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控温
    Designs of Interfacing Circuits in FTC-20 High Accuracy Temperature Controlling System
    高精度控温系统接口电路设计
    Automatical Temperature Controlling of Zinc Hot Dipping Bath
    自动控温大型燃气热镀锌炉
    The temperature controlling of horizontal vacuum furnace and it's development by computer automatically
    卧式真空炉计算机自动控温研制
    After adjustment of the system, the temperature controlling precision is ±1 ℃.
    该系统经调试,控温精度达±1℃。
    In order to improve the temperature system of the infrared oven in 24 heads rolling mill,software and hardware have been combined in the designing scheme of the temperature controlling system.
    为了改造24头轧机红外烤箱的温度系统,采用了软件和硬件相结合的自动控温设计方案。
    Temperature Controlling System of Electrically Heated Chamber Kiln
    箱形电阻炉控温系统
    Application of Heat-pipe Air-Condenser on the Temperature Controlling of Quenching Medium
    热管空冷器在淬火介质控温过程中的应用
    A temperature controlling system of thermotank with high accuracy
    一种高恒温精度恒温箱控温系统
    Timing and Temperature Controlling Fermenter Controlled by Single-Chip Microcomputer
    定时控温发酵器的单片机控制
    The Application of Decoupling Technique on the Precision Temperature Controlling
    解耦技术在精密控温中的应用
    It has no way to establish a mathematics model due to the complicated characteristics of electrical heater's temperature controlling. So the text adopt method that combine together ES and PID control to aim directly at the situation that PID control cann't fitted for whole process of controlling temperature very well.
    由于电加热器升温复杂的特性,无法建立数学模型,针对PID调节不能很好地满足全过程的控温要求的现状,采用了专家系统与PID控制相结合的方法,确定专家智能控制器的系统结构。
    In this paper, the system of the pulsed laser deposition was designed, which included the vacuum system ,the laser focus system ,the automatic substrate heating and temperature controlling system , the charging gas system and the spring target rotation system. And with this system the film of perovskite-like structure was deposited successfully.
    本论文设计研制和改造了脉冲激光沉积薄膜装置(Pusled Laser Deposition),其中包括真空系统、光路系统、自动加热控温系统、充气系统及弹性靶材转动机构等,且在玻璃基片上沉积了钙钛矿结构的薄膜材料;
    Practicality running show that the system stabilization and credibility and high precision of temperature controlling.
    实际运行表明该系统具有控温精度高、可靠性好、工作稳定等优点。
    A micro-thermostatical furnace and a temperature controlling circuit were developped on the basis of the above measurement. Over 5 hours stable and continous operation of the acoustic-photo active mode-locked Ar~+ laser was achived.
    以此为依据,研制了微型恒温炉和控温电路,保证了声光主动锁模Ar~+激光器能稳定地运转5小时以上。
    This ins- trument can be adjusted continuously in the range of 20℃ to 100℃. The pre- cision of temperature controlling is within±0.5℃,It has a good repeatibility and can be used conveniently.
    该仪器在20—100℃间连续可调,控温精度优于±0.5℃,再现性好,使用比较方便。
    Besides,the paper introduces the working principle of self-designed,construction simple and performance reliable die temperature automatic control device of duplex-cavity pneumatic thermal co- nductive oil circulating and design keys of die temperature controlling passages.
    介绍了自行设计、结构简单、性能可靠的双腔气压导热油循环自控型温装置的工作原理及压铸型控温通道的设计要点。
    After given cold temperature was acquited by mechanic ventilation, selecting optimum temperature and moisture content reducing opportunity and making use of temperature controlling technique were taken to remove accumulated heat in storehouse space and stored grain and retard rising velocity of cold air in stored grain for maintaining quality of storage grain.
    应用机械通风达到低温要求后,选择最佳降温降水时机,采用控温技术,排除仓内、粮层内积热,延缓粮层内冷空气上升速率,以保持储粮品质;
    This method is simple and convenient and can satisfy the require of temperature controlling precision.
    应用模糊逻辑进行控温,方法简便,且能满足控温精度。
    A practical temperature controlling for system nou-critical phase matching LiNbO_3 frequency doublers in, reported.
    本文报导了一种非临界相位匹配LiNbO_3倍频器的实用控温系统,其特点是造价低廉和温度稳定度高。
    The method of temperature phase-matching of ADP crystal is used to get SHG. The thermoelectric cooling moduli are adopted as cooling sources, the artificial quartz crystal is applied as the temperature measurement sensor and the PID real-time control algorithm is applied in the intelligent precise temperature measurement and control system. The apparatus with the temperature controlling accuracy of 0. 05 ℃ is developed.
    采用ADP晶体的温度位相匹配法,以半导体致冷器作为冷源,石英晶振用作测温传感器,并将PID实时控制算法用于智能型精密测控温系统中,研制出了控温精度达 0. 05 ℃的恒温装置。
 

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