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carrying water
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  带水
     Analysis of circulating gas system carrying water in model KDON-400Y/400Y air separation plant and solutions
     KDON-400Y/400Y型空分设备循环气系统带水的分析及处理
短句来源
     Precautions taken to prevent an ASU from carrying water when washing on-line cooling water circulating system
     冷却循环水系统在线清洗时空分设备带水的预防措施
短句来源
     The cause of the circulating gas system carrying water in modelKDON-400Y/400Y air separation plant is analyzed in the paper. In addition the process has been improved accordingly and a new heating technique adopted. Consequently satisfactory results are obtained.
     分析了KDON - 40 0Y/ 4 0 0Y型空分设备循环气系统带水的原因 ,对流程部分进行了相应改进 ,采用了新的加热工艺 ,使问题得到圆满解决
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     Through tests, the influence of structure concerning swirl plate type dehumidifying facility proper and the operation parameters upon the dehunidifying performance has been systematically studied, and the test results having been used in engineering practice, having resolved comparatively well the flue gas carrying water problem.
     通过试验 ,系统地研究了旋流板除湿装置自身结构及运行参数对除湿性能的影响 ,并且将试验研究结果用于工程实际 ,较好地解决了烟气带水问题。
短句来源
  “carrying water”译为未确定词的双语例句
     Bi-capped Keggin heteropolyacid H_7PV_(12)Mo_2O_(42) was synthesized and used as catalyst for the synthe- sis of n-butyl benzoate using benzoic acid and n-butyl alcohol as raw materials and toluene as a carrying water reagent.
     以苯甲酸和正丁醇为原料,甲苯为带水剂,用自制的 Bi-capped Keggin 型高钒杂多酸 H_7PV_(12)Mo_2O_(42)为催化剂,合成了苯甲酸正丁酯。
短句来源
     With n(n-Butyraldehye)∶n(1,2-propanediol)=1∶1.3,w(Ⅳ)=2.5%,the carrying water reagent is 12 mL and the reaction time is 1.25 h,the yield can reach 71.6%.
     最佳反应条件为:n(醛)∶n(醇)=1∶3,催化剂用量为反应物总质量的2.5%,带水剂环已烷为15mL,反应时间1.25h. 上述条件下,正丁醛1,2-丙二醇缩醛的收率可达71.6%.
短句来源
     With n(cyclohexanone)∶(n(ethylene))= 1∶1.5 ,ω(ammonium ferric sulfate)=3.3%,the carrying water reagent 15 mL, and the reaction time 1.5 h,yield of I could reach 85.6%.
     最佳反应条件为:n(环己酮)∶n(乙二醇)=1∶1.5,催化剂用量为反应物总质量的3.3%,带水剂环己烷15mL,反应时间1.5h。 上述条件下,环己酮乙二醇缩酮的收率可达85.6%。
短句来源
     When cyclohexanone was 0.2 mol,the molar ratio of n(Ⅱ)∶n(Ⅲ) was 1∶1.6,the mass ratio of the catalyst used to the reactants was 2.5 %,the carrying water reagent was 15 mL,and the reaction time is 60 min the yield of cyclohexanone 1,2-propanediol ketal was 86.6 %.
     最佳反应条件为:环己酮为0.2 m o l,n(环己酮)∶n(1,2-丙二醇)=1∶1.6,催化剂用量为反应物总质量的2.5%,带水剂环己烷15 mL,反应时间60m in. 上述条件下,环己酮1,2-丙二醇缩酮的收率可达86.6%.
短句来源
     Experimental result showed that Ⅳ is an excellent catalyst. With n(Ⅱ)∶n(Ⅲ)=1∶1.5,w(Ⅳ)=1 g,the carrying water reagent is 15 mL,and the reaction time=60 min,yield of Ⅰ can reach 71.15%.
     最佳反应条件为:n(酮)∶n(醇)=1∶1.5,催化剂用量为1 g,带水剂环己烷15 mL,反应时间60 m in。 上述条件下,环己酮1,2-丙二醇缩酮的收率可达71.15%。
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  相似匹配句对
     in water. The D.
     经紫外光照射后,颜料在水中的D.
短句来源
     in water.
     对于水,它约为4 ×10~3大气压.
短句来源
     Review on Water Environmental Carrying Capacity
     水环境承载力研究述评
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     Water carrying capacity of urbanized area
     城市化地区水资源承载力研究
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     (3)carrying
     (3)培养幼儿园新教师专业成长的自觉意识;
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  carrying water
The channel cover is a thick plate with two nozzles which are connected on one side to pipes carrying water vapor/water under high pressure.
      
Internal-corrosion inhibitors for pipelines in heat-supply systems carrying water with a high oxygen content
      
Pneumatic-hydraulic method for protecting a pressure gage from water hammer in pipe lines carrying water-soil mixtures
      
The overall pesticide effects on mortality, growth and emergence of two dominant species of Ephemeroptera in Japanese rivers, Epeorus latifolium and Ecdyonurus yoshidae, were assessed using an outdoor channel carrying water from the Kokai River.
      
The fact of the lag of the front of a polymer solution behind the carrying water has been established experimentally.
      
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The paper mainly discusses the formations, patterns, distributions, and harms of wind blown sand of Huang Huai Hai plain in Henan province, which are classified into flat alluvial sand of ancient river of Yellow River, wave sand, sand of sanddune and sandbank, and hard-mound sand cut by Yellow River. Comprehensive controls are biological control (plantation; grass protection; orchard development), water control, (sand flushed by Yellow River water; sand covered by Yellow River silt carrying water), agricultural...

The paper mainly discusses the formations, patterns, distributions, and harms of wind blown sand of Huang Huai Hai plain in Henan province, which are classified into flat alluvial sand of ancient river of Yellow River, wave sand, sand of sanddune and sandbank, and hard-mound sand cut by Yellow River. Comprehensive controls are biological control (plantation; grass protection; orchard development), water control, (sand flushed by Yellow River water; sand covered by Yellow River silt carrying water), agricultural control (green manure crops turned over into tilth top soil), engineering control (put clay which is under sand over sand; mixed sand and clay), and other control (intercrop jujube trees and oil crops; intercrop jujube trees and other fruit trees; diversified economy).

本文主要论述河南省境黄淮海平原地区风沙地的形成、类型、分布与危害。在类型上分为黄河古河道冲积平缓沙地、波状沙起伏沙地、沙丘沙垄沙地、黄河切割硬岗沙地。在综合治理上,采用生物措施(植树造林、育草封沙、发展果园等)、水利措施(引黄拉沙、引黄放淤等)、农业措施(如绿肥掩青等)、工程措施(如翻淤压、沙粘土互换等)其它措施(如枣油、枣果间作,多种经营等)

In this paper, two simple calculating formulas of instability energy of atmospheric stratification, suitable for the air parcel carrying water during its reversible saturation-adiabatic asecending process and the air parcel without water during its pseudo-adiabatic asecending process,are presented.

本文运用大气能量学、大气热力学和大气动力学基本原理,提出了适用于载水气块在可逆湿绝热上升过程中,和非载水气块在假绝热上升过程中,大气层结不稳定能量的两个简便计算公式。

Based on the radiosonde data observed two times a day for 125 stations in China, the total transport, eddy transport and divergence fields of water vapour are calculated and analyzed for the whole atmospheric layer over the Yangze River Valley during two typical wet/drough summers (1980/1985), when there were three currents that carried water vapour steadily from the southwest, northwest and southeast respectively, and then joined together over the Yangtze River Valley, high precipitation would appear...

Based on the radiosonde data observed two times a day for 125 stations in China, the total transport, eddy transport and divergence fields of water vapour are calculated and analyzed for the whole atmospheric layer over the Yangze River Valley during two typical wet/drough summers (1980/1985), when there were three currents that carried water vapour steadily from the southwest, northwest and southeast respectively, and then joined together over the Yangtze River Valley, high precipitation would appear near a convergence belt, yielding floods and water-loggings. On the other hand, during drought period, the three currents are weak and unstable, so that the condition of convergence belt formation cannot be met. Eddy transport also has similar feature. Water vapour transport due to a strong and stable current from the southwest, is a main source of precipitation.

利用我国125个探空站一日两次自地面至100hpa共11个层次上的观测资料,对长江流域典型夏涝年(1980年)和夏旱年(1985年)我国大气中水汽总输送场、涡动输送场及散度场进行了计算分析。结果表明:当水汽总输送场从西北、西南和东南三支气流携带的水汽交汇于长江流域,且整个水汽输送场稳定持久,则在水汽辐合带附近导致大量降水,形成洪涝;反之,当三支气流微弱不稳定,不能形成水汽辐合带条件,则形成干旱。涡动输送亦反映出类似的特征。稳定且强盛的西南气流水汽输送是形成降水的主要条件和原因。

 
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