断裂强力

并根据SEM和断裂强力的数据表明，超声波处理对织物的损伤小于洗衣机实际洗涤。

The data of SEM and tensile strength showed that the ultrasonic treatment had less damage to silk fabric than the home laundering .

长丝纱线的断裂强力和断裂伸长率的测定法

Testing method for tensile strength and elongation of filament yarm

为提高全棉府绸的高易护理性，以整理品的DP等级或折皱回复角、断裂强力和撕破强力为主要指标进行整理液组分种类和用量的优化试验。

Optimization experiment on component types and contents in finishing solution was made to improve the easy-care property of fabrics .

结果表明，UHMWPE纤维的断裂强力随着纤维捻度的增加而减小，纤维浸胶处理后的断裂强力增大；

The results showed that the breaking strength of UHMWPE fiber was improved after dipping treatment , which was decreased with the increase of twist .

选择适当的温度和拉伸比进行热定形，可提高PTT织物的断裂强力和弹性回复率，但其延伸性变差。

The breaking strength and resilient-elasticity recovery of PTT fabric can be increased under suitable temperature and drawing ratio during heat setting , but its dilatability took worse .

UHMWPE纤维的断裂强力随着纤维捻度的增加而下降；

The result showed that the strength of UHMWPE fibers decreased rapidly with the increase of the twist and increased largely after the adhesive-treatment of the UHMWPE fibers surface .

结果表明：聚羧酸MAA&1整理的棉织物其褶皱回复角为273°，DP等级为4.2，断裂强力保留率为62.3%。

The result showed that the WRA of the cotton fabric finished with MAA-1 was 273 , DP rating was 4 . 2 , and the breaking strength retention was 62 . 3 % .

温度不同则ES纤维的熔融程度不同，即粘结效果不同，从而导致断裂强力不同，过低和过高的温度均不利于形成良好的粘合结构。

With the different temperature , the ES fibers have the different melt performance . Because of the different adhesive effect , the tenacity is different . Too high or too low temperature is not suitable for better adhesive structure .

经过270℃下1200小时的老化，PEEK纤维颜色变黄发硬，但断裂强力仍保持79.7%，织物的断裂强力保持88.8%。

After a heat aging at 270 ℃ for 1200 hours , the PEEK fibers yellowed and become brittle , but the breaking strength retains 79.7 % , and the breaking strength of the fabric retains 88.8 % .

全棉府绸织物经优化处方处理后，DP等级可达4.0，断裂强力保留率40.6%，撕破强力保留率65.2%，织物释放甲醛值低于75mg/kg。

The cotton fabric finished with the above suitable recipe possessed 4.0 DP rating , retention of breaking strength 40.6 % , retention of tearing strength 65.2 % , amount of formaldehyde released from the fabric less than 75 mg / kg .

当UHMWPE纤维中改性氯丁胶粘剂或聚氨酯胶粘剂的含量为6%时，其断裂强力分别增加17.2%或13.9%，聚氨酯胶粘剂处理过的UHMWPE纤维的耐摩擦磨损性能最好。

The breaking strength was increased by 17.2 % and 13.9 % , respectively , when the content of modified neoprene or polyurethane adhesive was 6 % . UHMWPE fiber treated with polyurethane adhesive exhibited optimal resistance to wear and abrasion .

AMPS的加入对高吸水纤维的增韧降脆有一定作用，但过量AMPS加入反而使断裂强力和断裂伸长率下降，AMPS为1%为宜。

AMPS content played a role for absorbent fiber in rising toughness and reducing brittleness . However , tenacity at break and extension at break were all reduced by excessive AMPS . The best AMPS content is 1 % .

通过原丝拉伸断裂强力、及NOL环拉伸、剪切强度的对比发现，①JA型浸润剂在拉丝工艺匹配和复合材料性能方面均明显优于FE5浸润剂；

The comparison of tensile strength of glass strand and tensile and shear strength of NOL ring indicates JA type sizing agent behaves clearly better than FE-5 type sizing agent both in fiber forming process compatibility and composite properties .

PASTER的断裂强力、断裂伸长和卷曲弹性率低于常规涤纶和ECDP，进一步证明结晶度下降，分子结构变得疏松、柔软。

The breaking strength , breaking elongation and crimp elasticity of PASTER are lower than conventional polyester fibre and common ECDP fibre ' s. It proved that crystallinity degree decreased , the molecular structure becomes loose and soft .

研究复合光催化剂对织物的紫外线防护性能影响规律：系统考察复合光催化剂对纤维制品断裂强力的影响规律；重点探讨三元复合光催化材料对污物如RhB的自清洁效果以及可重复利用性能。

The UV protective properties of the composite photocatalysts had studied ; The influence of breaking strength of the composite photocatalyst to the fabric had researched ; and the self-cleaning effect and reusable performance of the ternary composite photocatalytic materials had mainly discussed .

测定单根纱线的抗拉断裂强力断裂伸长。

To measure tensile strength and breaking elongation of single yarn .

落锤式织物撕破强力测试仪织物缝合的断裂强力测定法

Falling-pendulum apparatus test method for seam breaking strength of woven fabrics

纱线的断裂强力试验法：绞纱法

Test method for breaking strength of yarn and thread ; skein method

但是不同的老化条件下，线性相关的斜率有所不同，即特性粘度对断裂强力的影响程度有所差别。

However , the correlation varies under different ageing conditions .

GB/T4925-1985合成纤维渔网片断裂强力与断裂伸长率试验方法

Testing method for breaking load and elongation of netting of synthetic fibre

化纤长丝断裂强力和断裂伸长测试方法的探讨

On the testing method for breaking tenacity and elongation of manmade filaments

单根纱线断裂强力和断裂伸长率的测定精纺纱的断裂强力和扯断伸长率试验方法

Test method for tensile strength and elongation of spun yarns

纱线动态与静态断裂强力的比较分析

Comparative analysis of dynamic and static breaking strength of yarns

用于测定亚麻之打成束纤维的断裂强力。

Used to measure tensile strength of bundle flax .

网线试样长度作业方向对断裂强力的影响

Effect of Length and direction of Knot on Breaking Strength in Twine Sample

聚丙烯长丝光氧老化过程中断裂强力和特性粘度的相关性

Correlation between Tensile Strength and Intrinsic Viscosity of Polypropylene Filaments during Photo-oxidation Process

拉伸方向对针织物断裂强力和断裂伸长的影响

Affection of tensile direction on the break strength and stretch of knitted fabrics

锦纶经编网片断裂强力特性研究

Characteristics Study on Breaking Strength of Polyamide Raschel Netting

纱的断裂强力和断裂伸长率的测定法：单经法

Textiles Yarns from packages Determination of single-end breaking force and elongation at break

分析了断裂强力、断裂伸长率与包覆度的关系。

Discussion of The Relation Between Single Fiber Strength and Bundle Fiber Strength ;