1) swelling power
溶胀力
1.
The indexes to evaluate the pasting properties of native & pre - gel starches in this paper were the solubility, swelling power, and digestibility by amylase in different temperatures.
选取11种河南省种植小麦和4种国外小麦,对这15种小麦淀粉进行预凝胶处理,以不同温度下,淀粉的溶解度、溶胀力和酶解率作为淀粉糊化特性评价指标进行对比研究,结果表明预凝胶化处理的淀粉具有更高的溶解度、溶胀力和酶解率,这三个指标中同一小麦品种两种淀粉的酶解率差异较小。
2) swell
溶胀
1.
Swell of the Emulsion and Effect Factor in Emulsion Liquid Membrane Separation;
乳状液膜分离中的乳液溶胀及影响因素
2.
Release in vitro and swelling of 5-Fu-loaded chitosan microspheres for intranasal administration;
鼻用氟脲嘧啶壳聚糖微球的体外释放及溶胀影响因素
3.
The dominant factors of deep profile control and displacement are particle size and swelling ability of crosslinked polymer micro-ball.
交联聚合物微球的颗粒粒径和溶胀性能是影响调驱效果的主要因素。
3) swelling
溶胀
1.
Principium study on swelling characteristic of Yilan coal;
依兰煤溶胀特性的初步研究
2.
Study on Shengli coal swelling in different solvents;
不同溶剂对胜利煤的溶胀研究
3.
Effects of surfactants on the extraction of penicillin and the swelling of emulsion liquid membranes;
液膜常用表面活性剂对青霉素提取率及液膜溶胀的研究
4) expansion
溶胀
1.
The layer structures of the cell walls and the sizes of fibrils about the cross section of kapok fibers were observed by Transmission Electronic Microscope(TEM), and the expansion features of the kapok fibers dealed with alkali have also been analyzed.
实验证明,碱液对木棉纤维的可及性存在显著的个体差异;对于同一纤维胞壁各层的溶胀也存在差异。
2.
The leaching rate of radionuclides such as()~(137)Cs and()~(90)Sr from solidified forms is reduced due to the waterproof capability of polymer cement which can restrain the expansion of the spent resin.
聚合物水泥用于放射性废离子交换树脂水泥固化工艺,利用其防水性能抑制废树脂的溶胀,降低水泥固化体中放射性核素137Cs9、0Sr浸出率,提高了废树脂包容率和处置的安全性。
3.
Chemical mechanism of rubber expansion in DME was analysed, and different rubber materials were selected to test the expansion,the tensile strength,the elongation at break,and the hardness.
分析了橡胶在二甲醚中溶胀的化学机理,并选出具有不同极性的橡胶材料进行耐二甲醚溶胀及溶胀前后拉断强度、拉断伸长率、硬度等力学性能的对比试验。
5) Ionic strength
溶胀与消溶胀
6) swelling properties
溶胀性能
1.
g, by swelling properties of the vulcanizates after elongation, Lorenz-Parks Equation and by Kraus Formula.
从复合材料的溶胀性能出发 ,用三种不同方法———试样的拉伸破坏溶胀、Lorenz-Parks方程和Kraus公式分析了短纤维 /橡胶的界面粘合状况。
2.
A study was made on the influence of length of nylon and polyester fibres on the physical and swelling properties of nylon/NR and polyester/CR composites.
本文就尼龙、聚酯短纤维的长度对尼龙－天然橡胶以及聚酯－氯丁橡胶复合材料的物理性能和溶胀性能的影响进行了理论研究。
3.
In this thesis, the physical and heat-aging properties of chlorinatedcis-1, 4-polybutadiene composite were mainly studied, and the swelling properties ofthe composite were also studied.
对尼龙短纤维预处理，短纤维与橡胶基质的粘合性能改善，与氯化顺丁橡胶形成的复合材料的力学性能、耐热性能提高，耐溶胀性能也明显提高。
参考词条
补充资料：抗溶胀性
分子式：
CAS号：
性质：固体浸渍于液体或暴露于蒸气中尺寸不变化的能力。当固体高聚物浸渍于溶剂，溶剂分子会渗入高聚物内部。随后，线型高聚物分子会均匀分散在溶剂中，逐渐形成完全溶解的分子分散的均相体系。对于交联的高聚物，因有交联的化学键束缚，不能再进一步使交联的分子拆散。交联度大的高聚物溶胀度小，交联度小的高聚物溶胀度大。也可以用物理的方法，比如在木材表面涂漆来阻止水分的进入材质，从而也就提高了这一构件的抗溶胀性。
CAS号：
性质：固体浸渍于液体或暴露于蒸气中尺寸不变化的能力。当固体高聚物浸渍于溶剂，溶剂分子会渗入高聚物内部。随后，线型高聚物分子会均匀分散在溶剂中，逐渐形成完全溶解的分子分散的均相体系。对于交联的高聚物，因有交联的化学键束缚，不能再进一步使交联的分子拆散。交联度大的高聚物溶胀度小，交联度小的高聚物溶胀度大。也可以用物理的方法，比如在木材表面涂漆来阻止水分的进入材质，从而也就提高了这一构件的抗溶胀性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。