thermal aging test

Based on the fast freeze-thaw test, the alkaline resistance test, the water immersion test, the wet-thermal exposure test and artificial accelerated aging test, the influence of the corroding environment on the mechanical behavior of fiber reinforced polymer ( FRP) laminates and adhesive was studied.

通过快速冻融试验、耐碱性试验、浸水试验、湿热暴露试验、人工加速老化试验，研究了腐蚀环境对纤维增强复合材料（FRP）的复合体及粘结剂力学性能的影响。

Accelerated thermal-oxygen aging test for epoxy resin

环氧树脂热氧老化实验研究

In this paper, combined with the characteristics of frequency domain spectroscopy, a new diagnostic method called nondestructive detection was proposed based on the analysis of single-factor and multi-factor accelerated thermal aging test for low-voltage cables.

本文对橡胶绝缘低压电缆进行了单因素和多因素的加速老化分析，结合介电频谱特性测量，提出了一种可在低压电缆上应用的无损检测方法。

And research of thermal stabilizer on zinc acetate-stearic acyloxy and zinc acetate-stearic acyloxy plus calcium stearate by means of test method for thermal aging and Congo red test paper etc is given in the paper.

以硬脂酸锌作为对照物，通过热老化箱实验法、刚果红试纸法等多种方法对硬脂酰氧基乙酸锌及硬脂酰氧基乙酸锌/硬脂酸钙进行了热稳定性的研究。

Study on Crosslinking Characteristics of Vulcanizate and Its Molecular Chain Scission and Crosslink Break during Thermal Oxidative Aging with Creep Test

利用蠕变试验研究硫化胶热氧老化过程中的链键断裂和交联特性

The principle and method of estimating the safe storage life of propellants using the thermal accelerating aging test.

介绍了热加速老化试验预估火药安全贮存寿命的方法原理。

Using the creep test a study was made on the vulcanization characteristics of NR/ BR blend vulcanisate and its molecular chain scission and crosslink break during thermal oxidative aging. The test results were compared with those by equilibrium swelling method.

利用蠕变试验研究了天然橡胶／顺丁橡胶（NR／BR）并用硫化胶在热氧老化过程中的链键断裂和交联特性，并将试验结果与平衡溶胀试验结果进行了比较。

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。

With the aid of the discontiguous diagnostic patent technology for the void damage and thermal aging test of the void damage of grain, the experiment curve for void damage variety and the service life of a solid composite grain were obtained.

采用空穴损伤非接触诊断专利技术，进行老化药柱的空穴损伤实验研究，求得一种固体复合推进剂的空穴损伤演变的实验曲线和使用寿命。