绿色衣装

在21世纪,随着人类对环保和健康意识的增强,全球掀起了一股“绿色消费”浪潮,如绿色食品、绿色衣装、绿色家居等。绿色象征着自然和生命,绿色象征着朝气与健康。     

光纤中的暗孤子理论分析

应用非线性恭定谔方程，求了在反常色散区域内的暗孤子波解，并与正常我散区域的亮孤立子作一比较，进行了初步探讨。     

浅谈碾压加固地基施工方法

本文论述了利用碾压的方法加固地基的好处及如何施工.     

穿出质地

自古以来,服装与人就是形影相伴的朋友,而服装材料则是服装的基础,是设计师挖掘材质的灵感。现代人希望了解相关的服装材料知识,以便更好地穿出时尚,穿出科学,穿出健康。 “面料”史话 远古时代,人们用兽皮、树皮树叶裹身,用植物的茎编织草衣。一两万年以前,古埃及人就开始在尼     

标准FZ／T73023——2006应用于竹原纤维织物抗菌性的研究

采用最新标准对竹原纤维织物及毛竹竹粉的抑菌率进行了测定.在奎因法和振荡法中,竹原纤维织物对金黄色葡萄球菌(ATCC 6538)的抑菌率分别为50.1%和9.0%,时大肠杆菌(8099)的枊菌率分别为75.1%和26.5%,毛竹竹粉的抑菌率均为0.根据新标准评价竹原纤维织物虽有一定的抑茵性,但无抗菌效果,并且毛竹竹粉无抗菌效果.分析认为竹原纤堆自身不舍有抗菌化学物质,其抑菌性能来源于天然、独特的纤雏结构,属于物理抑菌.     

墙体保温技术与应用

本文介绍保温墙的种类及其方法制造.     

Comparison of Structures and Properties between Wool and Ramie Fibers Treated by Atmospheric Pressure Ar and Ar/O2 Plasma

The technique of atmospheric pressure plasma is of value in textile industry. In this paper, argon (Ar) and argon/oxygen (Ar/O2) atmospheric pressure plasma were used to treat wool and ramie fibers. The structures and properties of treated fibers were investigated by means of SEM, XPS, single fiber tensile tester and so on.The results proved that the effects of plasma treatments depended on structural characteristics of fibers to a great extent, besides conditions of plasma treatment. By atmospheric pressure plasma treatment, wool fiber had significant changes in morphology structure, surface chemical component, mechanic properties and dyeability, while ramie fiber just showed a little change. In additional, Ar/Q2 plasma showed more effective action than argon. And at the beginning of treatment, plasma brought about remarkable effects, which did not increase with prolonging of treat time.     

高等数学教学与创新能力培养

分析了创新能力的重要性及高等数学教学在创新意识、创新能力培养中的重要地位和作用,从创设教学环境、激发创新兴趣、渗透基本数学思想方法、培养创新思维方法和创设数学应用情景等方面,提出了高等数学教学中培养学生创新意识和创新能力的策略和方法.