对竹纤维的吸湿性能进行了研究。
在这部分我们着重分析了竹纤维的机械性能和吸湿性能。
We emphasize on the mechanics property and moisture absorption of the bamboo fiber.
研究了改性聚丙烯酸钠与不同无机吸湿性盐类共混物的吸湿性能。
The moisture absorption property of the modified sodium polyacrylate and inorganic salts mixture was studied.
研究结果表明：提纯和热处理并不能有效的改善凹凸棒石粘土的吸湿性能。
The results show that the purification and the heat treating can not improve the hygroscopic property of attapulgite effectively.
众所周知，革制品尤其是皮革制品的透汽、吸湿性能是非常宝贵的卫生性能。
The transporting performance of leather products is a very precious physical property and this performance can make us feel comfortable when wearing leather products.
结果表明：影响海泡石吸湿性能的主要因素是其比表面积、孔容积和孔径分布。
The results show that the surface area, pore volume and pore distribution are the main factors for water vapor adsorption properties of sepiolite.
本文研究了羊毛纤维经高温蒸汽及高温水煮处理后的吸湿性能与拉伸性能的变化。
The changes of hygroscopicity and tensile performance of wool fibers were studied after the treatment of high temperature steaming and high-temperature hot water cooking.
它的独特设计能够确保在使用中有优秀的吸湿性能而且不会发生渗漏与滴水的现象。
The unique design of the container desiccant ensures that it has excellent moisture absorption performance and the phenomenon of leakage and water dripping does not occur.
并讨论了各单因素条件对接枝率的影响变化规律，同时分析了接枝产物的结构及吸湿性能。
Moreover, the effect regularity of every condition on grafting percentage was discussed, and the structure and hydrophilicity of grafted nonwoven were analyzed.
结果表明：选择合适的纺丝及后加工工艺，可生产出吸湿性能好、质量高的吸湿排汗涤纶长丝纤维。
The results showed that the high quality and superior property polyester filaments with moisture absorption and sweat release were prepared by selecting proper spinning and post processing conditions.
通过湿热老化试验，研究了APMOC纤维吸湿性能、拉伸强度、断裂延长率以及弹性模量随老化时间的变化。
The changes of moisture absorption properties, tensile strength, fracture elongation and elastic modulus of APMOC fiber with aging time were investigated through the hygrothermal aging test.
结果表明，腈纶纤维经等离子体处理后表面粗糙度增加，大量的含氧和含氮极性基团被引入到纤维表面，使纤维表面吸湿性能得到显著改善。
It is found that plasma treatment can impart the acrylic fiber increased surface roughness and the improved hygroscopicity by the introduction of polar functions containing oxygen and nitrogen.
测试了添加两种不同粘度增塑剂对坯料泥浆性能、吸湿性能及其它性能的影响，结果表明，在相对湿度较低的条件下，高粘度增塑剂干料0。
8 % of dry ingredient on moisture absorption performance at relatively low humidity, plasticizers of both high and low viscose 0.
结果表明，纯棉针织物经过纤维素酶整理后的柔软性、透气性、吸湿性等性能均有改善，且厚型纯棉针织物的整理效果更好。
The result indicates the capability of tenderness, air permeability and moisture absorption of pure cotton plain have all improved and the coordinate effect of thick cotton knitting is better.
不锈钢具有典型的导电性能，而腈纶纤维吸湿性差，静电现象严重。
Stainless steel is conductive, and acrylic fiber has the defects of poor hygroscopicity and serious static electrical phenomenon.
该纤维与人体皮肤具有良好的亲合性能，而且吸湿性好、穿着舒适和容易着色。
The composite collagen protein fiber has excellent affinity to human skin, high hygroscopicity, wearing comfort and easy colorizing.
随着接枝率的大幅度提高，纤维织物的吸湿性和染色性有明显的提高，但纤维织物的机械性能将有所下降。
The results show that the hygroscopicity and dyeability improve significantly with the big increase of grafting rate, while the mechanical strength of the fabric lowers somewhat.
羽绒单纤维的吸湿性对羽绒纤维和纤维集合体的热性能有很大的影响。
The absorbent quality of single down fibers has great impact on the thermal property of down fiber assembly.
在渗透性和吸湿性方面居中；而在对木材力学性能的影响方面不如其他两种阻燃剂。
But its effect on wood mechanical property is not as good as the other flame retardants.
透气性、透水汽性、吸湿性、保暖性、抗菌性等是皮鞋卫生性能的主要指标，分析了皮鞋上述几方面指标国内外的研究现状和发展趋势。
Air permeability, water vapor permeability, moisture absorption, heat preservation and antimicrobial ability are the main performance indicators of hygienic property of leather shoes.
磷氮类膨胀型阻燃剂(ifr)阻燃塑料存在着吸湿性大、热稳定性和相容性差等缺点，通过对ifr的表面处理、微胶囊化、协同阻燃以及使用“三位一体”型ifr可以减低上述缺点，提高膨胀阻燃塑料的综合性能。
The comprehensive performance of the flame retardant plastics can be improved through surface treatment, microcapsule and synergistic flame retardant of IFR as well as applied using trinity-IFR.
性能：白色无臭吸湿性结晶或颗粒，相对密度为2.564。
Character: white crystal or granule, odorless, hygroscopic; relative density: 2.564.
性能：白色无臭吸湿性结晶或颗粒，相对密度为2.564。
Character: white crystal or granule, odorless, hygroscopic; relative density: 2.564.
应用推荐