1) fuzzless mutant
无短绒
1.
【Objective】 This study aims to compare the transcript profiles between the cotton fuzzless mutant and its isogenic line in order to identify the genes which are involved in cotton fiber development.
【目的】利用棉花无短绒突变体GZnn为材料,分离与棉花纤维发育相关的重要基因,从而揭示棉花纤维发育的分子机理。
2) short fiber
短绒
1.
Spinning Practice of High Short Fiber Content America Cotton;
高短绒含量美棉的纺纱实践
2.
Process Research on Reducing Neps & Trash and Short Fibers in Blowing-c arding Card Sliver;
降低清梳联生条结杂和短绒的工艺研究
3) short fibre
短绒
1.
Added Suction Set in Carding Machine and Elimination of Neps and Short Fibre;
梳棉机附加吸风装置与棉杂短绒的排除
4) short fiber content
短绒率
1.
Carding process of polytrimethylene terephthalate fiber was researched through changing speed of taker-in and gauge between taker-in and feeding flat and between cylinder and flat with discussing of influence of different carding process on neps creation,short fiber content and fiber length irregularity given.
通过改变刺辊转速、刺辊与给棉板隔距、锡林与盖板隔距等工艺参数研究了PTT纤维的梳理工艺,探讨了不同梳理工艺对生条棉结数量、短绒率及纤维长度不匀率的影响。
2.
The relationship between short fiber content of raw cotton and quality of combed hosiery yarn such as yarn evenness, thickness and thinness fault per kilometer and nep is analysed.
分析了原棉短绒率与精梳针织纱条干、每千米粗细节和棉结的关系 ,认为所用原棉平均短绒率应控制在10 。
5) short fibre content
短绒含量
1.
This article analyzes the connection between the short fibre content under 16mm and that under 12.
利用实验统计分析及纤维长度自然排列图2种方法,对同一种美棉的16 mm以下短绒含量及12。
补充资料：精制棉短绒
分子式：
CAS号：
性质： 原料棉短绒经高温高碱蒸煮、打浆及漂白等过程使其改变细胞壁的构造，在处理过程中原有的蜡质和果胶等伴生物基本溶去，从而使其提高反应能力，这种反应性能较好的棉绒(或棉浆粕)原料称为精制棉短绒。
CAS号：
性质： 原料棉短绒经高温高碱蒸煮、打浆及漂白等过程使其改变细胞壁的构造，在处理过程中原有的蜡质和果胶等伴生物基本溶去，从而使其提高反应能力，这种反应性能较好的棉绒(或棉浆粕)原料称为精制棉短绒。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条