The use of modified flax fiber mixed with spun silk and combed cotton can obtain a new blended yarn which makes the flax fabric tend to be of high quality and lightweight and raises its added value.
Modified flax fiber is fine, soft and bulgy, meeting the demand to spin fine-count blended yarn.
摘要改性亚麻纤维细软、蓬松,可以满足高支混纺纱的纺纱要求。
Used to weight the flax fiber or flax caudex sample.
用于定量称重亚麻的纤维或麻茎试样。
This paper tests the properties of natural bamboo fibers and compares with ramie fiber, flax fiber and cotton fiber for the purpose of getting a full understanding of this kind of fiber.
对天然竹纤维的性能进行了测试,通过与苎麻、亚麻、棉等天然纤维素纤维的比较,力图对其进行全面的了解。
The surface of flax fiber became rough and crystallinity decreased while increasing oxidized degree of flax fiber. The structure and properties of the proteinic oxidized flax fiber were studied.
Modified flax fiber is fine, soft and bulgy, meeting the demand to spin fine-count blended yarn.
改性亚麻纤维细软、蓬松,可以满足高支混纺纱的纺纱要求。
The use of modified flax fiber mixed with spun silk and combed cotton can obtain a new blended yam which makes the flax fabric tend to be of high quality and lightweight and raises its added value.
The method is good for quantitative analysis of flax fiber chemical composition.
本方法是一种对亚麻纤维进行化学成分定量分析的好方法。
Two X-ray diffraction and nuclear magnetic resonance analysis have shown that the crystallinity of bamboo fiber and ramie fiber similar to cotton and flax fiber is greater than.
X射线衍射和核磁共振两种分析结果均显示。竹原纤维的结晶度与苎麻纤维相近。大于棉纤维和亚麻纤维。
X-ray diffraction techniques were used to measure the degree of crystallinity and the orientation of flax fiber during retting.
采用X射线衍射法研究温水浸渍法脱胶和酶法脱胶过程中亚麻纤维结晶度、取向度的变化情况。
Research the parameters for spinning graft flax fiber in design and practice.
研究了接枝亚麻纤维纺纱工艺参数的设计与实践。
Calculated by IR crystallinity index showed that the crystallinity of bamboo fiber after the fiber, higher than the flax fiber and cotton fiber.
通过红外光谱计算的结晶度指数表明竹原纤维的结晶度仅次于苎麻纤维。高于亚麻纤维和棉纤维。
The regenerated flax fiber is a new type of regenerated cellulose fibre.
再生麻纤维是一种新型的再生纤维素纤维。
A new method of rapidly quantitatively analyze trace lignin in flax fiber by turbidimetry was proposed in this paper.