1) boiling water absorption
吸沸水率
2) thermoshrinkage ratio
沸水缩率
3) shrinkage in boiling water
沸水收缩率
1.
It analyzed the testing principle of shrinkage in boiling water for polyester textured yarn,and introduced applying the Texturmat M to determine the parameters such as preset tensile force,speed and load time.
分析了涤纶变形丝沸水收缩率的测定原理,介绍了用TexturmatM仪测定包括预置张力、速度、负荷时间等沸水收缩率参数。
2.
On the basis of measurement results of its shrinkage in boiling water, it is pointed out that the elastic property of silk/polyurethane wrapped yarns can roughly reflect its elastic characteristics.
以生丝 /氨纶包缠丝沸水收缩率的测试为基础 ,分析指出生丝 /氨纶包缠丝的沸水收缩率性能指标基本上能反映生丝 /氨纶包缠丝的弹性性能。
3.
We consider the key is the shrinkage in boiling water and dye uniformity are controlled stable and appropriate.
认为POY沸水收缩率染色均匀性的控制适当且稳定是关键因素。
4) Boiled water shrinkage
沸水收缩率
1.
This paper investigated the physical properties of polyester filament yarn such as tenacity,elongation and boiled water shrinkage by means of analyzing the POY which had been treated by different draw ratio and heating temperature.
通过对不同拉伸倍数及不同温度处理的POY的分析,探讨长丝纱的强度、伸长度及沸水收缩率等物理机械性质。
5) boiling water shrinkage
沸水收缩率
1.
Influential factors and control of boiling water shrinkage of high-shrinkage acrylic fiber;
高收缩腈纶沸水收缩率的影响因素及控制
2.
Discussion of influential factors on boiling water shrinkage of PAN precursor;
PAN原丝沸水收缩率影响因素的探讨
3.
Discussion on trilobal bright FDY boiling water shrinkage influence factors;
三叶大有光FDY沸水收缩率影响因素探讨
6) high shrinkage in boilding water
高沸水收缩率
补充资料:地球吸积率
分子式:
CAS号:
性质:原始地球的增长率。假设地球是从现体积的1/2半径开始迅速吸积增长,经106~107年增长到最终半径,则地球每年平均从周期吸积(2.988×1020)~1021g物质。若取星子平均密度为5.518g/cm3,则地球每年吸积105~106颗直径10km的星子。若地球从吸积堆积开始至最终半径所需的时间定为106年,则地球每年平均吸积率5.976×l02lg/a。
CAS号:
性质:原始地球的增长率。假设地球是从现体积的1/2半径开始迅速吸积增长,经106~107年增长到最终半径,则地球每年平均从周期吸积(2.988×1020)~1021g物质。若取星子平均密度为5.518g/cm3,则地球每年吸积105~106颗直径10km的星子。若地球从吸积堆积开始至最终半径所需的时间定为106年,则地球每年平均吸积率5.976×l02lg/a。
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