混合气

这种阻风门的部分开启可以防止混合气过浓。

This partly opens the choke so that an overrich mixture is prevented .

SiH4、N2二元混合气在低O2态下的潜在危险性

Potential Hazards of SiH_4 : N_2 Mixture with Lean Oxygen

丁辛醇混合气中C2及较轻组分的气相色谱分析

Gas Chromatographic Analysis for C_2 and Light Heads in 2-EH Process Mixed Gas

混合气中CO2的膜接触器分离过程

Separation of CO_2 from Gas Mixture in Membrane Contactor

氢空气混合气的燃烧及其NOx的形成

Combustion of Hydrogen-Air Mixture and NO_x Formation

LPG混合气热值的稳定性分析与控制

Analysis and Control of the Stability of LPG Mixture Calorific Value

结果表明，碳分子筛可有效地吸附脱除混合气中的CO2。

The result showed that carbon dioxide can be adsorbed and removed from the mixture .

H2与Cl2混合气光爆的最佳实验条件探讨

On the Best Experimental Conditions About the Light Explosion with the Mixtures of H_2 and Cl_2

用SF6-N2混合气的反应离子刻蚀制作WSix微米结构

Fabrication of WSi_x Micron Structures Using RIE in SF_6-N_2 Mixture

TR燃烧系统混合气形成过程的数值模拟

Numerical Simulation of the Mixture Formation Process of TR Combustion System

BUMP燃烧室内混合气形成的多维数值研究

Multi-Dimensional Numerical Study on the Mixture Formation in the BUMP Combustion Chamber of a Diesel Engine

COPD患者和健康人呼吸氦氧混合气后肺活量变化的比较（英文）

Comparison in change in vital capacity of COPD patients and normal subjects after breathing helium-oxygen mixture ( heliox )

分别采用纯氩和氩-氮混合气作为离子气，对SiCp/6061复合材料进行了等离子弧焊研究。

Plasma arc welding of SiC_p / 6061 composite has been studied as argon or argon-nitrogen mixture has been employed as plasma gas .

乙烷和C1-C2混合气中乙烷氧化脱氢制乙烯

Oxidative Dehydrogenation of Pure Ethane and the Ethane in C_1-C_2 Gas Mixture to Ethylene

CH4/H1混合气可以在室温下对InP进行反应离子腐蚀。

CH_4 / H_2 mixtures can be used for reactive ion etching of InP at room temperature .

实验结果表明，在CO2吸收效果方面，采用膜基氨基酸盐及其复合溶剂吸收CO2/N2混合气中的CO2具有较快的分离速率和较高的分离效率；

The results show that the separation of CO_2 by membrane-based amino acid salt and its compound absorbent is of quicker mass transfer velocity and higher separated efficiency .

目的：观察氦-氧混合气治疗慢性阻塞性肺疾患（COPD）合并高二氧化碳血症的临床疗效。

Objective : To evaluate the effects of breathing helium oxygen ( heliox ) mixtures on COPD patients suffering from hypercapnia .

本文报道了横纹管（TransversallyCorrugatedTube，简称TC管）甲醛废热锅炉及甲醇混合气加热器的开发与应用。

Field test results of paraformaldehyde waste heat boiler and methanol mixed gas heater of transversally corrugated tube are reported .

一种新概念（BUMP）燃烧室内准均质燃油混合气快速形成机理的研究

A Study on Rapid Quasi-Homogeneous Diesel Fuel-Air Mixture Forming Process in A new Conceptual ( Bump ) Combustion Chamber

但在大负荷工况时，由于混合气形成条件苛刻，燃烧不完全，易造成CO和THC排放较高。

However , CO and THC were obviously increased at high load condition because of poor mixture formation and combustion process .

λSS法为可控喷油形成准均质稀混合气的优化控制策略开辟了一条新的技术途径。

λ SS set up a new technique approach which gives a new controlled strategy for optimizing the formation quasi-homogenous mixture .

Laval喷管内高速混合气的流场研究

Flow Field of High - speed Mixture in Laval Spray Tube

LPG首次着火循环所需的混合气浓度约是稳定怠速时的2.2倍；

The air fuel ratio of the starting mixture needed by first firing cycle is 2.2 times of that at normal idle condition .

推导了由测量得到的燃烧产物中CO2、CO、O2、NOx和HC的体积分数计算燃料空气混合气空燃比的计算公式。

The theoretical equation of calculating air-fuel ratio according to the volume fraction of CO_2 CO O_2 NO_ x HC of combustion products is deduced .

采用吸附柱动态实验装置，分别考察了混合气组分H2O、CO2、CH4对稀土复合吸附剂变压吸附CO的影响。

The effect of gas mixture adsorption on the rare earth complexed adsorbent for CO separation under dynamic conditions was studied with a fixed-bed experimental apparatus .

使用平面激光诱导荧光法（PLIF）对缸内直喷液化石油气（LPG）混合气分布进行了定量研究。

Mixture distribution in the cylinder of a LPG engine was quantitatively measured by using PLIF in direct injection mode .

用小型电弧加热器对筛形喷管CO2-N2超音速混合气动激光器进行了实验研究。

Experimental study on a CO_2-N_2 supersonic mixing GDL with a screen nozzle was performed on a small scale electric-ar (?) heater .

在RH脱气装置中LNG-Oxygen混合气的应用

Application of LNG-Oxygen Mixture in RH Degassing Device

目的探讨缓解期慢性阻塞性肺疾病（COPD）患者呼吸氦氧混合气（HeO2）后肺活量（VC）及其组成的变化。

Objective To investigate the change of vital capacity and its components after breathing helium-oxygen mixture ( He-O 2 ) in stable patients with chronic obstructive pulmonary disease ( COPD ) .

该系统通过在负气门重叠期进行燃油喷射并利用残余高温废气热氛围促进燃油蒸发实现均质混合气的制备，通过外部冷却EGR实现燃烧相位和速率的控制。

In this system , fuel is injected in negative valve overlap ( NVO ) and the high-temperature residual gas benefits the fuel vaporization .