1.
autodynamograph yarn testing machine
纱线强力自动记录试验机
2.
The strength of yarns is due, in part, to the amount of twist that has been imparted. Strong yarns require considerable twist. However, beyond an optimum point additional twist will cause yarns to kink and finally to lose strength.
影响纱线强力的因素之一是捻度的大
3.
Influence of the Slub-yarn Parameters to the Slub-yarn Strength and the Slub Distribution in the Slub-yarn Fabric;
竹节纱竹节参数对纱线强力及布面竹节分布的影响
4.
The combination of effects has been recognized as a major cause of fabric or yarn loss of strength or color retention.
联合作用，是织物和纱线强力下降以及色度损失的主要因素。
5.
high tenacity yarn
高强力[人造纤维]纱线
6.
test method for breaking strength of yarn and thread;skein method
纱线的断裂强力试验法：绞纱法
7.
Textiles--Yarns from packages--Method of test for breaking strength of yarn--Skein method
GB/T8696-1988纱线断裂强力的试验方法绞纱法
8.
A study on optimal twist factor of glass fiber yarn
玻璃纤维纱线的最佳强力捻系数研究
9.
Assuming the yarns are single spun yarns, the tensile strength of the yarns needs to be improved. At this point, the major strength that the yarns possess is that derived from the twisting of their fibers.
假设使用的是短纤维单纱,纱线的强力需要增加,单纱的强力主要来自对纤维的加捻。
10.
Used to measure strength of skein of pure and blend spinning of cotton, wool and chemical fiber etc.
用于测定棉,毛,化纤等纺织原料的纯纺,混纺纱线的缕纱强力.
11.
Textiles--Yarns from packages--Determination of single-end breaking force and elongation at break
GB/T3916-1997纺织品卷装纱单根纱线断裂强力和断裂伸长率的测定
12.
testing method for tensile strength and elongation of filament yarm
长丝纱线的断裂强力和断裂伸长率的测定法
13.
High tenacity yarn (other than sewg thread),of polyester filaments, not put up
高强力纱(缝纫线除外),聚酯长丝纺制,非供零售用
14.
testing methods for tensile strength and elongation of textile fibres:single strand
单根纱线断裂强力和断裂伸长率的测定
15.
To measure tensile strength and breaking elongation of single yarn.
测定单根纱线的抗拉断裂强力断裂伸长。
16.
To measure tensile strength and breaking elongation of single yard.
测定单根纱线的抗拉断裂强力和断裂伸长。
17.
this may result in yarns that are considerably weaker in some areas than in others, causing breakage to occur easily at the weak points.
从而引起应力的不均匀分配。纱线某段的强度比其它段要低,在纱线的弱段容易产生断头。
18.
Textile glass--Yarns--Determination of breaking force and breaking elongatio
GB/T7690.3-1987纺织玻璃纤维纱线断裂强力和断裂伸长的测定