、减小磨碎产品的粒度、降低能耗或钢耗以及进行选择性磨碎等。按其作用可分为助磨剂、阻蚀剂、降黏剂或减阻剂以及使颗粒在料浆中易于分散的分散剂等；按物态有固体、液体和气体或蒸汽等辅料。
CAS号：
性质：又称助磨剂。是向磨碎过程中添加的占物料总量1％以下的化学药剂。其目的为提高磨碎效率、减小磨碎产品的粒度、降低能耗或钢耗以及进行选择性磨碎等。按其作用可分为助磨剂、阻蚀剂、降黏剂或减阻剂以及使颗粒在料浆中易于分散的分散剂等；按物态有固体、液体和气体或蒸汽等辅料。
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