thermal anomaly

基本解释热反常

网络释义

1)thermal anomaly,热反常2)abnormaly exothermic behavior,放热反常3)specific heat anomaly,比热反常4)thermal,anomaly,热的反常5)thermal anomaly,热力反常6)thermal expansion anomaly,反常热膨胀

用法和例句

The phase transition temperature was determined,based on specific heat anomaly.

根据比热反常确定了相变温度,发现随着尺寸减小相变温度降低,而且相变的弥散性增加。

Research on the thermal expansion anomaly of water;

水反常热膨胀特性的简易实验

Magnetic properties and thermal expansion anomaly of Er_2AlFe_(16-x)Mn_x compounds;

Er_2AlFe_(16-x)Mn_x化合物的磁性及反常热膨胀

Magnetic Properties and Thermal Expansion Anomaly of R_2Al(Fe, Mn)_(16) (R=Nd, Er) Compounds;

2:17型稀土—铁锰化合物的磁性及反常热膨胀

Study on the Structure、Magnetic Properties and Thermal Expansion Anomalies of ThMn_(12)-type Rare-earth--Fe Compounds;

ThMn_(12)型稀土永磁材料的结构、磁性及反常热膨胀研究

THERMAL EXPANSION ANOMALY AND SPONTANEOUS MAGNETOSTRICTION OF Y_2Fe_(15)Al_2COMPOUND

Y_2Fe_(15)Al_2化合物的反常热膨胀及本征磁致伸缩(英文)

Flickering Cluster model" that described the structure of water is introduced. This model can explain abnormal expanding of water very well.

本文介绍了液态水结构的“闪动簇团”理论,运用该理论能很好地解释液态水的反常热膨胀问题.

coefficient of linear thermal expansion

线性热(膨)胀系数

Research Progress in Antiperoviskite Negative Thermal Expansion Mn_3XN

反钙钛矿结构负热膨胀Mn_3XN材料的研究进展

The effect of recasting on the thermal expansion coefficient of a Ni-Cr ceramic alloy

反复铸造对镍铬烤瓷合金热膨胀系数的影响

Synthesis of ZrW_2O_8/ZrO_2 composites with low thermal expansion using in-situ solid state reaction method

原位反应固相法合成低热膨胀ZrW_2O_8/ZrO_2复合材料

material with anisotropic thermal expansion

各向异性热膨胀材料

When heated, the metal expand .

金属受热时便膨胀。

"Wooden doors expand in hot, wet weather."

木门在潮热天气会膨胀。

test method for coefficient of cubical thermal expansion of plastics

塑料热膨胀系数测定法

When when heating, the metal thus expands.

当被加热时,金属便膨胀。

iron expands when it is heated.

铁加热以后会膨胀。

Metals expand when heated.

金属受了热就会膨胀。

Characterization of negative thermal expansion property of ZrW_2O_8

ZrW_2O_8的负热膨胀特性表征

Upon heating the zeolite, the normal siloxane linkage would also experience strain due to thermal expansion.

当加热沸石时,由于热膨胀作用,正常的硅氧烷鍵也会存在张力。

This kind of expansion, made without adding heat, is called an adiabatic expansion.

我们把这种不加进热量的膨胀称为绝热膨胀。

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