设定温度

DSP利用数字PID算法对测量温度和设定温度的差值进行控制。

DSP utilized digital PID algorithm to control difference between measuring temperature and setting temperature .

再采用等温条件下的反应量热器实验（RCle）研究不同的工艺条件如搅拌速度、加料速度和设定温度等参数对反应结果的影响；

Subsequently a series of toluene nitration experiments were carried out in an isothermal reaction calorimeter ( RCle ) to study the influences of different operating conditions such as stirring speed feeding rate and setting temperature and so on .

利用温度传感器测到被控对象的温度信号与设定温度值进行PID调节，从而控制高频输出功率的大小。

Temperature sensor will be used to measure the temperature signal and build temperature for PID adjusting to realize the automatic output high frequency power .

在室内设定温度不变时，制热量与COP随室外干球温度的升高而增大。

When indoor temperature keeps constant , the heating capacity and COP will increase with the higher outdoor dry-bulb temperature .

采用XRD，TEM，UV光谱等研究了经设定温度下焙烧后获得的各种修饰型纳米TiO2的晶相和微观结相。

The crystals phase and microstructure of modified nano-TiO2 calcinated at predetermined temperatures were investigated by using XRD , TEM , UV spectrum and TG-DTA .

针对树木枝芽的室外高温诱发多倍体处理，介绍了一种模糊PID温度控制器，该控制器具有显示温度、设定温度、自动控制温度等功能。

Aiming at trees ' outdoor treatment by high temperature , the fuzzy-PID temperature measure and control instrument was introduced , which has display , temperature enactment and automatic temperature control functions .

该系统的温度控制采用改进的增量式数字PID算法，由自行开发的测控软件进行计算机实时测控，使温度能准确到达设定温度，并长时间保持稳定。

This system is controlled by computer , the software is programmed on the basis of modified incremental digital PID algorithm . The system temperature can arrive set temperature precisely and keep stable .

在对Y-TZP老化性能研究中，通过设定温度、时间、气氛等参数，对氧化锆陶瓷样品进行老化实验。

The aging experiments of Y-TZP were conducted at varied conditions including temperature , time , atmosphere , et al .

结果表明，在设定温度为4℃冰箱中以保鲜剂MY-02浓度为60μg·mL-1保湿保存的方法最佳。

The result shows : treating leaves with 60ug / ml MY-02 under humid condition in refrigerator at 4 centigrade is the best .

针对这些问题，国内外学者提出根据PMV指标偏差及偏差变化率，应用模糊控制方法实时修正室内设定温度值的方法和基于新有效温度偏差及偏差变化率的模糊控制方法；

Aim at these problems , many scholars have put forward to the method that revises indoor set-temperature value with according to the difference of PMV index and the cHange-rate of its difference , applying fuzzy control .

本文根据PMV指标及列车隔热壁热平衡方程，讨论了空调客车车内设定温度与平均辐射温度、外气温度的热舒适关系，从而合理地确定隔热壁得热量；

Based on the equations of the PMV index and the thermal balance on the envelop of the air conditioning passenger train , the heat gain of the envelop is determined with the relationship of the design indoor temperature , outdoor temperature and the sun light radiate intensity .

结论：（1）在使用合适的耦合水袋时，中心温度比表面温度晚约4min达到设定温度，而水袋温度平均每4min上升1℃。

Conclusions : For an appropriate coupled water bag - the temperature rising time at center of phantom is 4 min latter than that of the superficial temperature ascending . As for superficial temperature - the rising speed is 1 ℃ / 4 min.

双数码管直接显示实测温度和设定温度。

Dual digital display shows the actual temperature and the setting temperature .

上海地区空调室内优化设定温度模型

Model of optimal temperature setpoint for air - conditioned room in Shanghai area

试验表明，置放样品的托盘温度（薄膜的生长的真实温度）与生长环境温度（设定温度）是不一样的，两者的差异甚至很大。

Experiment data shows that environmental temperature is different from ones of sample tray .

提高空调房间设定温度的节电效果分析

Electricity Saving Potential Analysis on Reasonably Increasing the Indoor Air Temperature in Air-conditioned Buildings

不过此后，由机器学习方面专家所设计的算法就能接班，开始自动设定温度。

But after that , algorithms designed by machine learning experts , set the temperature automatically .

当室内温度到达设定温度后，转为一台机工作；

When the indoor temperature reaches the design temperature , it transfers to one machine operation .

研究表明，设定温度是工艺的关键。

The RTN processing has been studied and the processing key setting the temperature has been obtained .

家用空调器设定温度与耗电量关系的实验研究

An Experimental Research on the Relation between Temperature Set Point and Power Consumption of Room Air Conditioners

实测了在不同室内设定温度（22～28℃）条件下，各室外干球温度下的空调能效比数值。

It tests the air-conditioning energy efficiency of different outdoor dry-bulb temperature in different indoor setting temperature .

超温熔断器是电气，电子设备的一种热保护元件，它按规定的技术条件安装在电气设备之中，当到达设定温度时，熔断器一次性动作，切断供电路，实现过热保护。

The Over-temperature Fuse is one of the over-heat protective elements mounted on electrical and electronic devices .

建立铜坯温度预报的数学模型，通过该模型计算加热炉工作炉温，并采用模糊控制使炉温恒定于设定温度。

The mathematical model of the temperature prediction is set up , which calculates the working temperature .

利用此标定关系，可以根据试验所需要的试件温度方便地确定加温炉自动断电设定温度，并通过监控稳定炉温来实施的所需试件温度下的冲击拉伸试验。

Tensile impacts can be conducted at the needed specimen temperature by monitoring the stabilized furnace temperature .

屏幕同时液晶显示冷水出口、冷水入口和设定温度（选配）。

Screen liquid crystal display of chill water outlet & inlet with temperatures setting ( Options available ) .

在大量试验的基础上，整定出两条锌点炉炉温程序控制设定温度曲线。

Based on lots of experiments , two temperature curves of Zinc freezing point stove with program control are established .

试验结果表明：用这两条设定温度曲线可获得良好的控制效果。

The test results show that the two temperature curves can control the Zinc freezing point stove well and give good results .

系统通过按键切换实现实际温度和设定温度在数码管中的显示和更改。

The real temperature is transformed and the set temperature in the nixie tube is displayed and altered arbitrarily with the button .

通过比较，选择了幂指数模型为最佳模型，并且根据幂指数模型预测了裂解器探头设定温度的实际温度。

To do with the suffered temperatures . Using this model , the setting and the actual temperatures of the pyrolyzer probe were predicted .

针对板材挤压成型工艺的特点，设计相应的加热和喷涂装置，调整挤出速度、加热器的设定温度、喷射流量参数，可以在板材表面得到致密的金属涂层。

Dense metal coating on the plastic plate surface can be acquired by adjusting the extrusion speed , the heating temperature and spraying flow parameters .