随着连铸技术应用的不断扩展，连铸坯感应补偿加热技术的优越性已充分显示。
As the application of continuously casting technology develops, the advantage of induction supplementary heating technology for continuously casting slabs has been shown fully.
本发明提供可以正确且简便地补偿加热器的电阻值误差的气体传感 器、空燃比控制装置以及运输设备。
The invention provides a gas sensor, an air-fuel ratio controller and a transportation device for simply compensating the resistance error of the heater.
详细讨论了热流道板的流道设计、加热形式及热功率计算、热膨胀量补偿以及密封等问题，并对流道板的制造方法作了介绍。
The design and manufacture of hot runner plates, including its runner, heating mode, calculation of thermal power, compensation for thermal expansion amount and sealing, etc. were discussed in detail.
可自动压力补偿、调节放气时间和放气次数、加热温度、硫化时间等。
Automatic pressure compensation, adjust the time and deflated deflated the number of heating temperature, curing time.
介绍了英国钢铁公司科比厂在焊接钢管减径前，采用一台由微处理器控制的10MW感应加热炉进行温度补偿。
The paper introduced the process of applying 10mw induction heating furnace to compensate temperature of welded tube before reducing mill, which is controlled by a micro-processor.
可以在空气补偿的过程中对能量进行恢复和退回，用于对燃烧空气的再加热或工厂、办公室的加热。
Energy can be recovered and returned as process make-up air, used to preheat combustion air, or used for plant or office heating.
在柔性印刷电路板上形成与芯片阵列对应的微型加热器阵列，针对各芯片进行分散的温度补偿。
An array of miniature heaters corresponding to the array of PCR chips is made on a flexible printed circuit board that provides distributed temperature compensation to each PCR chip.
针对加热炉优化控制中大回路反馈补偿存在延迟，不能及时反应工况变化的特点，提出一种基于前馈补偿的加热炉炉温设定值的动态优化控制策略。
To the defects of existed methods for furnace temperature setting, an improved strategy of dynamical optimization for furnace temperature is proposed based on the feed forward compensation.
通过导电加热的温度补偿，导电加热切削能有效抑制金属切削表面的积屑瘤和鳞刺。
The electric hot machining (EHM) can effectively restrain built up edges and scales of the metal cutting surface by temperature compensation.
解决方案：在腔室上部添加一个尺寸约为下部加热器板的两倍加热器，用以补偿流失掉的热量；
Solution: An upper heater, roughly twice the size of the lower heater plate, was added to the chamber to offset the heat losses.
将煤气流量补偿值与模型计算的煤气流量设定值相加，一起传给加热炉仪表；
F. counting up the gas flow compensation value and a gas flow set value calculated by the model and transmitting the total value to a heating furnace meter;
将煤气流量补偿值与模型计算的煤气流量设定值相加，一起传给加热炉仪表；
F. counting up the gas flow compensation value and a gas flow set value calculated by the model and transmitting the total value to a heating furnace meter;
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