The study results showed that a type of carboxylic acid with better dispersion can be synthesized by the way of change of the ratio of the different side-chains.
本实验合成的聚乙二醇侧链分子量为600∶400=1∶1(摩尔比)时,聚羧酸共聚物的分散效果最好,水泥浆体的流动度及分散力最佳,分别为289 mm和10。
In order to obtain polycarboxylic acid type water reducer with high dispersion and fluid-holding property,the synthesis method of the reducer was studied.
为了获得具有较好分散力和保持能力的聚羧酸型减水剂,研究了其制备方法。
Quantitative testing of dispersing power of sequestering/dispersing agent when dispersing CaCO3 were discussed.
介绍了分散CaCO3定量测定螯合分散剂分散力的方法。
The effects of the species and quantity of monomer,initiator dosage,reaction time and temperature on the chelating ability of the yielded product were analyzed,and its dispersing power and alkali resistance were measured.
结果表明:当引发剂用量为单体的8%,反应温度为110℃,反应时间为5 h时,产物螯合性能最好,其中甲基丙烯酸甲酯对产物的螯合性能和分散力影响最大;与常规螯合分散剂相比,其螯合钙离子和铜离子的效果最好,并具有耐碱性和分散性优良、易生物降解等特点。
The results show that acrylic acid detergent possess high chelating capacity,good dispersancy and favourable pH buffer ability,and therefore is an ideal substitute for inlet products.
利用水溶液聚合合成了丙烯酸助洗剂,并对其助洗性能进行了研究,结果表明,其螯合能力强、分散力高,产品的各项性能指标达到或超过了国外产品,完全可以替代进口产品。
The lack of STPP dispersancy can be compensated.
实验结果表明：在洗衣粉配方中加入秀波（SP－Ⅱ），一次去污力得到提高，通过助剂复配，弥补了三聚磷酸钠分散力不足的缺陷，循环洗涤性能明显改进，为配方研究提供了基础数据。
Several baths based on Watts bath were investigated by comparing electrochemical polarization and throwing power,and the effects of NiSO_4 and NaCl contents were analyzed.
通过测量极化和分散能力,对以Watts型电镀Ni溶液为基础的几种溶液进行了研究,考察了NiSO_4和NaCl含量的影响,并采用SEM和XRD方法对Ni沉积层形貌及其结晶择优取向进行了分折。
The results show that glycine and formic acid both can extend the bright deposit current density range with higher throwing power for the former and higher cathodic current efficience for the latter.
以碘酸钾、三氯乙酸、甘氨酸和甲酸为添加剂,加入到标准镀铬液中,测定了镀液的分散能力、光亮电流密度范围、深镀能力、阴极电流效率。
The deposit appearance,deposition rate,throwing power and covering power of the process were tested and compared with those of one overseas known kindred process.
对镀层外观、沉积速度及镀液分散能力与覆盖能力进行了测试,并与国外某知名品牌的工艺进行了比较。
The dispersibility and colloid protection ability of the composite dispersant system composed of KH20(polyvinyl alcohol) and 60SH50(hyhroxypropyl methyl cellulose) were investigated by using trichloroethylene as the model chemical of vinyl chloride.
以三氯乙烯模拟氯乙烯(VC),考查聚乙烯醇(KH20)/羟丙基甲基纤维素(60SH50)复合分散剂的分散能力和保胶能力,发现分散能力和保胶能力均随分散剂用量的增加而提高;复合分散剂中KH20比例增大,分散能力下降而保胶能力增强。
Elasticity analysis on distribution of shear stress of pressure-dispersion anchor;
压力分散型锚索剪应力分布规律的研究
Investigation on Detergency,Dispersing and Wetting Properties of Alkyl Polyglucosides;
烷基多苷的去污力和分散力及润湿力研究
Surface active agents Determination of dispersing power
GB/T5550-1998表面活性剂分散力测定方法
debunching force
分散[散焦, 散束]力
Distract from
分散对……的注意力
Don' t distract my attention.
不要分散我的注意力。
3. 15 You distracted your opponent.
3．15你分散对方注意力。
My attentions are distracted from my study.
我读书的注意力分散了。
Distract the guards.
分散守卫的注意力。
⑤The party organization is loose and the cohesive force is rather weak.
(5)组织松散,党权分散,党内凝聚力差。
Heat Dissipation Ability of General Cooling Technology for Electronic System
电力电子设备常用散热方式的散热能力分析
Study of Construction Techniques for Force-dispersing Pre-stressed Anchoring Cables
压力分散型预应力锚索施工技术研究
decentralize and localize political authority.
分散政治权力并实施地方分权
Characteristic and Numerical Analysis on Pressure-dispersive Anti-float Anchor;
压力分散型抗浮锚杆特性及数值分析
To distribute the administrative functions or powers of(a central authority) among several local authorities.
权力分散在地方政权中分散（中央政权）的管理职能或权力
Study on Structure and Loaded Status of Compression Dispersion-type Prestressed Anchor;
压力分散型预应力锚索结构与受力状态的研究
Analysis of Stress Characteristics of Pressure Dispersion-Type Anchorage Cable and Reinforcement Effect for Slope
压力分散型锚索受力特点及边坡加固效应分析
Power has been diffused to subcommittees
权力已分散到各小组委员会。
ABELIA: Don't spread out your forces! Concentrate your attacks on one target at a time!
不要分散兵力!集中于一点进行压制!