更普遍的多是羊绒与羊毛相结合的大衣。
羊绒与羊毛相比，细、短、鳞片层薄，加工过程中，很容易被损伤而失去天然、独特的柔软、光滑特性。
In the process of production, it is very easily damnified and then lose some natural and unique characteristics like softness and smoothness.
详细地讨论了数字图像处理技术在纤维性能检测方面最新应用状况，包括纤维细度的检测、羊绒与羊毛纤维的鉴别等。
State-of-the-art of applications of digital image processing in inspection and measurement of fiber is discussed in detail.
拉伸细化羊毛纤维和拉伸膨化羊毛纤维通过与普通羊毛、丝光毛、羊绒等的混纺降低了原料成本、增加了可纺性。
The slenderizing wool fiber and the drawing expansion wool fiber is spanned with normal wool, mercerization wool, cashmere, we can decrease the cost and increase spinning functions.
该方法先通过光学显微镜获得羊毛与羊绒的图像，然后经过图像处理得到羊毛与羊绒的表面信息；
This paper shows a recognition method for wool and cashmere fiber based on the character of the spectral line.
将智能化仿羊毛衬绒与市售羊绒絮片进行了结缘应用研究，发现智能化仿羊毛衬绒性能良好。
The properties and application of this product are also studied. It indicates that the product is of good performance.
从羊毛的微观结构、纤维和纱线的蠕变与松驰等几个方面，结合多年来的生产实践对羊绒衫表面鸡爪花进行了分析和研究，找到了鸡爪花产生的原因。
From the wool microscopic structure, the textile fiber and the slow change of yarn, united with the production practice, it analysed the chicken footprint of cash mere sweater.
为了准确、便捷地分析丝与羊毛羊绒混纺产品的纤维含量，利用丝和羊毛羊绒不同的化学性质，提出了浓盐酸法。
Aiming to accurately and easily analyze the fiber content in the silk and cashmere blend fabric, the method of using hydrochloric acid is proposed.
通过试验得出了丝与羊毛羊绒混纺产品含量分析的最佳条件，并对该方法的可操作性和准确性进行了探讨。
Based on different reacts on different chemical properties of silk and cashmere, we disclose the optimum approach by experiments and make a probe into the operability and veracity of this method.
通过试验得出了丝与羊毛羊绒混纺产品含量分析的最佳条件，并对该方法的可操作性和准确性进行了探讨。
Based on different reacts on different chemical properties of silk and cashmere, we disclose the optimum approach by experiments and make a probe into the operability and veracity of this method.
应用推荐