explosion limits

Study on Calculation Method of Gas Explosion Limits

燃气爆炸极限计算方法的研究

Experimental study of test methods for determining explosion limits of flammable refrigerants

可燃性制冷剂爆炸极限实验装置研究

All of calculating methods of industrial explosion limits are summarized and evaluated .

文中系统评述了可燃气体爆炸极限的各种计算方法及其适用范围，期望为相关技术人员提供可靠的计算方法，减少我国工业生产中爆炸性灾害事故。

The explosion limits of diesel oil can not be measured out by general method .

柴油在常温下不容易挥发，蒸气浓度很小，除非是形成液体雾滴，否则达不到爆炸极限，所以用普通的测定气体（蒸气）爆炸极限的方法测不到柴油的爆炸极限。

Explosion Limits Measurement of Paraffin under High Temperature

烷烃高温下爆炸极限的测定

Theoretical and experimental studies on explosion limits of flammable mixed refrigerants

可燃性混合工质制冷剂的爆炸极限研究

Explosion limits and calculated methods of combustible gas

工业可燃气体爆炸极限及其计算

Nonlinear Prediction on Explosion Limits of Explosive Multi-component Gas Mixtures

多元混合气爆炸极限的非线性预测研究

The Improvement Research on the Device for Explosion Limits of Combustible Gases and Fire Resistance Experiment

可燃气体爆炸极限与阻火实验装置的改进研究

Soluble Phosphate Measurement of explosion limits of monohydric alcohols under higher temperature

海水中可溶性无机磷一元醇非常温爆炸极限的测定

Study of explosion limits of some alternative refrigerants

几种环保制冷剂爆炸极限实验研究与估算

The factors affecting gas explosion limits , the calculation method and the calculation errors of gas explosion limits are analyzed .

分析了影响燃气爆炸极限的因素以及燃气爆炸极限的计算方法和计算误差。

The prob-lem was analyzed from the viewpoints of gas explosion limits and the oxygen consumption .

从气体爆炸极限和氧气的消耗两个角度对该问题进行分析。

Experimental study of the explosion limits of the new refrigerant r227ea / r161

新型制冷剂R227ea/R161爆炸性实验研究

This thesis studies by experimental and simulation the issue of combustible gas explosion limits involved in the propane dehydrogenation process .

从实验和模拟两方面研究了丙烷脱氢过程涉及到的可燃气体爆炸极限问题。

At the same time the relationship of the Maximum Allowance Oxygen Content and the explosion limits also have been presented in a creative way .

同时提出了可燃气体（液体蒸汽）的最大允许氧含量与爆炸极限关系理论。

As a part of a project , the present study mainly includes explosion limits of pure and mixed refrigerants in order to guarantee security in use .

本文作为开发工作的一部分，主要从新工质使用安全性的角度研究了可燃性纯工质以及混合工质制冷剂的爆炸极限问题。

Theoretically , the explosion limits , explosion pressure and the minimum ignition energy etc , known as the common explosion parameter , have been dealt with .

在理论方面，对爆炸极限、爆炸压力、最小点火能等常用爆炸参数进行了分析。

This paper major research on the gas explosion limits and critical oxygen content of flammable gas CH4 under different conditions self-designed and built the experiment apparatus of hydrocarbon explosive properties .

本文通过实验重点研究了可燃性气体（CH4）在不同条件下的爆炸极限和对应的临界氧含量，自主设计和建造了油气燃爆特性实验架。

This illustrates that the explosion limits of gas mixture can be accurately predicted by the NN model when the volume concentration of H_2 , CO , CH_4 in the gas mixture is determined .

当H2，CO，CH4在混合气中的体积浓度给定时，非线性模型能够准确预测混合气的爆炸极限。

In this paper , an engineering calculation method for determining parameters of mixed inflammable gases is presented . Explosion limits could be decided by Le Chatelier method and corrected by measured temperature in situ of the fire district .

为此，笔者论述了矿井火区多种可燃性气体同时存在时，其混合气体爆炸三角形各参数的工程计算方法：爆炸界限可用LeChatelier法，但需根据火区实测温度进行修正；

A non-linear method of neural network model for predicting explosion limits of multi-component gas mixture containing H_2 , CH_4 and CO is put forward according to the non-linear relation between the explosion limits of the mixture and its components ' volume concentration .

根据混合气的爆炸极限与混合气各成分的体积浓度之间具有非线性关系的特点，笔者提出采用神经网络非线性方法来计算含有H2，CH4和CO的多元混合气体的爆炸极限。

By experimentally studying the influence of initial temperature and pressure on explosion characteristics of city gas , the explosion limits of city gas under conditions of initial temperature ( 20 ~ 80 ℃) and initial pressure 0.1 ~ 0.2 MPa are measured .

通过实验研究初始温度和压力对城镇燃气的爆炸特性的影响，测出初始温度为20~80℃、压力为0.1~0.2MPa条件下燃气的爆炸极限。