1) strip temperature control
带温控制
1.
Continuous annealing line is developing at very fast speed because of its advantage of low-cost and high efficiency,and the accuracy of the strip temperature control can greatly contribute to the product quality.
连续退火生产线以其高效率、低成本的优势得到了迅猛发展,加热段带温控制对产品质量的影响至关重要。
2.
Because of the imperfect feature of the current model and control, and frequent changes of the strip type and size, the current strip temperature control mode is not normally used in Baosteel s three annealing lines.
由于模型和控制技术的不完善,加上产品规格变化频繁,宝钢现有三条退火线的加热段带温控制都没有实现自动化,从而对产品质量的稳定、能耗的降低、设备寿命的延长都很不利。
2) temperature control
温度控制
1.
Study on a temperature control model and its system of vacuum freeze dryer;
真空冷冻干燥机温度控制模型与系统的研究
2.
Injection molding machine temperature control method based on time optimization;
基于时间最优的注塑机料筒温度控制方法
3.
Influence of temperature control on the hydrothermal growth of dispersed ATO nanosuspension;
温度控制对ATO纳米分散液水热生长的影响
3) furnace temperature control
炉温控制
1.
The furnace temperature control and the after-burning control widely-used for continuous annealer in late years are mainly described.
主要介绍了炉温控制和近年来在连续退火炉中广泛应用的二次燃烧控制。
2.
Finally, Smith estimating and cascaded temperature control technology are applied to the furnace temperature control system.
分析用煤气作为燃料、同一煤气总管道给多台加热炉加热引起炉温变化的原因,传统PID控制普遍存在的时间滞后问题,介绍史密斯(Smith)预估控制原理,介绍串级控制与史密斯(Smith)预估控制相结合的自动控制技术在炉温控制系统的应用及实现。
3.
An intelligent controlling system used in furnace temperature control is designed by means of combining the capability of self-studying and selfadapting of single nerve cell with the traditional PID control so that the problems of large inertia and pure lag in furnace temperature control are solved.
将单神经元的自学习和自适应能力与传统的 PID控制相结合 ,构成一种智能调节器 ,解决炉温控制中的大惯性和纯滞后问题 ,最后对所设计的控制器进行数字仿真 ,证明该控制方法的可实现性和有效
4) temperature control
炉温控制
1.
Research of furnace temperature control for thermocouple auto-verification system
热电偶自动检定系统的炉温控制策略初探
2.
The design of intelligent temperature control system based on total distributed
集散式智能炉温控制系统设计
3.
To solve the problems of the temperature control in rolling reheating furnace,the strategy of human-simulated intelligent control is constructed on the basis of its principles.
针对钢坯加热炉炉温控制现状及存在的问题,依据仿人智能控制原理,建立炉温的仿人智能控制策略。
5) thermostatic control
恒温控制
1.
Application of thermostatic control module in opacimeter;
恒温控制模块在不透光烟度计中的应用
2.
inspection,analysis,exclusion,especially focusing on problems happened in the thermostatic control system,washing water circulation system etc.
本文从柯达1140-L型胶片冲洗机的电路基本工作原理入手,介绍了怎样利用观察法、分析法和排除法等方法对该机出现的常见故障进行检修,尤其是恒温控制系统、水洗循环系统等方面的问题。
3.
However, the measuring systems of insulating oil dielectric loss and volume resistivity used at present exist the shortcoming of low accuracy, weak repeatability, inconvenience, and its thermostatic control system can t meet the challenge.
对油介损及体积电阻率测量时,首先要在15分钟内将油温从室温升到90℃并保持恒定,因此对恒温控制系统要求较高。
6) temperature-control
温度控制
1.
The results of simulation showed the method is simple and easy to be applied to other minitype temperature-control systemas well.
根据半导体激光器的温度控制特点,对Fuzzy控制的理论分析,以及利用SIMULINK 2。
2.
the Application of S7-300 in Temperature-Control System of Reflow Machine;
本文介绍了红外热风回流焊机的应用情况及系统结构,以及用西门子S7-300PLC作主控制器、TP270触摸屏作人机界面系统的温度控制的软硬件设计方法。
补充资料:温控涂层
分子式:
CAS号:
性质:又称热控涂层,是用于航天器的表面,具有特定热辐射性质、调节辐射热交换的表面涂层。这种涂层具有特定的太阳辐射吸收比和红外辐射率,在空间环境中有良好的稳定性。使用这种温控涂层,再配合其他温控措施,就可以使航天器各部位处于合理的温度范围,调节航天器蒙皮的温度梯度以及进入地球背面时的降温速度。
CAS号:
性质:又称热控涂层,是用于航天器的表面,具有特定热辐射性质、调节辐射热交换的表面涂层。这种涂层具有特定的太阳辐射吸收比和红外辐射率,在空间环境中有良好的稳定性。使用这种温控涂层,再配合其他温控措施,就可以使航天器各部位处于合理的温度范围,调节航天器蒙皮的温度梯度以及进入地球背面时的降温速度。
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