固含量

又通过对产物中残留单体酸含量、产物固含量、产物pH值的测定来说明产物的物化性状指标。

The physical and chemical indexes are demonstrated by remaining monomer content , solid content and pH tests .

乳液的固含量为25%～30%，pH值为5.0～6.0。

The solid content of the coat was 25 % ~ 30 % , pH 5.0 ~ 6.0 .

Cr2O3料浆固含量对其喷雾造粒料性能的影响

Influence of solid content of chromic oxide slurry on property of the spray dried powder

高固含量Si3N4/B4C水基悬浮体的制备

Preparation of Si_3N_4 / B_4C aqueous slurry with high suspended solid

其中水晶金钢基膜固含量和硬度均达到国家HP标准，固含量高达40%以上。

Base film of Crystal diamond solid content and hardness reached HP national standards , Solid content up to40 % .

纺丝液固含量对湿纺PAN初生纤维结构形态的影响

The influence of the solid content in spinning solution on the structure and morphology of PAN nascent fiber by wet spinning

采用单釜连续聚合工艺合成出了固含量45%，粘度为5900mPa·s（25℃）的POP。

POP product with 45 % solid content and 5 900mPa · s ( 25 ℃) viscosity was synthesized by one-reactor continuous process .

Cr2O3料浆固含量为75%的喷雾造粒料松装和摇实密度大，粒径分布合理，空心、破损和梨形颗粒少。

The spray dried granule prepared with slurry containing 75 % solid has high packing density , appropriate granule size distribution and regular shape .

制备了两种不同类型高固含量高岭土浆液，考察了分散剂用量和浆液的pH值对高岭土浆液的固含量的影响。

Two types of kaolin slurry with high solid content were prepared , and effects of the dosage of dispersant and pH on the solid content to kaolin slurry were investigated .

高固含量稳定无皂乳液聚合的研究&MMA/BA/MAA（AA）无皂乳液聚合体系

A study on high solid content and stable emulsifier-free emulsion polymerization & mma / ba / maa ( aa ) emulsifier-free emulsion polymerization system

制得了不含游离乳化剂，固含量在40%以上的PMMA，PBA以及P（MMA/BA）稳定乳液。

Excellently stable PMMA , PBA and P ( MMA / BA ) latexes with no free emulsifiers and solid content over 40 % were prepared .

所制备的高固含量水性聚氨酯表现出优越的粘接性能，未加固化剂的单组分水性聚氨酯剥离强度（PVC／PVC）高达8.8N／mm。

Without external cure agents , the unique one-component waterborne polyurethane displays excellent adhesive properties , T-peel strength test ( PVC / PVC ) yielded a maximum value of 8.8N/mm .

合适的MMA含量为体系总固含量的20%～30%。

The optimal MMA content was determined as 20 % & 30 % of the total solid content of PUA emulsion .

考察了温度、固含量和洗涤对KCl品位和收率的影响。

The effects of temperature , solid content and washing condition on the property of the product were studied in details .

同时通过控制环氧氯丙烷的反应温度，可获得固含量为30～56%的低氯PAE湿强树脂。

Controling reacion temperature , PAE solution with solids content between 30 % and 56 % was Produced .

用固含量为30%（质量分数，后同）的PUA乳液配制的水性油墨的粘度随时间推移而增大。

For the aqueous intaglio printing ink with solid content of 30 per cent , its viscosity increased with time .

用单釜法合成了絮凝剂CAS（阳离子丙烯酰胺&淀粉接枝共聚物）水溶液，固含量4%~5%。

The flocculant CAS ( cationacrylamide-starch graft copolymer ) aqueous solution has been synthesized by a single reactor . The copolymer content in the solution is 4 % ~ 5 % .

考察了后添加乳化剂种类与用量、醇类、pH值、固含量对胶乳冻融稳定性的影响，确定了羧基丁苯胶乳的防冻剂配方（0.7份防冻剂Ⅰ和0.3份防冻剂Ⅱ）。

The effects of types and amounts of emulsifiers added , alcohols , pH values and solids content on the freeze-thaw stability of carboxylated styrene-butadiene latex were investigated . The recipe of antifreezer was 70 % antifreezer ⅰ and 30 % antifreezer ⅱ .

聚乙烯醇-防雾性树脂合金体系的水性涂料，固含量为5-7g／100ml，粘度是1282±50厘泊。

Water is used as the solvent . Solid content of the coating is 5-7g / 100ml .

对于低固含量涂料，采用分散好的浆状颜料有利于涂料稳定性的提高，淀粉影响不大，随PVA、CMC用量的增大，涂料稳定性提高。

With the increase of PVA and CMC dosage , the sedimentation stability of coatings increased . Well dispersed pulp-type pigments had a positive impact on the coating stability , while starch had no obvious effect .

以醋酸乙烯（VAc）为主单体，丙烯酸（AA）为改性功能单体，以半连续加料方式进行无皂乳液共聚过程，得到了稳定且固含量为30%左右的乳液。

This article has described the soap-free copolymerization with vinyl acetate ( VAc ) as basic monomer and acrylic acid ( AA ) as modification functional monomer , forming a stable emulsion with 30 % solid .

在第一步制得固含量为12%的聚酰胺酸（PAA）后将分散在N-甲基-2-吡咯烷酮（NMP）中的铂纳米粒子添加至PAA中并搅拌。

Polyimide acid ( PAA , which solid content was 12 % ) was prepared in first step , and then the catalysts which dispersed in N-methyl-2-pyrrolidone ( NMP ) were added to PAA by stirring .

当涂料的固含量不变时，微相分离程度、涂膜的拉伸强度、乳液粒径随着二羟甲基丙酸（DMPA）用量的增加而增加，断裂伸长率减小。

At the fixed solid content , with the Wt % of DMPA increasing , the micro phase separation , average particle size and tensile strength were up , and Eb down .

结果表明，聚丙烯酸胺（PMMA）是ZnO粉体良好的分散剂，其质量分数在03%时可得到低粘度、高固含量的ZnO悬浮体。

The experimental results show that PMMA is an excellent dispersant for preparing aqueous suspension of zinc oxide powder . When the amount of the dispersant was about 0.3 wt % , the ZnO aqueous suspension with low viscosity and high solid volume content could be obtained .

采用甘氨酸和硅烷偶联剂KH-550同时改性环氧树脂，使其成为既具有亲水性又含偶联功能的树脂，并制备了稳定的不同固含量的水性环氧乳液系列。

Epoxy resin is modified with glycine and coupling agent KH-550 , showing hydrophilic and coupling performance , which is then formulated into stable waterborne epoxy emulsion with various solid contents .

研究了反相乳液聚合合成高固含量、高分子量DDAC／AM阳离子型共聚物的方法；

The reverse phase emulsion polymerization method for synthesizing DDAC / AM cationic type copolymer with high molecular weights and high solid content was also studied .

喷涂聚脲（SPUA）材料是采用专用设备喷涂施工的100%固含量、无溶剂、无污染的新型绿色材料。

Spray polyurea Material is a new type green material which is sprayed with a special equipment , has 100 % solids and is solvent-free and pollution-free .

在制备过程中，探讨了苯乙烯乳液制备方式、磁流体中Fe304固含量、引发剂种类、十六烷（HD）用量、表面活性剂用量等条件对磁性纳米球性能的影响。

The effects of various polymerization parameters , such as the preparation way of St-miniemulsion , the magnetic fluid concentration , the initiator , the hexadecane dosage , the surfactant dosage on the properties of magnetic Fe3O4 / P ( St ) nanospheres were discussed in detail .

丙烯酸酯单体主要影响到乳液的固含量、最低成膜温度（MFT）以及涂膜的玻璃化转变温度（Tg），有机硅单体主要影响涂膜的吸水率等；

The acrylic monomers mainly influence the solid content , Minimum Film Formation Temperature ( MFT ) of the emulsion and the Glass Transition Temperature ( Tg ) of the film . The organic silicone monomer mainly influences the water absorption of the film .

烧结后的炭制品当固含量的体积百分数从50%增加到80%时，相应的抗弯强度从11.5MPa增加到19.6MPa。

The flexural strength of sintered bodies increases from 11.5 MPa to 19.6 MPa with the solid loading increasing from 50 % to 80 % , corresponsively .