The effect of gelation time by different factor was inspected.
加入不同抗凝胶剂，可以延长凝胶时间；
The gelation time postponed with the increase of content of styrene.
随苯乙烯含量的增加，凝肢时间明显延长。
The influence of carbon black on the slurry viscosity and gelation time was studied.
研究了炭黑含量对浆料粘度以及固化时间的影响。
The gelation time shortened and the strength of the gel strengthened as the concentration increased.
成胶时间随浓度的升高而缩短，凝胶强度随浓度的升高而增大。
The sol in the positive order was thin blue and the gelation time was shorter than the sol in the reverse order.
正加方式得到的溶胶淡蓝色透明，较反加方式下的溶胶的胶凝时间短。
Catalyst can shorten gelation time. But the different catalyst has the different result because of different mechanism.
催化剂可以缩短胶凝时间，醋酸与其他催化剂的催化机理不同，效果也不同。
The microencapsulation conditions were also optimized. It was found that the gelation time of the gelatin has a great e…
凝冻速度居中或偏慢的明胶更适宜于制备微胶囊，所得结果对选择微囊化所使用的明胶具有一定指导意义。
Gelation time refers to the interval of time between the addition of the last ingredient and the completion of the gelling.
胶凝时间，是指加入最后成分到胶凝完毕所需时间。
The gelation time is determined by a revolving magneton method and the gel strength-through breakthrough vacuum measurements.
成冻时间和冻胶强度分别由转子旋转法和突破真空度法测定。
The ionic strength, the type and the concentration of proteins can affect the gelation time and the state of the silica sol-gel system.
离子强度、蛋白种类及浓度均对硅溶胶-凝胶体系的胶凝时间和凝胶状态有影响。
The results of the computer simulation show that the gelation time, the clusters average size and the clusters size distribution are notably affected by the solvent quality.
计算机模拟结果表明，溶剂品质对凝胶化时间、簇平均尺寸、簇尺寸分布等有明显影响。
The gelation time of this epoxy resin with modified liquid anhydride was related to the chemical structure and the composition of epoxy resin, curing temperature and accelerator.
环氧树脂与改性液体酸酐体系的凝胶时间与环氧树脂的结构与组成、固化温度及促进剂等因素有关；
The gelation time becomes shooter and gelling strength becomes bigger with a rise of temperature and in certain salinity range, the same thing would happen with the rise of salinity.
在一定盐度范围内，弱凝胶的成胶时间随盐度的增加而加快、成胶强度随盐度的增加而升高。
On the basis of the theory and the characteristics of the gelation time curves, specific polymerization rate constants as well as successive acid dissociation constants are calculated.
根据所提理论和胶凝时间曲线的特性数值，计算了所形成的硅酸的各级酸离解常数和聚合作用的比凝速常数的近似值。
The influence of the kind and using level of silica powder on the gelation time, impact strength, water absorption and volume resistivety of the epoxy encapsulateing materials were studied.
考察了硅微粉的种类及用量对环氧灌封材料的凝胶化时间、冲击强度、吸水率、体积电阻率的影响。
The time to gelation and the apparent activation energy for the reaction were determined by DSC, TBA and the cure test. The kinetic parameters were obtained.
用DSC、TBA和固化仪等手段测定了凝胶化时间和表观反应活化能，计算了反应动力学参数。
The release rate after the lag time was determined by the extent of retardation of gelation of HPMC in the core tablet based on the ionic strength of the medium.
此外，在滞后时间药物之释出速率受到羟丙基甲基纤维素凝胶化程度与溶离 液离子强度影响。
The release rate after the lag time was determined by the extent of retardation of gelation of HPMC in the core tablet based on the ionic strength of the medium.
此外，在滞后时间药物之释出速率受到羟丙基甲基纤维素凝胶化程度与溶离 液离子强度影响。
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