temperature shock的例句大全

This thesis focused on plastic packaging, research the following questions: 1., Analysis of plastic reliability problems by thermal shock test, constant temperature and humidity testing, pressure cooker test. 2.

以塑料封装为重点，研究以下问题：1.通过冷热冲击试验、恒温恒湿试验、压力锅试验等可靠性试验，分析塑封可靠性问题。

For investigating thermal character changing of matter with shock compression, we need to measure the time character of radiating spectrum of matter with shock compression and its temperature, that is to measure transient time-resolved spectrum and its temperature.

为了研究冲击加载下物质热特性的变化，需要测量冲击压缩态物质所发射脉冲热辐射光谱及温度的时间特性，即进行瞬态光谱的时间分辨测量及温度解析。

Molybdenum disilicide can be used as anti-oxidation coating of refractory metals molybdenum and alloys for high temperature, which is due to the higher melting point, thermal shock resistance, good thermal conductivity and excellent high temperature oxidation resistance.

二硅化钼因较高的熔点、抗热冲击性、良好的导热性和优异的高温抗氧化性能可作为难熔金属钼及其合金高温抗氧化涂层。

When thermal shock temperature difference is higher, Fe-Al phase improves the thermal shock resistance of Fe-Al/ Al 2O 3 composites.

在热震温差很高时，Fe-Al相的高温热强性改善了Fe-Al/Al2O3复合材料的抗热震性。

The results show that the critical thermal shock temperature difference of Fe Al/ Al 2O 3 composites is about 800 ℃, and the compression of the thermal shocked composites was characterized of its thermal shock resistance.

结果表明Fe Al Al2O3复合材料的临界热震温差在800℃左右，抗压强度可以较好地反映材料的抗热震性。

Finally, we get the laminating process about polyimide materials and the excellent properties of polyimide to epoxy laminate such as heat resistance, thermal shock and glass transition temperature ( Tg) are discussed also.

最后，比较了聚酰亚胺层压板和环氧板在耐温性、热冲击、玻璃转化温度等方面的优异性能。

High stability at high temperature, insensitive resistance to thermal shock, low storage and high mechanical strength at high temperature.

高温性能稳定，抗热震，低热容，高温状态下耐压强度高；

Ultra-high temperature ceramics are the promising materials for applications at ultra high temperatures, due to their unique properties, such as high melting temperatures ( 3000 ℃), high thermal conductivities, and resistance to erosion/ corrosion, thermal shock resistance and medium coefficient of thermal expansion.

超高温陶瓷材料，因其具有高熔点（3000℃）、高导热率、良好的抗氧化性、抗热震性和中等的热膨胀系数等性质，是现被广泛应用的超高温材料。

Therefore, under the action of temperature stress, if getting rid of thermal shock effect, only need to consider the steady state of thermal flow and not necessary to think of the transient state of unstable thermal flow.

因此，在温度应力作用下，如果排除热冲击效应，只需考虑热流稳定状态，而不必考虑热流未稳定的瞬间状态。

Even single-crystal materials have excellent thermal shock resistance, long fatigue life, high temperature creep resistance and medium temperature in the plastic.

由定向凝固技术制备的定向组织、甚至单晶材料具有优良的抗热冲击性能、较长的疲劳寿命、较高的蠕变抗力和中温塑性。

Research on thermal shock resistance of high temperature pusher

高温推板砖抗热震稳定性研究

Based on the thermal shock test of piston the temperature reponse and thermal tress are analyzed and calculated under the high and low frequency rectangle thermal shock conditions using ANSYS software.

在热冲击试验的基础上，采用ANSYS软件对活塞在高、低周波矩形热冲击模式下的温度响应、热应力进行了计算和分析。

In thermal shock test, the failure was mainly due to its own low density, which induced the coating not able to play well protection at low temperature, and the cracking of the coating caused by thermal mismatch was more serious.

热震实验中的失效主要是由于其本身致密性较低，不能在低温起到很好的防护作用，且热失配造成的涂层开裂较为严重。

ZrSiO_4-ZrO_2 system materials have many merits, such as high melting-point, high thermal-shock resistance, good stability at high temperature, and can not be easily wetted by molten steel.

ZrSiO4-ZrO2系耐火材料具有高的熔点，高的抗热震性，高温稳定性，并且在高温下不易被钢水润湿等优点。

Study on the predictive dynamic temperature model of Golden Delicious apple fruit during heat shock treatment

热激处理金冠苹果果实内部温度动态预测模型的研究

Effect of Infusion Fluid Temperature on Respiratory Function and Acid-Base Balance in Hemorrhagic Shock in Rabbits

溶液温度对失血性休克兔呼吸功能和酸碱平衡的影响

Crazing resistance of glazed ceramic whiteware by a thermal shock method cold crack temperature

陶瓷砖釉面抗龟裂试验方法：抗热震性法低温龟裂温度，冷裂温度

Heat shock proteins were induced in kiwifruit under high temperature stress.

热激蛋白在高温下被诱导。

in order to realize the critical damping design and further enhance the output performance of a high-g accelerometer, effects of the width of damping gap, the characteristics of damping medium and the temperature of damping medium on shock response of component were studied with ansys technology.

为实现一种高量程加速度传感器的近临界阻尼设计以提高其输出性能，采用有限元方法分别研究了阻尼带隙宽度、阻尼介质特性及温度等对器件冲击性能的影响。

Numerical simulation on the radiance in shock temperature measurements

冲击温度测量中辐射度的数值模拟