1) gas cooker
燃气灶具
1.
A new type of intelligent control system for gas cookers based on MC68HCP08GZ32 is introduced.
该文介绍了以MC68HC908GZ32为核心的新型智能燃气灶具控制系统。
2.
This paper presents a way of the best design parameters selected and the thermalperformance optmized by the method of orthogonal test on the basis of the analysis of thermalperformance and effective facturs for doineetic gas cooker.
在分析家用燃气灶具热工性能及其影响因素的基础上，重点介绍了通过正交性试验确定最佳设计参数，优化灶具热工性能的途径。
2) domestic hot-plate
家用燃气灶具
1.
The functions and structure of an automatic control system for detecting domestic hot-plate,the design of hardware and system software and the dominance of this system are expounded.
论述了一种用于家用燃气灶具检测的自动控制系统的功能与结构、硬件与系统软件的设计以及该系统的优势。
3) gas range
燃气灶
1.
On test of domestic gas range;
浅谈对家用燃气灶的检测
2.
This paper analyzed the reason why the thermal efficiency of an infrared gas range with ceramic plaque is higher than that of an atmospheric gas range.
分析了陶瓷板红外线燃气灶热效率比大气式燃气灶高的原因:具有陶瓷板辐射体,辐射效率高;燃气燃烧需要的过剩空气系数小,致使理论燃烧温度高,增强了换热,减少了排烟损失;锅支架高度小,有利于增加换热量和减小向周围的辐射散热损失。
3.
The recent development of infra-red gas range is revicwed in this paper.
作者论述了几年来红外线燃气灶的发展情况,并对红外线燃气灶和大气式燃气灶的性能做了对比试验,从中得出了红外线燃气灶值得推广的结论。
4) gas cooker
燃气灶
1.
Design of a gas cooker ignition controler based on PIC16C711;
基于PIC16C711的燃气灶脉冲点火控制器设计
5) gas stove
燃气灶
1.
A security controlling circuit is designed for gas stove in this paper.
通过在燃气灶的输气管接入一个由多波段定时模块和熄火保护模块控制的电磁阀来进一步增加燃气灶的安全性。
2.
A new type of energy saving gas stove with heat recovery is proposed,which adopts heat regenerative cycle to improve gas stove s thermal efficiency.
提出一种带回热的新型节能燃气灶,即采用回热循环来提高燃气灶的热效率。
3.
A time switch of gas stove had been designed and manufactured.
设计制作一种机械式燃气灶定时开关,可以根据使用者预先设定的时间到时准确关闭,从而能够达到杜绝厨房安全隐患的目的。
6) fuel gas fire pivot
燃气炉灶
1.
The computer control technology applied in the fuel gas fire pivot is a best way to solve the fuel gas fire pivots safety.
燃气炉灶的安全使用一直是人们关心的问题,将计算机控制技术引入到燃气炉灶的控制中,是解决燃气炉灶安全使用的最好途径。
补充资料：MS6001系列燃气轮机一级空心涡轮叶片
MS6001系列燃气轮机一级空心涡轮叶片
Ms6()()l系列燃气轮机一级空心涡轮叶片 中同科学院金属研究所供稿
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