Three-dimensional velocity components and virtual temperature were measured using ultrasonic anemometer above an area by sea.
采用三维超声风速仪测量了近海边三维风速和虚温数据。
Virtual temperature load method to adjusting the tension force in the cable is proposed, and its computing procedure and iteration expression are given.
提出了斜拉桥调索计算的斜拉索虚拟温度荷载法，给出了该方法的计算流程和迭代表达式。
The virtual temperature measurement system introduced in this paper can achieve the measurement, the collection, data processing, recording and display of multi-channel temperature.
本文设计的虚拟温度测量系统，可实现对多路温度量的测量、采集、数据处理、记录与显示。
A virtual temperature calibration system with high calibration efficiency and reliability is designed based on the conditions of the laboratory and the requisition of the object thermometer.
根据温度计量实验室的设备条件和按不同温度计的校准要求，构建高效可靠的虚拟温度校准系统。
If a door opens in the real world, so does its virtual equivalent. If the temperature in the room with the open door falls below a certain level, the digital world automatically turns on the heat.
如果在真实的世界开了一扇门，那么他在虚拟世界中成像出的“门”也会一起打开，如果随着开门，室内温度下降了一点，那么虚拟世界就会自动提高温度。
The solution temperature was displayed on the virtual panel during the brush plating process, and it would be alarmed as the temperature exceeded the permitted value.
在刷镀过程中，镀液温度实时显示在计算机的虚拟面板上，当镀液温度超出许用值时仪器报警。
The paper describes the measurement method for model surface temperature and model surface illumination strength in wind tunnel optical pressure measurement test by the virtual instruments.
本文介绍了在风洞光学测压试验中应用虚拟仪器技术对模型表面温度和模型表面光照强度的测量方法。
It turns out that both of the infrared divergence at the zero and finite temperature can be cancelled by the identical Feynman diagram of virtual processes.
结果表明零温场论中的红外发散和由温度效应引起的红外发散可以用描写虚过程的费曼图同时消除。
Based on the virtual instrument method, concrete temperature match curing instrument was developed.
基于虚拟仪器的思想，研制了混凝土温度跟踪养护仪。
The results show that, the gas pressure, electrical current, and the virtual breadth of the annular electrode affect the radial distribution of the plasma density and temperature.
结果表明，放电气压、电流以及环电极的有效宽度均影响等离子体密度和温度的径向分布。
Here, a temperature measurement and control system used in high accuracy sphere diameter laser interferometry is introduced, which is based on virtual instrument techniques.
本文介绍一种基于虚拟测试技术建立的在高精度球体直径测量激光干涉系统中采用的温度测量和控制系统。
The temperature calibration system based on virtual instrument is developed by combining virtual instrument and the technology of temperature calibration in this paper.
本文把虚拟仪器与温度二次仪表检定相结合，构建了基于虚拟仪器的温度二次仪表校准系统。
But the lessening of virtual breadth of the annular electrode makes the radial distribution of plasma density more unequal, and the total density and the average temperature lower.
但环电极有效宽度的减小使得等离子体密度的分布更不均匀，并使总的密度和平均温度均下降。
Therefore, in order to create a virtual rose model, we need to predict greenhouse climate, mainly light and temperature.
因此，为创造一个虚拟玫瑰模型，需要预知温室气候，主要是光照和温度。
Therefore, in order to create a virtual rose model, we need to predict greenhouse climate, mainly light and temperature.
因此，为创造一个虚拟玫瑰模型，需要预知温室气候，主要是光照和温度。
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