sintering temperature的例句大全

CNT/ SiO 2 composites were fabricated by hot pressure sintering the mixture powders by rapid sol gel method. The complete combustion of free carbon was presented at the temperature of about 500~ 730 ℃.

实验发现：用溶胶-凝胶法制备CNT/SiO2复合材料过程中，在500℃以下生成SiO2，CNT在500～730℃左右氧化燃烧。

Quick sintering technology of ultra high temperature rotary kiln for burning basic refractory brick

机压成型高效节能格子砖碱性砖超高温隧道窑快速烧成技术

Barium aluminosilicate composites reinforced in-situ mullite rodlike crystals were fabricated by solid reaction sintering method. Influence of the raw material system, firing temperature on the phase constituent, densification and microstructure of samples were investigated.

采用固相反应烧结法制备了原位生长莫来石棒晶增强钡长石复合材料，研究了原料体系、烧成温度对试样相组成、致密化和显微结构的影响。

As in the case of barium ferrite, these rodlike precursors can be transformed into rodlike zinc oxide particles with the size of 1.4-1.8 μ m and aspect ratio of 9.0-9.2 on sintering at the temperature of 500 ℃.

结果表明在500℃下烧结获得了尺寸分别在1.4-1.8μm之间、长径比为9.0-9.2的棒状氧化锌粒子。

Oxidation of SiC in ZTM/ SiC ceramics occurs in t e process of sintering and t'e use at high temperature. Gelatinization Behavior during The High Temperature Process of Starch

该陶瓷在烧结过程中及高温下使用都伴随着SiC组分的氧化，从而影响陶瓷的烧结致密化并导致性能衰退。高温下淀粉的凝胶化作用

Boron-doped zinc oxide ( ZBO) target material was developed by sintering of ZnO and B_2O_3 powders at a temperature ranging from 1200 ℃~ 1350 ℃.

用常压烧结方法，在1200℃~1350℃烧结不同含B量的掺硼氧化锌（ZBO）靶材。

But the evenness of the temperature field cannot meet the need of temperature conditions of sintering the polyamide materials, which hinders the experimental research and the popularization of its application in China.

但国产SLS设备的预热温度场的均匀性难以满足尼龙材料烧结时苛刻的控温要求，严重制约了SLS功能件材料的实验研究与推广应用。

In experiment, microwave oven is used to simulate microwave sintering cavity, then temperature data are gained and model is established.

并通过试验，用微波炉模拟微波烧结腔体测得温度数据，建立模型。

When temperature was above 1550, the liquid phase in sintering body would separated into two phases, one was rich-Si liquid phase, which consisted of Ce, N, Si, O etc, another was rich-Mg liquid phase.

在烧结温度高于1550℃时，烧结体内液相会分为两相，一为富Si液相，包括Ce、N、Si、O等元素，一为富Mg液相。

The coating powder fabricated in this experiment, its antioxidation temperature is above 850 ° C, and it can satisfy the requirements of high temperature sintering at standard atmospheric pressure.

实验制备的包覆粉，其大气下抗氧化温度在850℃以上，能够满足大气下高温烧结的要求。

Based on the analyses of the principle of the microwave sintering, the microwave sintering system is been developed. The system is made of personal computer, infrared thermometer, temperature controlling device, and the microwave cave.

本文在微波烧结原理分析的基础上，利用计算机、红外测温仪、智能温控仪和微波反应腔等设计出了PTC陶瓷的微波烧结系统。

The paper describes the automatic control system in the production line sintering hollow brick with fine coal ash in AISC House Property Company. By using a frequency conversion governor to control the temperature of the roasting kiln, each performance index of the product is increased greatly.

介绍了鞍钢房产公司粉煤灰制品厂粉煤灰烧结空心砖生产线的自动化控制系统，采用变频调速器对焙烧窑进行温度控制，大大提高了产品的各项性能指标。

High temperature Sintering of Molybdenum Alloys Containing 3 wt% Rhenium

低铼钼合金高温烧结过程的研究

the microcomputer based on the mcs-51 series single chip microcomputerachieves temperature control on the vacuum sintering furnace.

采用以MCS-51系列单片机为核心的微机对真空烧结炉进行温度控制。

characteristic of temperature control of vacuum sintering furnace is analyzed.

分析了真空烧结炉温度控制的特点；

a temperature fuzzy control system for vacuum sintering furnace based on parameter self-adjustment

基于参数自调整的真空烧结炉温度模糊控制系统

temperature uniformity in hot zone of horizontal vacuum sintering furnace

卧式真空烧结炉温区均匀性分析

in the temperature control system recreation of the vacuum sintering furnace, a advanced temperature controller was used.

利用智能温度控制器，改造了真空烧结炉温度控制系统。

research on the temperature control of vacuum sintering furnace based on neural network

基于神经网络的真空烧结炉温度控制系统的研究

according to the differences of permeability layers, the influences of flow, vacuum and temperature of the main ventilation system are considered to analyze the aerodynamic characteristics of sintering process.

在仿真过程中，根据料层透气性的不同，综合考虑流量、负压和温度等因素的影响，分析研究烧结过程中主抽风系统的气动特性。