英语翻译In this experiment,the dependence of viscosity on shearrate and the sensitivity of temperature for TPVA melts inthe capillary flow were studied.Moreover,the melt spinningmethod was used to test the elongational flow properties ofTPVA.The

英语翻译In this experiment,the dependence of viscosity on shearrate and the sensitivity of temperature for TPVA melts inthe capillary flow were studied.Moreover,the melt spinningmethod was used to test the elongational flow properties ofTPVA.The
英语翻译
In this experiment,the dependence of viscosity on shear
rate and the sensitivity of temperature for TPVA melts in
the capillary flow were studied.Moreover,the melt spinning
method was used to test the elongational flow properties of
TPVA.The uniqueness of this method lies in the variety of
the elongation rate in the flow direction (which is an unsteady
elongational flow).The advantage of this method is that the
experimentation and the actual production are quite similar.
The actual production conditions can be closely simulated
and thus,results are more in keeping with information needs
of the manufacturing process.In this study,the shear and
the elongational flow properties of TPVA melts with different
plasticizer contents and degrees of polymerization were
tested and analyzed.Thus,this study offers a better under-standing
of TPVA rheological properties affected by TPVA compositions.

英语翻译In this experiment,the dependence of viscosity on shearrate and the sensitivity of temperature for TPVA melts inthe capillary flow were studied.Moreover,the melt spinningmethod was used to test the elongational flow properties ofTPVA.The
在这个实验中,依赖于shearrate粘度和温度的敏感性TPVA融化在毛细管流动进行了研究.此外,融化spinningmethod被用来测试ofTPVA拉伸流动特性.这种方法的独特性在于品种在伸长速率在流动方向(这是一个unsteadyelongational流).该方法的优点是theexperimentation和实际生产非常相似.实际的生产条件可以密切simulatedand因此,结果更符合信息needsof制造过程.在这项研究中,剪切和拉伸流动特性与differentplasticizer TPVA融化的内容和程度的聚合weretested和分析.因此,这项研究提供了一个更好的under-standingof TPVA流变特性受TPVA成分.

大家一般就这样翻译了,你想要最准确的翻译,在这里,再加上你那个10分,是不可能会有人帮你一点一点翻的,懂???


在这个实验中，粘度对剪切速率的依赖性和温度敏感性在毛细管流动TPVA融化了。此外，熔体spinningmethod是用来测试的拉伸流动特性oftpva。这种方法的独特之处在于对延伸率的变化在流动方向上（这是一个unsteadyelongational流）。...

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大家一般就这样翻译了,你想要最准确的翻译,在这里,再加上你那个10分,是不可能会有人帮你一点一点翻的,懂???


在这个实验中，粘度对剪切速率的依赖性和温度敏感性在毛细管流动TPVA融化了。此外，熔体spinningmethod是用来测试的拉伸流动特性oftpva。这种方法的独特之处在于对延伸率的变化在流动方向上（这是一个unsteadyelongational流）。这种方法的优点是实验结果和实际生产是非常相似的。实际生产条件可以进行如此密切，结果更符合信息需求的制造工艺。在这项研究中，剪切的TPVA和熔体拉伸流动性能与differentplasticizer含量和聚合度测试与分析。因此，这项研究提供了一个standingof TPVA流变特性的影响下更好的TPVA组合物。

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In this experiment, the dependence of viscosity on shear
在这个实验中，剪切粘度的依赖
rate and the sensitivity of temperature for TPVA melts in
速度和温度敏感性TPVA融化
the capillary flow were studied. Moreov...

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In this experiment, the dependence of viscosity on shear
在这个实验中，剪切粘度的依赖
rate and the sensitivity of temperature for TPVA melts in
速度和温度敏感性TPVA融化
the capillary flow were studied. Moreover, the melt spinning
毛细管流动进行了研究。此外，熔融纺丝
method was used to test the elongational flow properties of
的方法被用来测试的拉伸流动性能
TPVA. The uniqueness of this method lies in the variety of
TPVA。这种方法的独特之处在于，在各种各样的
the elongation rate in the flow direction (which is an unsteady
在流动方向上延伸率（这是一个不稳定的
elongational flow). The advantage of this method is that the
拉伸流动）。这种方法的优点是：
experimentation and the actual production are quite similar.
实验和实际生产都很相似。
The actual production conditions can be closely simulated
实际生产条件可以密切模拟
and thus, results are more in keeping with information needs
因此，结果是在保持与信息需求
of the manufacturing process. In this study, the shear and
的制造工艺。在这项研究中，剪切和
the elongational flow properties of TPVA melts with different
的TPVA熔体拉伸流动性能不同
plasticizer contents and degrees of polymerization were
增塑剂含量和聚合度均
tested and analyzed. Thus, this study offers a better under-standing
测试和分析。因此，本研究提供了一个更好的理解
of TPVA rheological properties affected by TPVA compositions.
的TPVA流变特性的TPVA成分的影响。

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这项试验的研究目的是剪切速率的粘度以及毛细流动中TPVA熔物的温度敏感性。此外，熔融纺丝法被用来检测 TPVA的拉伸属性。这种方法的独特性在于流动方向的拉伸度（流动方向是一种不稳定的拉伸流动）。这种方法的优势在于实验和实际产品比较相似。实际产品的条件可以被高度模仿。因此，其结果与生产过程中的信息需求更加匹配。这项研究检验并分析了剪切和TPVA熔物的拉伸流属性，以及不同的塑化剂物质的聚合程度。因此，...

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这项试验的研究目的是剪切速率的粘度以及毛细流动中TPVA熔物的温度敏感性。此外，熔融纺丝法被用来检测 TPVA的拉伸属性。这种方法的独特性在于流动方向的拉伸度（流动方向是一种不稳定的拉伸流动）。这种方法的优势在于实验和实际产品比较相似。实际产品的条件可以被高度模仿。因此，其结果与生产过程中的信息需求更加匹配。这项研究检验并分析了剪切和TPVA熔物的拉伸流属性，以及不同的塑化剂物质的聚合程度。因此，这项研究为TPVA组成物影响下的TPVA流变属性提供了更好的解释。

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