1) continuous annealing
连续退火
1.
Recrystallization kinetics of raw steel strip for galvanization during speed change continuous annealing;
热镀锌原板变速连续退火再结晶动力学
2.
Microstructural evolution of cold rolled dual-phase steel during initial stages of continuous annealing;
冷轧双相钢连续退火初期的组织演变规律
3.
Review on continuous annealing technology of hot dip galvanizing sheet for automobile;
汽车用热镀锌板连续退火技术综述
2) Continuous annealing furnace
连续退火炉
1.
The installment,sortment and composition of automatic correcting deviation system used in continuous annealing furnace of cold rolled strip were described.
概述了钢带连续退火炉的关键技术——炉内自动纠偏系统在炉体上的设置、种类、组成和特点,以及系统结构和纠偏过程基本原理。
2.
The applications and progress of hearth rolls coatings in continuous annealing furnace are reviewed,and material compositions and some current preparation methods of hearth rolls coatings are introduced.
综述了连续退火炉炉底辊涂层现阶段的研究和应用,介绍了炉底辊涂层的材料组成及常用的几种制备方法,讨论了不同种类炉底辊涂层在使用中存在的问题,指出了炉底辊涂层材料的选用原则及其发展。
3.
When cold rolled strip is treated in a continuous annealing furnace which is full of protective gas,the gas tightness of the furnace body,connected facilities and wind channels is an important indicator,which directly concerns product's surface quality,and shows technical level of designers,manufacturers and erectors.
冷轧薄带钢在充满保护气氛的连续退火炉中进行连续退火处理时,炉体及相连接设备和风道的密闭性水平,直接关系到产品的表面质量,同时也是体现设计、制造和安装技术水平的重要指标。
3) continuous annealing line
连续退火线
1.
The new developed strip temperature control method for heating furnace of continuous annealing line has been applied in Baosteel 1550 CAL.
新研制的连续退火线加热段智能预测控制技术已在1550连续退火线上投入运行,目前已达到稳态控制精度小于2℃,动态响应时间小于10 min的技术指标。
2.
The characteristics of technology and main equipment of continuous annealing line for cold-rolled steel sheet of Maanshan Iron & Steel Co.
介绍了马钢2130mm冷轧薄板连续退火线的工艺布置、主要设备及工艺特点,并对新技术的应用进行了评价。
4) continuous lehr
连续退火窑
5) Multipas continuous annealing
Multipas连续退火
6) Successive self-nucleation and annealing thermal analysis
连续自成核退火
补充资料：自我退火
分子式：
CAS号：
性质：DNA双链任一端的互补单链序列，通过碱基配对融合，产生一完整双链分子的过程。
CAS号：
性质：DNA双链任一端的互补单链序列，通过碱基配对融合，产生一完整双链分子的过程。
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