storagemodulus

“storagemodulus”词条

基本定义

“storagemodulus”是一个专业术语，主要用于材料科学和工程领域，表示材料在施加应力时储存的弹性能量的能力。它通常与材料的刚性和变形特性有关。

词性分析

该词为名词，通常不用于形容词形式。

近义词

• Elastic modulus

• Storage modulus

反义词

• Dissipation modulus

词汇扩充

• Compliance

• Viscoelasticity

• Dynamic mechanical analysis

用法

在材料科学研究和工程应用中，storage modulus常用于评估聚合物、复合材料和其他结构材料的性能。

例句

• The storage modulus of the polymer indicates its ability to store elastic energy.

  聚合物的储存模量表明其储存弹性能量的能力。

• High storage modulus values suggest that the material is stiff and can resist deformation.

  高储存模量值表明材料刚性，能够抵抗变形。

• In dynamic mechanical analysis, the storage modulus is measured as a function of temperature.

  在动态机械分析中，储存模量作为温度的函数被测量。

• The storage modulus can vary significantly with frequency in viscoelastic materials.

  在粘弹性材料中，储存模量可能随频率显著变化。

• Understanding the storage modulus helps engineers design better materials.

  了解储存模量有助于工程师设计更好的材料。

• Materials with low storage modulus are often more flexible.

  具有低储存模量的材料往往更具柔韧性。

• The relationship between storage modulus and loss modulus is crucial for material characterization.

  储存模量与损耗模量之间的关系对材料特性描述至关重要。

• A high storage modulus indicates good mechanical performance at high temperatures.

  高储存模量表明在高温下良好的机械性能。

• The storage modulus is often used to predict the performance of rubber-like materials.

  储存模量常用于预测类似橡胶材料的性能。

• When designing composites, the storage modulus must be considered to ensure durability.

  在设计复合材料时，必须考虑储存模量以确保耐用性。

• The change in storage modulus with temperature can indicate transitions in material states.

  储存模量随温度变化可能指示材料状态的转变。

• Researchers often compare the storage modulus of different materials to find the most suitable one.

  研究人员常常比较不同材料的储存模量以找出最合适的材料。

• To improve the storage modulus, additives can be incorporated into the polymer matrix.

  为了提高储存模量，可以在聚合物基体中添加添加剂。

• The storage modulus helps in understanding the long-term behavior of materials under load.

  储存模量有助于理解材料在载荷下的长期行为。

• Engineers test the storage modulus to ensure the material can withstand operational stresses.

  工程师测试储存模量以确保材料能够承受操作应力。

• The storage modulus is a key parameter in the design of flexible electronics.

  储存模量是柔性电子设备设计中的关键参数。

• Materials with a high storage modulus are often used in load-bearing applications.

  具有高储存模量的材料通常用于承载应用。

• Understanding the storage modulus can lead to advancements in material science.

  了解储存模量可以促进材料科学的进步。