1) swelling property
溶胀性
1.
Their properties,such as crystal property,ultrastructure,mechanical property,swelling property,flux and rejection rating are studied.
以相对分子质量分别为220000,350000,500000,680000道尔顿的壳聚糖以及脱乙酰度分别为90%,94%,95%,97%的680000道尔顿壳聚糖制备壳聚糖膜,研究各膜的结晶性、力学特性、溶胀性、纯水通量及截流率等性能。
2.
The results showed that the tensile strength,tear strength and swelling property of the nitrile rubber composite reinforced with short aramid fiber were improved and the material was suitable to make gasket instead of asbestos.
结果表明，芳香族聚酰胺短纤维的加入明显提高了ＮＢＲ的拉伸强度、撕裂强度和溶胀性能。
3.
Scanning electron microscopy experiments showed that the linked polymer microspberes dispersed system has good swelling property with the higher salt concentration,the smaller swelling multiples.
采用反相微乳液聚合的方法合成了驱油用交联聚合物微球,研究了交联聚合物微球分散体系的溶胀性、耐温性、封堵和驱油性。
2) swelling properties
溶胀性
1.
The results indicate that biodiesel has similar effect on the swelling properties of FKM as diesel.
试验结果表明:生物柴油对氟橡胶的溶胀性影响与0号柴油相近,但对丁腈橡胶的影响略大于0号柴油;生物柴油对铝、45号钢及3种塑料几乎没有影响;大豆油和泔水油对紫铜和黄铜有明显的腐蚀作用,而麻疯树油对铜片的腐蚀与0号柴油相近。
3) swelling capacity
溶胀性
1.
The viscosity properties,cross-linking degree and swelling capacity were determined at different conditions.
并测定不同交联度的淀粉的粘度峰值、交联度、溶胀性及析水率,确定制备交联淀粉的最佳工艺条件为:交联pH10,交联剂用量0。
2.
The influence of emulsification conditions on the average size and swelling capacity of prepared gelatin microspheres was fully studied.
采用乳化-热交联法制备了明胶微球,研究了乳化条件对微球粒径大小和溶胀性的影响。
3.
Using potato pulp as raw materials, the effects of particle sizes of dietary fibre crushed before or after enzymatic treatment on water-holding capacity (WHC), oil-binding capacity(OBC), and swelling capacity(SC) were studied.
以马铃薯渣为原料,研究粉碎粒度对生物酶法处理产物的持水力、持油力、溶胀性的影响,以及生物酶处理后粉碎与生物酶处理前粉碎,对产物以上性质的影响。
4) swelling behavior
溶胀性
1.
The swelling behavior and water-binding capacity of the dietary fiber were also determined.
以蚕豆渣为原料,通过单因素试验和L9(34)正交试验得出用碱法和酶-碱法提取水不溶性膳食纤维的最佳工艺条件,并测定了2种方法制取的水不溶性膳食纤维的溶胀性和持水性。
2.
Gravimetric method,rotating cylinder and self-made apparatus were used to evaluate the swelling behavior,time of adhesion and bioadhesive force of the conjugates at different pH values.
用红外光谱(IR)进行结构表征,分别用重量法、转篮法及自制粘附力测定装置测定产物在不同pH值条件下的溶胀性能、粘附时间及粘附力。
5) 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。
6) swelling performance
溶胀性能
1.
Based on the above,the authors discussed the relation between the montmorillonite content,the exchangeable cationic type between layer and its amount,the montmorillonite structure and the swelling performance of bentonite.
通过测定夏子街钠土、吉林四平钠土、浙江安吉钙土、泗安钙土、常山钙土基本的物化性能,并对其蒙脱石矿物结构进行分析,探讨了蒙脱石含量、层间可交换阳离子种类和数量、蒙脱石矿物结构特点与膨润土溶胀性能之间的关系。
2.
Discussing the corrlelation between the montmorillonite content, the layer ion - exchange type and amount, the montmorillonite structure with swelling performance of bentonite.
本文通过测定新疆钠土、吉林钠土、安吉钙土、泗安钙土、常山钙土基本的物化性能,并对其蒙脱石矿物结构进行分析,探讨了蒙脱石含量、层间可交换阳离子种类和数量、蒙脱石矿物结构特点与膨润土溶胀性能之间的关系。
3.
The swelling performance of many kinds of "O" -type rubber sealing collar made by different material in biodiesel or mixed diesel were studied,and compared with those in 0# diesel.
研究了多种不同材料的"O"型橡胶密封圈在生物柴油、混合柴油中的溶胀性能,并与0#柴油进行了对比。
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。
参考词条