English translation for "gas nitriding"

气体氮化
气体渗氮

Related Translations:

nitriding:  氮化处理真空涂膜

nitriding furnace:  氮化炉, 渗氮炉

nitriding steel:  氮化钢渗氮钢

plasma nitriding:  离子氮化

nitriding process:  氮化法

nitriding box:  氮化箱, 渗氮箱

wet nitriding:  液体氮化

ammonia nitriding:  氨氮化

liquid nitriding:  液态氮化液体氮化法液体渗氮

nitriding structure:  渗氮组织

Example Sentences:

	1.	Preparation technology of fe - n single - phase austenite by gas nitriding 奥氏体的气体渗氮制备工艺
	2.	Pre - evacuation non - oxidation furnace pit - type nitriding furnace gas nitriding furnace 气体保护外热真空多用加热炉
	3.	Gas nitriding of steel parts 钢件的气体渗氮
	4.	What is the most often used heat treatment method ? gas nitriding or acuum nitriding ? post tampering needed ? how many times 冲裁模材料常用的热处理为何？渗氮法？真空渗氮法？之后须回火吗？几次？
	5.	What is the most often used heat treatment method ? gas nitriding or vacuum nitriding ? post tampering needed ? how many times 冲裁模材料常用的热处理为何？渗氮法？真空渗氮法？之后须回火吗？几次？
	6.	According to the demand of the technology of gas nitriding , the author firstly put forward total demand analysis and systematic model - making for gas - nitriding furnace ' s temperature control system with uml in order to definite the temperature control system ' s functional requirement and the interaction of each object in this system on the basis of this idea . it ' s thought that the key step for realizing the temperature control system is the analysis and the design of the pid controller . considering that the gas - nitriding furnace has significant temperature lag , the author initially pointed out the opinion of realizing the system of temperature control by pid controller with pure lag compensation and then designed the parameter of pid controller with pure lag compensation and ordinary pid controller by matlab6 . 5 这篇论文以作者本人在原工作单位的技术改造实践中(即渗氮炉的技术改造)所遗留下来的技术问题为背景，根据气体渗氮工艺的具体需要，首先提出了用uml对渗氮炉温控系统进行总体的需求分析和系统实物建模以明确温控系统的功能需求及各对象间的交互，在此基础上分析得出温控系统实现的关键所在即pid控制器的分析设计和实现，由气体渗氮炉存在较大的温度滞后这一特性，初步提出用带纯滞后补偿的pid控制器来实现温控系统的温度控制，随后借助于matlab6 . 5平台对带纯滞后补偿的pid控制器和常规的pid控制器进行参数的设计与整定，进而在matlab6 . 5的simulink仿真环境中对基于两种不同pid控制器的渗氮炉的两种温控系统的设计方案进行了仿真实现及仿真结果比较，结果表明，采用带纯滞后补偿的pid控制系统的鲁棒性较常规的pid控制系统好。

Similar Words：

"gas munitions" English translation, "gas myelography" English translation, "gas naphtha" English translation, "gas neck" English translation, "gas nipple" English translation, "gas nitriding of steel parts" English translation, "gas nitrocarburizing" English translation, "gas noise" English translation, "gas nozzle" English translation, "gas nozzle system" English translation