真空测量

真空测量采用ZDF-5427M微机型复合真空计，其由热偶计和热阴极电离计复合而成，该真空计测量控制精度为3%FS。

The vacuum measurement was realized by using ZDF-5427M vacuometer , and the accuracy was 3 % FS .

基于单片机硅微机械谐振传感器真空测量研究

Vacuum Measurement Study on Silicon Micromechanical Resonator Based on Singlechip Microcomputer

本系统将用于低真空测量的ZJ53B型热偶规和用于中真空测量的ZJ10型电离规复合使用，并实现智能控制。

This system compounds the ZJ 53 B thermocouple gauge which is used for low vacuum measuring and the ZJ 10 ionization gauge which is used for median vacuum measuring , and realizes the intelligent control .

环上设16个真空测量点，配有热阴极规管（UHV-24）、冷阴极规管（IKR020）及皮氏规（TPR010）。

There are 16 pressure-measurement points on the ring equipped with the hot-cathode gauge ( UHV-24 ), the cold-cathode gauge ( IKR020 ) and the Pirani gauge ( TPR010 ) .

真空测量与控制中微机应用的若干典型技术

Some Typical Techniques of Microcomputer Application in Vacuum Measurement And Control

真空测量中热偶规传感器的非线性特性校正

Nonlinear Compensation of Thermocouple Circular Canal Sensor in the Vacuum Measurement

压敏电阻用于低真空测量的研究

A Study of the Piezoresistor Used as Low Vacuum Gauge

一种新型智能真空测量仪的研制

Development on a New Type of Intelligent Vacuum Measurement Instrument

真空测量中非线性特性的样条插值法

The spline interpolation method of nonlinearity character in vacuum measurement

半导体传感器在真空测量技术上的应用

The application of the semiconductor sensor in vacuum measuring technique

渡边文夫的极高真空测量研究评介

Review of F. wantanabe ′ s study on XHV measurement

智能式真空测量仪的研制

Study and Making of the Intelligent Device for Vacuum Measurement

质谱仪真空测量与控制系统的研究与开发

Research and Development of Measure and Control Vacuum System for Mass Spectrograph

空间真空测量技术研究

Research and development on technology of space vacuum measurement

真空测量技术发展溯源

Trace to the Source of Vacuum Measurement Technique Development

大型空间模拟器真空测量的自动化

The vacuum measurement automation of the large space simulator

氧化锆基氧传感器对抽气（空气）系统的低真空测量

Low Vacuum Measurement of Zirconia-Based Oxygen Sensor for an Evacuated ( Air ) System

所以，各种真空测量仪器&真空计应运而生。

Therefore , a variety of vacuum measuring instruments - vacuum gauge came into being .

本文讨论了真空测量与控制中微型计算机应用的若干典型技术。

Abstract This paper discussed some typical techniques of microcomputer application in vacuum measurement and control .

真空测量仪智能化的实践

Development of intelligent Vacuum Gauge

嵌入式低温真空测量系统

Embedded cryogenic vacuum measurement system

本文讨论用单片微机系统实现真空测量的智能化。

Abstract This paper is about how to realize the intelligent measurement of vacuum with the microcomputer system .

如何提高真空测量的精度、控制的可靠性以及真空系统工作过程的自动化程度，是人们十分关心的问题。

How to improve measurement precision f control reliability , and automation in the vacuum control system pores a problem of great interest .

新型倍增器在极高真空测量中的应用，为解决10~（-13）～10~（15）托的测量难题提供了新的可能。

The application of that new multiplier in extremely high vacuum measurements provides possibility on solving the measuring problem of 10 ~ ( - 13 )~ 10 ~ ( 15 ) torr .

给出装置调试过程中常温和低温状态下残气谱图；根据残气成分的分析和真空测量综合评价装置的真空状况。

The residual gas spectrum at ambient temperature and low temperature are shown in the process of adjusting the device , and the results can synthetically assess the vacuum status of the device .

本文从真空测量的基础理论出发，结合真空灭弧室结构和真空开关使用的特殊性，提出了应用潘宁放电原理在线测量真空灭弧室真空度。

On the theory of vacuum measurement , with the structure of a vacuum interrupter and the specific characteristic of using a vacuum breaker , vacuum degree on-line measurement in a vacuum interrupter applying the theory of Penning discharge is advanced in this article .

通过测量锐钛矿相纳米TiO2的直流伏安特性，研究了成型压力、烧结及测量条件（在空气和真空中测量）对电导的影响，并用双耗尽层模型对实验结果进行了解释。

The effects of formation pressure , sintering and measurement conditions ( in air or in vacuum ) on electrical conductivity are studied by means of the measurements of DC voltage current characteristic . Experimental results are explained using the double depletion layer model .

真空度测量范围接近102～10－1Pa，测量响应速度为十几毫秒。

The vacuum measuring range is near 10 2 ~ 10 - 1 Pa , and the measuring response speed is 10-odd milliseconds .

用MTS810材料试验机对玻璃钢管状粘接试样施加循环载荷，并用动态真空法测量试样真空度的变化。

Cyclic load was exerted on the glass fiber reinforced plastic ( GFRP ) sample that was composed of adhesively bonded tubular joint by MTS 810 material test system . Vacuum of sample was measured using dynamic vacuum-pumping method .

热阴极电离真空规测量故障分析和改进

Problem Examinations in Vacuum Measurement with a Hot Filament Ionization Gauge