1) Transient air-fuel ratio
瞬态空燃比
1.
To meet the requirements of more strictly emissions laws, it is necessary to control the transient air-fuel ratio more precisely.
全面分析和研究了电控喷射汽油机瞬态空燃比的控制策略,包括基于观测器理论的空燃比控制策略以 及基于人工智能的空燃比控制策略。
2.
In this paper,the transient air-fuel ratio control strategies based on neural network and fuzzy control were introduced,which had the same characters that allowing the control objects were not very accurate model.
介绍并对比了基于神经网络和模糊控制的瞬态空燃比控制方法,二者均不要求控制对象为非常精确的模型。
2) transient air-fuel ratio control
瞬态工况空燃比控制
3) Transient air/fuel ratio
动态空燃比
4) transient burning rate
瞬态燃速
1.
Identification of transient burning rate during ignition pressurization of micro-solid rocket motor;
微型固体火箭发动机点火增压过程瞬态燃速辨识
5) air/fuel ratio
空/燃比
1.
In the light of the puzzle of the control of air/fuel ratio of the combustion system of rolling reheating furnace, and according to the principle of stepping searching, this paper establishes the tactics for the self-optimizing control of air/fuel ratio of combustion system of rolling reheating furnace.
针对钢坯加热炉燃烧系统空/燃比控制的难题,依据步进式搜索原理,建立了钢坯加热炉燃烧系统的空/燃比自寻最优控制策略。
2.
This paper studies the problems such as control for the burner\' s temperature and air/fuel ratio.
本文对炉温和空/燃比值控制问题进行了研究。
6) air/fuel ratio
空燃比
1.
In this paper, the characteristics of transients air/fuel ratio is explored based on detecting transients throttle angle, engine rotate speed, inject air flow, exhaust oxygen sensor output and the exhaust emission.
电喷汽油机在过渡工况中,进气流量和进气管内油膜特性会发生变化,从而使气缸内混合气空燃比偏离控制值。
2.
One of the effective means of combustion control in boilers is to realize stable combustion on the basis of analysis of dynamic characteristic of air/fuel ratio.
热电厂燃烧控制是一个多输入、多输出、不确定的复杂系统,要安全经济控制燃烧,掌握系统的特性是十分重要的;而分析空燃比的动态特性实施燃烧稳定性是锅炉燃烧最有效的方法之一。
补充资料：燃烧过程空燃比控制
分子式：
CAS号：
性质：燃烧过程空燃比控制的目的是使燃料量与空气量相适应，维持二者有一定的价值，使燃烧热效率最高。空燃比控制的主要控制手段是燃料量与送风量的协调控制，构成以空燃比为主参数的双闭环比值调节系统。为进一步保证燃烧过程经济性，经常通过烟气含氧量反馈校正信号来修正燃比（见烟气含氧量控制）。
CAS号：
性质：燃烧过程空燃比控制的目的是使燃料量与空气量相适应，维持二者有一定的价值，使燃烧热效率最高。空燃比控制的主要控制手段是燃料量与送风量的协调控制，构成以空燃比为主参数的双闭环比值调节系统。为进一步保证燃烧过程经济性，经常通过烟气含氧量反馈校正信号来修正燃比（见烟气含氧量控制）。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条