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加热问题
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  heating problem
     Discusses on heating problem of refrigerators of fruit & vegetable in northeastern winter
     东北地区果蔬冷库冬季加热问题探讨
短句来源
     The heating problem for zinc coating pot has never been satisfactorily solved in the hot-dip galvanizing industry, which produces such serious problems as high consumption of energy and Zinc, short life of devices, environment pollution, bad working conditions, etc. , thus greatly hampering the development of hot-dip galvanizing industry. The immersion heating technique with the zinc holding ceramic pot is one of the ways to solve the difficult above-mentioned problems.
     在热镀锌工业中,镀锌锅的加热问题一直没能很好地解决,由此产生的高能耗、高锌耗、器件寿命短、环境污染重、劳动环境差等问题严重阻碍着热镀锌工业的发展,而解决上述问题的途径之一是陶瓷锌锅内加热技术。
短句来源
     To design refrigerators of fruit and vegetable should consider not only the refrigeration and ventilation, but also the heating problem.
     在果蔬冷库设计时不但要考虑制冷、通风工艺设计 ,还要考虑加热问题 .
短句来源
  “加热问题”译为未确定词的双语例句
     4. The problem of heating coronal holes;
     4.冕洞加热问题
短句来源
     This paper mainly introduce the methods and the calculation process of designing a new type of heat carrier pyrogenation stove, A new type heat carrier pyrogenation was designed independently to solve the heating problems of the heat carrier in the course of Bio-oil preparation with the design theories and methods of the fuel and gas boiler and pneumatic conveying combined, which laid a foundation for the project popularization and actual application.
     介绍了一种新型热载体加热炉的设计方法和计算过程,结合燃油燃气锅炉和气力输送的设计理论与方法,自行设计制造一种新型的热载体加热装置,以解决生物燃油制备过程中热载体的加热问题,为该项技术能够推广和实际应用奠定基础。
短句来源
     A new type heat carrier pyrogenation was designed independently to solve the heating problemsof the heat carrier in the course of bio-oil preparation with the design theories and methods of the fuel and gasboiler and pneumatic conveying combined, which laid a foundation for the project popularization and actualapplication.
     结合燃油燃气锅炉和气力输送的设计理论与方法,自行设计制造一种新型的热载体加热装置,以解决生物燃油制备过程中热载体的加热问题,为该项技术的推广应用奠定基础。
短句来源
     As a result,the data of temperature is reasonable through the simulation using the method of fluid-solid coupled.
     研究表明,采用流固耦合方法对气动加热问题进行模拟,可以得到合理可用的弹表温度数据。
短句来源
     ON THE TIME INTEGRATION OF RADIATION HEATING PROBLEMS
     论辐射加热问题的时间积分
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  相似匹配句对
     From the analysis to the behavior of problems embodied in
     问题
短句来源
     Problems
     问题
短句来源
     Problem Solving of Deoxidizing Device Heating up and Shake
     除氧器加热震动问题的解决
短句来源
     4. The problem of heating coronal holes;
     4.冕洞加热问题
短句来源
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  heating problem
The one-dimensional heating problem of multi-layer bodies and its exact mathematical solution, which is derived here for a double-layer body, is of great importance in many technical fields.
      
An iterational algorithm for solving the self-heating problem is suggested based on the thermo-visco-elastic model and the equations describing the piezoelectric effect.
      
Observations show that the solar coronal heating problem is highly complex with many different facts.
      
In the approach adopted here, we have adapted the energy considerations used in the surface heating problem to describe the competition between the stabilizing effect of fresh water and the vertical mixing brought about by tidal and wind stirring.
      
Furthermore, part of the coronal heating problem appears to have been solved with recent observational support for the Converging Flux Model in which heating is produced by coronal reconnection driven by footpoint motions.
      
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According to the ZFM law by which chromospheric magnetic field can be derived, we analyse the fine chromospheric photographs, obtained by Purple mountain Observatory in November 1979, and study the relations among the plage, solar flare, magnetic field, wave turbulence and morphological development in H_α. The coupling equations for the flow-wave fields are applied to solve the problem about perpendicular heating of faeulae. We indicate that the narrow and long bright filament in the plage might be the feature...

According to the ZFM law by which chromospheric magnetic field can be derived, we analyse the fine chromospheric photographs, obtained by Purple mountain Observatory in November 1979, and study the relations among the plage, solar flare, magnetic field, wave turbulence and morphological development in H_α. The coupling equations for the flow-wave fields are applied to solve the problem about perpendicular heating of faeulae. We indicate that the narrow and long bright filament in the plage might be the feature showing horizontal heating.

本文利用ZFM法则分析了紫金山天文台1979年11月所拍日面16398活动区精细色球照片,探讨了谱斑、耀斑、磁场、波湍动和H_a形态发展间的关系。并试用波场流体场的耦合方程去解释谱斑的垂直加热问题,认为观测到的细长谱斑亮条应是水平湍动加热的表征。

The working principle and structure of a surface ionization ion source with high current is described systematically. Some technological keypoints of fhc ion source are~given in more detail, mainly including, choosing and shaping of fhe material of the surface ionizer, heating of the ionizer, distributing of working vapour on the ionizer surface, the flow control, fhe cooling problem at the non-ionization surface and the ion optics, etc. This ion source has been used since 1972 in the electromagnetic isotope...

The working principle and structure of a surface ionization ion source with high current is described systematically. Some technological keypoints of fhc ion source are~given in more detail, mainly including, choosing and shaping of fhe material of the surface ionizer, heating of the ionizer, distributing of working vapour on the ionizer surface, the flow control, fhe cooling problem at the non-ionization surface and the ion optics, etc. This ion source has been used since 1972 in the electromagnetic isotope separator with|80?angle. It is suitable for separating isotopes of alkali metals and fare earth metals. For instance, in the case of separating Rubidium, the maximum ion current of Rb+ extracted from the ion source is about 120 mA, the maximum ion current accepted by the receiveris about 66mA, the average ion current is more than 25mA,.__The results show that our ion source have advantages of high ion current, good characteristics of focusing ion beam, working stability and structure reliability etc. It may be extended to other fields0 Finally, some interesting phenomena in the experiment are disccused briefly. Some problems which should be investigated are further pointed but.

本文系统地描述了强流表面电离离子源的工作原理和结构。详细论述了研制该源的技术关键,主要有:电离器材料的选择与成型、电离器的加热问题、蒸汽的分配、流向与控制、非所需电离表面的冷却和离子光学等。该源自1972年研制成功以来,已经应用于大型180°电磁同位素分离器上,它适于分离硷金属和稀土元素的同位素。例如,分离铷元素,其最大引出总离子流达10mA,最大接收总离子流为66mA,平均接收离子流大于25mA。大量结果表明:该源具有强流、聚焦性能好,稳定可靠等优点,并可望推广应用于其它领域。最后,本文还讨论了该源中出现的一些有趣的实验现象,指出了进一步研究的问题。

The working principle and structure of a surface ionization ion source with high current is described systematically. Some technological keypoints of the ion source are given in more detail,mainly including: choosing and shaping of the materical of the surface ionizer, heating of the ionizer, distributing of working vapour on the ionizer surface the flow control,the cooling problem at the non-ionization surface and the ion optics, etc .. Tlis ion source has been used since 1972 in the electromagnetic isotope...

The working principle and structure of a surface ionization ion source with high current is described systematically. Some technological keypoints of the ion source are given in more detail,mainly including: choosing and shaping of the materical of the surface ionizer, heating of the ionizer, distributing of working vapour on the ionizer surface the flow control,the cooling problem at the non-ionization surface and the ion optics, etc .. Tlis ion source has been used since 1972 in the electromagnetic isotope separator with 180 angle. It is suitable for separating isotopes of alkali metals and rare earth metals.For instance, in the case of separating rubidium, the maximum ion current of Rb extracted from the ion source is about 120 mA, the maximum ion current accepted by the receiver is about 66mA, the average ion current is more than 25mA. The results show that our ion source have advantages of high ion current, good characteristics of focusing ion beam, working stability and structure reliability etc.. It may be extended to other fields. Finally, some interesting phenomena in the experiment are disccused briefly. Some problems which should be investigated are further pointed out.

本文系统地描述了强流表面电离离子源的工作原理和结构。详细论述了研制该源的技术关键,主要有:电离器材料的选择与成型、电离器的加热问题、蒸气的分配、流向与控制、 非所需电离表面的冷却和离子光学等。该源自1972年研制成功以来,已经应用于大型180°电磁同位素分离器上,它适于分离硷金属和稀土元素的同位素。例如,分离铷元素,其最大引出总离子流达10mA,最大接收总离子流为66mA,平均接收离子流大于25mA。大量结果表明:该源具有强流、聚焦性能好,稳定可靠等优点,并可望推广应用于其它领域。最后,本文还讨论了该源中出现的一些有趣的实验现象,指出了进一步研究的问题。

 
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