At the same time the transformation points Ac1 Accm and Ms were measured using thermal dilatometer and differential scanning calorimeter . Then different isothermal transformation treatments of the steels were carried out .

同时利用 膨胀 法和差示扫描量 热法测定了两种钢的相变点Ac1、Accm和Ms。然后对试样进行了不同工艺的低温等温转变处理。

The computer control system of NSH full automatic thermal dilatometer

NSH型全自动 热 膨胀 仪计算机测控系统

The thermal expansion coefficient ( TEC ) of sintered ceramic sample was determined by dilatometer .

用 热 膨胀 仪测定烧结样品的 热膨胀系数。

The composites of different Mo / Si ratio were prepared by vacuum liquid reactive sintering . The phase composition and microstructure of composites was analyzed by XRD and SEM respectively . Their coefficients of thermal expansion ( CTE ) were measured by thermal dilatometer .

利用液相反应烧结制备不同配比的Mo-Si复合材料，用X射线分析相组成，扫描电镜观察微观组织形貌， 热 膨胀仪测不同块体材料的热膨胀系数（CTE）。

The thermal expansion behavior was examined by dilatometer ( DIL ) and the damping capacity was evaluated by dynamic mechanical analysis ( DMA ) .

采用 热膨胀 仪（DIL）和动态机械分析仪（DMA）对 材料 的 热膨胀性能和阻尼性能进行了测定。

The thermophysical and mechanical properties of SiCp / Al composites were tested by thermal dilatometer laser flash thermal conductivity apparatus and electronic mechanical testing instrument .

利用 热 膨胀 仪、闪光导热仪、电子力学实验机等试验设备测试了SiCp/Al复合材料的热物理性能及基本力学性能；

Using powders prepared by high-gravity reactive precipitation ( HGRP ) the characteristics of sintering kinetic curves of BaTiO_3 ceramics were studied in this work by means of a thermal dilatometer .

以超重力反应沉淀法（HGRP）制备的纳米钛酸钡粉体为原料，以 热 膨胀 仪为 测试手段，对钛酸钡陶瓷的烧结动力学曲线特征进行了研究。

This paper introduces the software hardware and it 's functions in NSH full automatic thermal dilatometer 's computer control system .

介绍了NSH型全自动 热 膨胀 仪计算机测控系统的软硬件构成及功能。

A first-order phase transition of La_2Mo_2O_9 was detected at 555 ℃ using thermal dilatometer corresponding a structural transition from α - La_2Mo_2O_9 to β - La_2Mo_2O_9 .

用 热 膨胀 仪测得La2Mo2O9在555℃时有一个一级相变，对应αLa2Mo2O9到βLa2Mo2O9的相变。

The micro-yield strength after different stabilized treatment and dimensional stability in thermal cycling conditions of SiCP / 2024Al composites were measured by tension test and dilatometer .

利用万能拉伸试验机和 热效应自动 分析仪测试了SiCP/2024Al复合材料在不同稳定化工艺处理后的微屈服强度和 热循环条件下的尺寸稳定性；

Thermal expansion behaviors of the composites were studied using a dilatometer . The relationship between thermal expansion coefficient and thermal mismatch stress was discussed .

利用 热膨胀 仪（DIL） 测试该复合材料的 热 膨胀性能，对热膨胀系数与材料基体内热错配应力关系进行了探讨。

The sintering temperature and thermal expansion coefficient of the LSGM sample were determined using dilatometer .

用 热 膨胀 仪确定了 LSGM的烧结温度及 热膨胀系数。

The thermal expansion curves of the sintered sample for α - Al_2O_3 were studied using Automatic High Temperature Dilatometer ( RPZ-03P ) and the average line expansion coefficient was ( 7.85 ± 0.02 )× 10 ~ ( - 6 ) / ℃ .

采用微机全自动高温 热 膨胀 仪（RPZ03P）研究了αAl2O3烧结样品的 热膨胀曲线，求得样品的平均线膨胀系数为（7.85±0.02）×10-6/℃；