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heat deposited
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  热熔敷
     The properties of glass coating prepared by heat deposited method and flame spraying method were studied in this paper using falling ball experiment, SEM, X-ray diffraction and electrochemistry tests etc.
     用落球试验、扫描电镜、X射线衍射、电化学测试等方法对用热熔敷法和火焰喷熔法制取的玻璃涂层性能进行了研究。
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  “heat deposited”译为未确定词的双语例句
     The key challenge for developing high-average power solid-s ta te lasers is thermomechanical distortions caused by waste heat deposited in the gain medium by optical pumping.
     激光介质的热效应是高平均功率固体激光器面临的最大挑战,采用薄片激光介质是解决热效应的有效手段之一。
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  相似匹配句对
     Heat and Firefighters
     Heat and Firefighters(高一适用)
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     On Stagnated Heat
     论瘀热
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     The microstructures of alloy as deposited, as extruded and after heat treatment are observed.
     对合金的沉积坯、热挤压处理后的微观组织进行了观察与分析 .
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     Study on the Microstructure Evolution of Spray Deposited Heat Resistant Aluminum Alloy
     耐热铝合金喷射沉积态的组织形成
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     storm and turbidite was deposited.
     形成了扇三角洲、风暴和浊流的沉积.
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  heat deposited
Instead of observing the microwave power absorbed in the ESR transition, we monitor the recombination heat deposited by ESR-induced spin-up atoms (H↑) onto a liquid-helium coated carbon bolometer.
      
In the initial comparison the limited range of observed temperatures (T>amp;gt;1.5?MK) in the data sets suggests that heat deposited in the upper portions of the loop, fits the data more accurately than heat deposited in the lower portions.
      
In each case the ratio between the heat deposited and radiation provides a scaling for the summit temperature.
      
For example, from the analysis we show that only >amp;lt; 0.1% loss will be generated by about 10 W of heat deposited in the rod.
      
Wide angle nuclear elastic scattering makes a significant contribution to the heat deposited in the scraper systems.
      
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Chemisorption and disproportionation of CO and its reaction withH_2O on a nickel catalyst were investigated with temperature program-med heating.With increasing CO adsorption temperature from 120℃ to 300℃,desorption peak of CO decreased while that of CO_2 increased.It showsthat dissociative adsorption of CO increased as adsorption temperatureincreased.By heating deposited surface carbon,CO and CO_2 were desorbedfrom the catalyst especially above 400℃,suggesting that oxygen in thepromotors may react...

Chemisorption and disproportionation of CO and its reaction withH_2O on a nickel catalyst were investigated with temperature program-med heating.With increasing CO adsorption temperature from 120℃ to 300℃,desorption peak of CO decreased while that of CO_2 increased.It showsthat dissociative adsorption of CO increased as adsorption temperatureincreased.By heating deposited surface carbon,CO and CO_2 were desorbedfrom the catalyst especially above 400℃,suggesting that oxygen in thepromotors may react with surface carbon. It was found experimentally that CO could even be adsorbed anddisproportionate on the catalyst covered by multilayer surface car-bon.This implies that surface carbon might replace nickel as a newactive site on which CO could be adsorbed and dissociated.After heatingsurface carbon at 520℃ for half an hour,the CO adsorption became dif-ficult.During the TPR of H_2O with CO adsorbed at 120℃,H_2 was desor-bed with a sharp peak with maximum temperature at 192℃ and ashoulder,while CO_2 was desorbed later with peak maximum temperatureat 340℃.This suggests that surface carbon may be the inter mediate inthe reaction between CO and H_2O.In the TPR of H_2O with surface carbon deposited by CO dispropor-tionation,three CO_2 peaks appeared at 246℃,370℃ and 550℃ res-pectively,showing that there were three kinds of sites for surfacecarbon which could react with H_2O to form CO or CO_2.Having heatedsurface carbon at 520℃ for half an hour,two of them were deactivateddramatically while the third one almost remained unchanged.

本文应用程序升温脱附和程序升温反应技术,对镍基催化剂上CO 的吸附和歧化及其同水的反应进行了研究。结果表明:随吸附温度的升高,(从120℃到300℃)CO 的解离吸附不断增加。400℃以上助剂中的氧参与了表面碳的氧化,在多层积碳的表面上,CO 仍然能够被吸附和进行歧化反应,表明表面碳可能代替镍起到CO吸附和反应的新的活性中心的作用。在高温陈化过的表面碳上,CO 吸附困难。CO与水的反应很可能是以表面碳做为反应中间体进行的。同水反应的表面碳有三种形态,其反应峰温分别为246℃、360—370℃和>550℃。520℃陈化后,前两种形态的表面碳失活严重,而后一种则比较稳定。

The properties of glass coating prepared by heat deposited method and flame spraying method were studied in this paper using falling ball experiment, SEM, X-ray diffraction and electrochemistry tests etc. The results showed that the surface quality of glass coating was good and the micro structure of coating surface was mainly composed of glass phase with a little crystalline phase. The flame sprayed coating reacted severely with metal, produced wide transition layer and its adhesive strength was higher...

The properties of glass coating prepared by heat deposited method and flame spraying method were studied in this paper using falling ball experiment, SEM, X-ray diffraction and electrochemistry tests etc. The results showed that the surface quality of glass coating was good and the micro structure of coating surface was mainly composed of glass phase with a little crystalline phase. The flame sprayed coating reacted severely with metal, produced wide transition layer and its adhesive strength was higher than that of heat deposited coating. Moreover, between the bottom glaze layer and surface glaze layer of the latter appeared interfacial sandwich layer, which can influence the adhesive strength of glaze layer. The heat deposited coating reacted lightly with matrix metal and its anti-corrosion property was good. The flame sprayed coating reacted violently with matrix metal and its anti-corrosion property became worse.

用落球试验、扫描电镜、X射线衍射、电化学测试等方法对用热熔敷法和火焰喷熔法制取的玻璃涂层性能进行了研究。结果表明,两种方法得到的玻璃涂层表面质量好,主要由玻璃相组成,有少量晶相析出;火焰喷熔涂层与金属的作用剧烈、反应充分、形成的过渡层宽,密着强度较热熔敷涂层的高,且后者的底釉层与面釉层之间存在界面夹层,影响面釉层的密着;热熔敷涂层与基体反应轻微,耐蚀性好,而火焰喷熔涂层与基体反应剧烈,耐蚀性差。

The key challenge for developing high-average power solid-s ta te lasers is thermomechanical distortions caused by waste heat deposited in the gain medium by optical pumping. If a thin laser crystal disk is used with a near ly flat-top pump profile, the heat flux can be considered to be one-dimensiona l. Thermal lensing and stress-induced birefringence are dramatically reduced. A nearly flat top pump profile is achieved with a good design for the four-pass optical coupling system. An average output...

The key challenge for developing high-average power solid-s ta te lasers is thermomechanical distortions caused by waste heat deposited in the gain medium by optical pumping. If a thin laser crystal disk is used with a near ly flat-top pump profile, the heat flux can be considered to be one-dimensiona l. Thermal lensing and stress-induced birefringence are dramatically reduced. A nearly flat top pump profile is achieved with a good design for the four-pass optical coupling system. An average output power of 216 W is obtained from two d isks with a thickness of 1 mm. The peak power of each diode array is 2000 W with 15% duty cycle. The optical-to-optical conversion efficiency of the laser syste m is about 36% and the electrical-to-optical conversion efficiency is more than 16%. The beam quality factor is measured to be 12×13 in a stable resonator.

激光介质的热效应是高平均功率固体激光器面临的最大挑战,采用薄片激光介质是解决热效应的有效手段之一。当在抽运区尺寸远大于薄片厚度并且抽运光均匀分布的条件下,热流近似为沿厚度方向的一维分布,从而大大降低介质的热透镜效应和热致应力双折射。设计了四通光学耦合系统,通过提高二极管激光器阵列输出激光强度分布的均匀性,并优化经微柱透镜准直后光束的发散角,实现了抽运光的近平顶分布。采用两片1 mm厚的Nd∶YAG薄片激光介质,在两个峰值功率2000 W,占空比为15%的二极管激光器阵列抽运下,获得了峰值功率1440 W,平均功率216 W的准连续激光输出,光光转换效率达到36%,电光转换效率超过16%,在稳腔下测得的光束质量M2 因子约为12×13。

 
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