虚拟温度法,pseudo temperature method
1)pseudo temperature method虚拟温度法
1.The pseudo temperature method is used to determine the heat transfer approach temperature of each stream.提出采用虚拟温度法,确定各流股匹配换热的传热温差;将过程的夹点分析区分为操作型夹点计算与设计型夹点计算两个层次:操作型夹点计算用于过程用能的诊断;设计型夹点计算指导过程用能的调优。
英文短句/例句

1.Heat exchanger network synthesis based on the pseudo-temperature for batch processes基于虚拟温度法的间歇过程换热器网络综合
2.Synthesizing of Multi-stream Heat Exchanger Networks with Pseudo-temperature of Stream;用虚拟温度法进行具有多流股换热器的换热网络综合
3.Virtual Temperature Field Simulation of ADS1130 Motorized SpindleAD1130电主轴温度场的虚拟仿真分析
4.Research on the Development of Temperature Testing System Based on Virtual Instrument基于虚拟仪器的温度测试系统的开发
5.A Measuring System for Resistivity Based on Virtual Instrument基于虚拟仪器的温度-电阻率测试系统
6.Multi-stream Heat Exchanger Network Synthesis Based on the Pseudo-temperature;基于虚拟温度的多流股换热器网络综合
7.Design and Development of Virtual Multi-channel Instrument for Temperature Measurement;虚拟式多通道温度测试仪的设计与研发
8.Calibration of Thermocouples Based on Virtual Instrument;基于虚拟仪器的热电偶温度传感器的标定
9.Designing the Virtual Temperature Aequisition system Based on the LabVIEW;LabVIEW图形化环境下虚拟温度采集系统的设计
10.Research on Virtual Instrument of Cutting Temperature Based on LabVIEW and MCU基于LabVIEW和单片机的切削温度虚拟仪器的研究
11.Oxidation Temperature Inspecting System for Concrete Based on Virtual Instrument Technology基于虚拟仪器技术的混凝土氧化温度巡检系统
12.Temperature Acquisition Circuit Design and Virtual Simulation of Single-chip单片机温度采集电路的设计与虚拟仿真
13.A network real-time temperature monitoring device based on the virtual instrument基于虚拟仪表的网络化电缆温度实时监测装置
14.Research and development of temperature control system based on virtual instrument technology基于虚拟仪器技术的温度监控系统的研发
15.Design of Multi-Channel Temperature Measuring and Controlling System Based on Virtual Instrument基于虚拟仪器的多路温度测量与控制系统设计
16.Design of controlling & monitoring system based on Labwindows/CVI in heating-furnace temperation虚拟仪器在热处理炉温度监控系统中的应用
17.Multipoint Distributed Temperature Monitoring System Based on Virtual Instrument基于虚拟仪器的多点分布式温度监控系统
18.Design of Temperature Control System Based on Virtual Instrument Technique基于虚拟仪器的智能温度控制系统设计
相关短句/例句

pseudo-temperature虚拟温度
1.In order to save energy furthest,this paper synthesizes heat exchanger network based on each stream effective temperature level named“stream pseudo-temperature”which is obtained by each stream heat transfer temperature difference contribution value in- stead of a single global minimum approach temperature.为合理、经济地利用能源,降低生产成本,综合考虑了温度、表面传热系数和材质等影响流股传热能力的因素,计算出温差贡献值来修正各流股的实际温度得到虚拟温度,基于虚拟温度作出温焓图,提出多流股换热器网络的综合策略和冷、热流股的匹配规则,得到一组串联的多流股换热器,直观有效地进行换热网络的设计和优化。
3)temperature/pseudo-temperature温度/虚拟温度
4)false density method虚拟密度法
1.Conjugate heat transfer of transient thermal conduction,natural convection and thermal radiation with internal heat sources is simulated numerically using PHOENICS(Version 1 4) with the false density method.采用大型通用计算程序PHOENICS(14版本)、并结合虚拟密度法,对有内部热源的非稳态导热与自然对流换热及辐射换热的耦合问题进行了数值求解。
5)fictitious strength method虚拟强度法
1.The drawbacks of two common assessment methods for the material cost are discussed,proposing a"fictitious strength method"to assess the control effect of the materials\' cost,which reflects more objective of the cost assessment from raw materials to vari-ous aspects of production.讨论了两种常见的成本考核办法存在的一些弊病,提出了以"虚拟强度法"来评价预拌混凝土材料成本的控制效果,客观地反映了从原材料进场到生产各个环节材料成本的考核,数据量化,可操作性强。
6)virtual temperature load虚拟温度荷载
延伸阅读

铂电阻温度表(见电阻温度表)铂电阻温度表(见电阻温度表) 表。bod旧nZu wendubiao铂电阻温度表见电阻温