In coiling tension set up a DC motor, power-driven part of the mathematical model, a current regulator, speed regulator, the tension adjuster design and simulation analysis.

Dynamic interfacial rheological properties of SPI-polysaccharide conjugate were studied by using an automatic shape drop tensiometry.

采用自动形滴张力测量法对蛋白-多糖复合物的界面流变特性进行了研究。

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The methods used are the sessile and pendant drop tensiometry.

表面张力之量测乃使用固著液滴和悬垂液滴两种方法。

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The content of the oleic acid glycol monoester in mineral oil was determined by interfacial tensimeter.

用界面张力仪测定了单酯含量的矿物油的界面张力。

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The compression-strength, tensile-strength and impervious-strength of the cement concrete and so on were determined, and the effects of different industrialized SB latex products on the properties of SB/ cement concrete were examined.

实验测定了掺用工业化试验得到的水泥专用丁苯胶乳的水泥混凝土的抗压、抗拉浙江大学硕士学位论文和抗渗等性能，考察了不同水泥专用丁苯胶乳的工业化产品的影响特点。

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All of those indicate that the material overcomes the shortcomings of acellular dermal matrix and has high permeability, tensile-strength, and proper degradation speed. So it conforms to tissue engineering scaffold material requirements.

上述结果表明该材料已解决了猪脱细胞真皮基质渗透性差、降解速度过慢的缺点，并且其透气性和拉伸强度高、降解性优良且可控，符合组织工程支架材料的要求。

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Polyimide ( PI) film materials have been widely applied in many fields such as aviation, national defense, electronic device and optical-communication for their high tensile-strength^ high modulus and high dimensional stability.

高强、高模、高尺寸稳定性和加工性能优良的聚酰亚胺薄膜材料在航天航空、国防军工、电机电器、电子通讯等高新技术产业显示着广阔的应用前景。

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The volume resistivity, tensile-strength and low-temperature impact brittleness of the cable material were tested, and the results indicate the cable material which filled with calcined kao.

研究了不同表面处理剂和不同比例的纳米级高岭土对电缆料的电学性能、拉伸性能和低温冲击脆性的影响。

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Proper additive Mg and rare earth can improve the hardness, wear-resisting property tensile-strength, elongation percentage of TiC/ Al, TiC/ Al-Si composite.

加入适量添加剂Mg和稀土CeO2使原位TiC／Al，TiC／Al-Si复合材料的硬武汉科技人学硕1：论义度、咐磨性、抗拉强度、延伸率得到很大的提高。

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The results indicate that the retention rates of tensile-strength mainly correspond to energy density, while the ones of module are related with ablative extent of carbon-fiber nearly.

激光能量密度是影响复合材料辐照后拉伸强度保留率的最主要因素，而影响复合材料辐照后拉伸模量保留率的最主要因素为连续碳纤维增强相的损伤程度。

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The physical dimensions, tensile-strength, area resistance, DSC curves were measured in the experiments. The multiple separators were applied in testing batteries for initial electrical performance tests.

实验中测量了隔膜的物理尺寸、拉伸强度、面积电阻、示差扫描量热法（DSC）曲线，并应用于实验电池中，对电池电性能做了初步测试。

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The results show that the tensile-strength and the resistance to water, to ultraviolet and to heat of compound modified waterproofing films exceed their of single modified waterproofing films.

结果表明：复合改性涂膜拉伸强度增大，并且耐水性、耐紫外老化性和耐热老化性优于同样条件下单一改性防水涂膜。

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Brittle materials tensile-strength tester

脆性材料抗拉强度测试仪

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In the tensile test, fracture appears in the heat affected zone of aluminum base metal, and its tensile-strength is 72.09 MPa.

在进行拉伸试验时，断裂发生在铝母材的热影响区，接头强度为72.09MPa。

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The more of the aspect ratio of the whisker, the larger of the tensile-strength in the composites.

随着晶须长径比的增加，复合材料的拉伸强度逐渐增大。

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The manufacturability, microhardness, tensile-strength of SiC whisker/ Resin Matrix Composite was investigated.

考察了SiC晶须树脂基复合材料的工艺性，硬度，拉伸强度等性能。

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Experimental study on tensile-strength of asphalt concrete of embankment dam

土石坝心墙沥青混凝土抗拉强度试验研究

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The results of performance measurement test show that tensile-strength, contraction of cross sectional area, elongation percentage, dynamic ductility of the weld all exceed their base metal.

焊后试件的性能测试结果表明，焊接接头的拉伸强度、断面收缩率、延伸率及冲击韧性均已超过母材。

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The tensile-strength is between 10.20 MPa and 11.50 MPa which is better;

拉伸强度介于10.20～11.50MPa之间，具有良好的拉伸强度；

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The tensile strength, yield strength and notch toughness of Q420 angle steel produced by V-N interalloying method were improved evidently and integration properties were better.

采用加入V-N中间合金方法生产的Q420角钢的抗拉强度、屈服强度和冲击韧性明显提高，具有较好的综合性能。

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The results indicated that the tensile strength and yield strength of titanium castings increased but elongation rate decreased, and the hardness layer become thicker when the mold temperature raised.

结果表明，随着铸模温度升高，铸钛件的抗拉强度、屈服强度增加而延伸率下降，同时，铸钛表面硬化层增厚。

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