thermal bond

Structure and properties of thermal bond melt blown polypropylene nonwoven fabrics

热熔粘合聚丙烯熔喷非织造布的结构与性能

This paper studied the influence of the different conductor material such as AU| Pd-Au, the different film thickness. 125 ℃. 300 ℃ thermal aging and temperature cycle on bond strength with two methods of destructive wire bond pull test and bond contact resistance test.

本文使用焊点破坏性拉力试验和焊点的接触电阻测试两种方法，研究了导体材料（Au、Pd&Au）、膜层厚度、125℃、300℃热老练和温度循环对焊点键合强度的影响。

After thermal shock test, a diffusion area is developed near the bond coat/ substrate interface in the substrate.

热震后，钛合金基体与粘结层界面形成扩散反应层。

Lead-free frit suitable for fine pottery was first prepared by the melting method. The performances of glaze, such as glossiness, thermal stability, match of thermal expansion coefficient and bond of body and glaze, etc.

采用高温熔融法制备了适用精陶的低温无铅熔块，并应用热膨胀分析仪、SEM等方法研究了精陶釉的光泽度、热稳定性、热膨胀系数等性能。

From the point of bond strength and thermal shock test, three coatings are suitable to the cylinder liner.

从涂层结合强度、热震性等方面考虑，三种涂层都完全符合气缸套的工况环境。

Li2O ZnO SiO2 system glass ceramic was used to replace conventional glass as the bond of vitrified bond diamond grinding wheels, in hope of overcoming the disadvantages of conventional glass bond such as bad soakage and high thermal expansion coefficient gap between vitrified bond and diamonds.

本文研究用Li2O ZnO SiO2系微晶玻璃代替普通玻璃用作金刚石砂轮结合剂以克服普通玻璃结合剂对金刚石浸润性差、热膨胀系数与金刚石相差大的缺点。

While GaN quantum dots as representatives of the self-assemble quantum dots have also become one of the most importance issues because of their large direct energy gap, strong atomic bond, high thermal coefficient and chemical stability.

而GaN量子点作为自组装量子点的代表，具有宽的直接带隙、强的原子键、高的导热率以及化学稳定性高和抗辐照能力强等诸多优点，也一直是人们研究的重点。

In addition, some specimens are annealed at a high temperature for 500 hrs in order to investigate the effect of thermal aging on wire bond reliability.

另外，为了研究热老化对焊点可靠性的影响，一些样品被放置在恒温炉中储存500小时。

After thermal aging, some effects on wire bond reliability are observed.

500小时的热老化对焊点的可靠性有一定的影响。

Load tensile stress and the thermal compressive stress vertical of interface concentrated at the end of the bond interface, but the tensile was greatly higher.

而垂直于界面分布的由加载力形成的拉应力远大于残余应力形成的压应力，并且趋向于界面边界点应力逐渐增大。

After testing, thermal aging volatility viscosity, slows the permeability of the book, affecting the bond strength.

经老化试验测试, 热稳定性差的胶粘度增高, 会降低书的渗透性, 影响粘结强度.

Application of Bond Graph Method in Modeling Thermal Process of Power Plant

键合图在火电厂热工对象建模中的应用

In this paper, the structure and its morphology of thermal bond melt blown polypropylene nonwoven fabrics has been investigated using wide angle X-ray diffraction, differential scanning calorimetry, scanning electron microscope technique.

本文采用了广角X光衍射、差示扫描量热法、扫描电子显微镜技术，对热熔粘合聚丙烯熔喷非织造布的结构和形态进行研究。

While the test of the thermal shock resistance and bond strength indicate the gradient membrane prepared in this experiment has well thermal stability and bonding with the support, to ensure its use in rigorous environments.

对梯度膜的抗热震性能及结合强度进行的测试证明本试验中所制备的梯度膜热稳定性能良好，膜层与基体具有大的粘合力，能保证其在较为苛刻的环境下使用。

Testing Research of Thermal Insulating Bond Mortar with Steel Slag as Fine Aggregate

粒化高炉矿渣代砂配制保温砌筑砂浆的试验研究