Analyzethethermalandtechnologicfeaturesofironprintingdryer.
分析了印铁涂料烘房的热工特点和工艺特点.
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Theproductislowcost,novelstructure,reliablethermalperformance.
该产品成本低,结构新颖,热工性能可靠.
Detectionmeansofadvancedelectricalequipment,thermal,metals,civilengineeringlaboratory.
装备了检测手段先进的电气、热工、金属、土建试验室.
APSisoneofthelatestdevelopmentdirectionsofthermalautomationtechnology.
机组自启停控制系统(APS)是热工自动化技术的最新发展方向之一.
Productsarewidelyappliedinelectronics,machinery,chemical,thermal,andotherareas.
产品广泛适用于电子、机械、化工、热工等各个领域.
Abuildingenvelopesdynamicthermalperformanceidentificationforthermodynamictestisintroduced.
介绍一种在实际条件下建筑围护结构动态热特性辨识用热工测试系统.
AkindofmethodoffuzzyidentificationwasproposedbasedonimprovedT-Smodel.
该文提出了一种基于改进T-S模型的热工系统模糊辨识方法.
Heattransfermechanismbetweenthefluidandthepipewallwastakenintoaccountindetail.
建立了涵盖主要传热工况的管壁与流体之间的传热模型.
Withtheincreasingofenergyconservationdesignstandard,thethermaldesignsofstaircasearefurtherstrengthened.
随着节能标准的不断提高,楼梯间的热工设计也进一步加强.
Thisarticlemainlyexpoundstherationalityofspheroid-bedstructurewithrespecttothermometallurgytheory.
本文主要从热工理论方面探讨了球床结构的合理性.
Amicrocomputer-baseddataacquisitionandautocontrolsystemapplicableinthefieldofpyrologyisintroduced.
介绍了一种适用于热工领域的微机通用数据采集和自动控制系统.
WANGZhi-xiang.Thermodynamicprotectionandsequencecontrol[M].Beijing:ChinaElectricPowerPress,2001.
王志祥.热工保护与顺序控制[M].北京:中国电力出版社,2001.
PIDcontrollerdesignmethodbasedonprobabilisticrobustnesswaspresentedforthermalprocesswithvariedparameters.
针对具有实参数不确定性的热工过程,基于概率鲁棒方法,提出一种PID控制器设计方法.
Thepaperdescribesthemathematicsmodelsofthereactorphysicandprimarycoolantthermal-hydraulics.
建立了描述反应堆与主冷却剂系统的物理、热工水力特性的数学模型.
Atpresent,distributedcontrolsystem(DCS)haslostitsadvantagesinprocesscontrollingofpowerplant.
目前,集散控制系统(DCS)在电站热工控制系统中其技术已失去了先进性.