结果得到高的加热效率。
本文讨论了约束对低杂波离子随机加热效率的影响。
The effect of confinement on the efficiency of ion stochastic heating with LH waves has been discussed.
微波加热是一种比一般传统加热效率更高的新型加热技术。
Microwave heating is a novel heating technology with higher effectiveness than the traditional heating method.
此优化不仅满足了加热效率的需求，也有利于磁控管的寿命。
The optimization not only satisfies the demand for heating efficiency, but also in favor of the service life of magnetron.
结果证明，热屏蔽层的应用有效地提高了空心阴极加热效率。
The result shows that heating efficiency of hollow cathode is effectively enhanced by using heat shield.
它加热效率高、速度快、可控性好，易于实现高温和局部加热。
The efficiency of heating surface is high, the speed is rapid, and the controllability is good, which is easy to realize high temperature and local heating.
这种速热水箱，加热效率高、省电、使用成本低、便于推广应用。
The kind of fast hot water tank, heats up the efficiency high, saves the electricity, the use cost is low, is advantageous for the promoted application.
同时该结构还能有效减小微加热器本身的自感效应，提高加热效率。
Meanwhile, it can also effectively reduce self inductance effect of the micro-heater and improve the heating efficiency.
本芯片具有体积小、反应速度快、加热效率高和高度集成化等优点。
The chip mentioned has many advantages, such as small size, rapid reaction rate, high heating efficiency and high integration, etc.
本发明以简易的构造实现提高了被加热物的加热效率的感应加热装置。
The invention provides an induction heating apparatus having a simple structure, which improves the heating efficiency of an article to be heated.
采用三电平拓扑的两电平输出模式，提高了加热效率，简化了控制方案。
For improving the efficiency and simplifying the control strategy, the paper USES the method of two level output in three level topology.
由于其具有加热效率高、速度快、可控性好及易于实现机械化和自动化等优点。
Heating because of its high efficiency, fast, controllable and easy to realize the advantages of mechanization and automation.
能连续排放饱和凝洁水，加热设备内不会有水积聚，从而获得最高的加热效率。
Exhausting continuously the saturation condensed water, heating equipments can't accumulate the water, acquired the highest heating efficiency.
与国外同类型产品相比，本设计方案加热效率提高30%，加热速度提高50%。
Compared with foreign products, the heating efficiency of developed bearing induction heating device is raised to 30%, heating speed is raised to 50%.
基于发射特性实验数据，设计一把模型枪，实验结果表明加热效率和发射能力达到设计要求。
Design a model electron gun according to the DC emitting characteristic, and the measurements accord with our expectation.
能排除接近饱满和状态的凝结水，过冷度小，加热设备不会有水积聚，能获得最高的加热效率。
It can discharge frozen water which is nearly saturated. The degree of super cooling is small and there is noaccumulation of water in the heating.
本文利用频率跟踪和移相控制技术，使电源输出频率跟踪负载谐振频率变化，以保证最佳加热效率。
It could ensure the best efficiency by making the output frequency to trace the resonance frequency with the frequency tracing technique and phase-shifted control.
这种控制方法可以根据要求改变触点的烧化过程，从而降低激发闪光所需的电压，提高闪光加热效率。
This control method can regulate the burn-off process of contact bridge according to requirements so that the required flashing voltage is lowered and the flashing heating efficiency raised.
新的热力计算结果，可以作为搅拌釜的设计基础。从而提高加热效率，缩短加热时间，提高经济效益。
The newly calculated results can be used as design basis for mixing pot, so as to improve heating efficiency, reduce heating time and promote economic performance.
对多喷嘴引射混合式加热器的加热性能进行了试验研究，分析了工作流体压力和引射孔结构对引射混合式加热器的出口温度、引射系数以及加热效率的影响。
The influence of the working fluid pressure and the structure of ejecting nozzle on the outlet temperature, ejecting coefficient and heating efficiency of the ejecting-mixing heater were analyzed.
本设计的要点是加热炉高的热效率，提高燃油的利用率。
The gist of the present furnace design with high thermal efficiency and fuel utilization.
也可以设置烟气余热回收系统来提高加热炉的热效率。
Flue gas can also beset up waste heat recovery system to increase the thermal efficiency of furnace.
维持过剩空气系数在最优值附近，能够有效提高常压加热炉的热效率。
It can improve thermal efficiency effectively by keeping excess air coefficient at optimal value.
采用回转式空气预热器的热回收系统，可以使加热炉热效率保持在86%以上。
Heat recovery system with revolving air preheater can keep the heat efficiency above 86%.
通过外加套、主轴螺旋翅片和腔内喷头加热形式，热效率达到95%以上，使物料快速充分熟化。
Through the forms of jacket, shaft spiral fin and chamber nozzle heating, the heat efficiency reaches over 95%, which makes the materials quickly and fully aged.
还原炉是卧式布置。炉子加热启动快，热惯性小，保温效果好，热效率高。
The furnace is horizontal, which is characterized by fast starting, low heat inertia, good isolation and high heating efficiency.
为了节约能源，提高加热炉的热效率是一项重要的措施。
To save energy raising heat efficiency of furnace is an important measure.
为了节约能源，提高加热炉的热效率是一项重要的措施。
To save energy raising heat efficiency of furnace is an important measure.
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