1)  matrix fibril bicomponent fibre
基质-原纤型双组分纤维
2)  Matrix
基质
1.
Orthogonal testing method optimal preparation matrix formula of Cataplasm of Traditional Chinese Medicine;
正交试验法优选中药巴布剂基质配方
2.
Study on composed of the matrix in FCC catalyst with coal-derived kaolin from Inner Mongolia;
内蒙古煤系高岭土作为FCC催化剂基质的研究
3.
Effects of Matrix-to-analyte Ratio and Laser Energy on Peptides Ion Signals;
基质与分析物的摩尔比和激光能量对分析物离子信号的影响(英文)
3)  substrate
基质
1.
Research Progress in Phosphorus and Nitrogen Removal Effect in Substrates of Constructed Wetlands;
人工湿地基质吸附氮磷效果研究进展
2.
The relationship between constructed wetland substrate phosphorous adsorption character and its physico-chemical properties;
人工湿地基质磷吸附特性与其物理化学性质的关系
3.
An exploratory discussion of substrates for phosphorus removal potential for constructed wetland;
基质对于人工湿地净化磷素潜能的探讨
4)  substrates
基质
1.
Effects of different substrates on phosphorus removal efficiency in subsurface flow constructed wetlands;
3种不同基质潜流湿地对磷的去除效果
2.
Effects of Different Culture Material Substrates on the Seedling Growth of Cyclamen;
不同基质材料对仙客来幼苗生长的影响
3.
Physico chemical quality of fermented sawdust substrates and the effect on growth of pepper seedling;
锯末基质发酵腐熟的理化性质及对辣椒幼苗生长发育的影响
5)  media
基质
1.
Effect of Different Plug Size and Media Type on the Growth of Kalanchoe Cutting Seeding;
不同规格穴盘和基质处理对垂吊长寿花扦插苗生长的影响
2.
Effect of Different Medias Aeration on Growth and Photosynthetic Characteristic of Strawberry;
不同基质通透性对草莓生长及光合特性的影响
3.
Study on Application of Peanut Hull Media in Containerized Seedling Cultivation of Eastern Arborvitae;
花生壳基质在侧柏容器育苗中的应用
6)  medium
基质
1.
Study of Orthogonal Design in Selecting Pot Culturing Medium of Catharanthus Roseus;
长春花盆栽基质筛选正交试验
2.
Study of Orthogonal Design in Selecting Medium of Soil Free Sod of Linear Stonecrop;
佛甲草无土草毯基质的配比正交试验
3.
Effects of mediums at different ratio on the rooting of seedless grapevine(Vitis vinifera L.) cuttings;
不同基质配比对几种无核葡萄扦插生根的影响
参考词条
补充资料：离子交换双组分纤维
分子式：
CAS号：

性质：含有离子交换基团的皮-芯型、共轭型或海-岛型双组分纤维。目的是改进单一组分离子交换纤维的可挠性和加工性，赋予适当拉伸变形，易加工成非织造物。制法有：(1)皮-芯型，以聚1,2-丁二烯为鞘材，聚丙烯为芯材用皮-芯型喷丝板熔纺和拉伸，再用紫外光或γ-射线交联，用浓硫酸磺化而得；(2)海-岛型，以聚苯乙烯为海、聚丙烯为岛成分进行熔纺、拉伸和交联，各用氯代甲醚和三甲胺水溶液处理而得。用作气体和水的滤材及脱色剂等。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。