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过程的温度
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  process temperature
    This article uses AD590IC temperature sensor, the 8098 microcontroller, programmable logic device GAL-16V8A and new intelligent technology in the beer ferment process temperature roving testing.
    本文将八十年代最新研制的集成温度传感器AD590、8090单片机,可编程逻辑器件GAL-16V8A等新器件及智能化新技术,集中应用于啤酒发酵过程的温度检测。
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    To analysis change central qualitative sign including penetration standard softening-point ductility for SBS modified asphalt by producing with method colloid mill and find qualitative change can be in allowed range by controlling storage process temperature and time.
    对胶体磨法生产SBS改性沥青产品的主要质量指标针入度、软化点、5℃延度的变化情况进行了考察和原因分析,结果证明通过控制储存过程的温度与时间可以将产品质量的变化控制在合理的范围内。
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  “过程的温度”译为未确定词的双语例句
    An Analysis on Temperature Fields of a Borehole Thermal Storage Unit During Summer Heat Charging Process
    地层钻孔贮热体夏季贮热过程的温度场分析
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    A multi-field coupled analysis on temperature, structure and stress field of 0.21C-1.03Cr-0.20Mo-0.03Nb gear steel cylinder in quenching process has been carried out by using FEM software MSC. Marc, combined with thermal elastic and plastic models and compiled sub programme.
    利用有限元分析软件MSC. Marc,结合热弹塑性模型和编写的用户子程序,对(%)0·21C-1·03Cr-0·20Mo-0·03Nb齿轮钢圆柱体淬火过程的温度、组织和应力场进行了多场耦合分析。
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    The temperature field and microstructure field during laser heat treatment process were calculated using Finite Element Method or Finite Difference Method.
    应用有限元和有限差分方法对激光热处理过程的温度场、组织场进行了数值模拟计算。
    Effect of Temperature on Pyrolysis of Waste Tyres
    废旧轮胎热解过程的温度效应
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    Ionization Effect in Flame and Temperature Measurement of Combustion Process in the Internal Combustion Engine
    火焰的电离效应与内燃机燃烧过程的温度测量
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  process temperature
Adsorption of zinc acetate on the surface of activated carbons modified with acetic acid was studied as a function of the process temperature, initial concentration of the salt, and pH of the initial solution.
      
The effect of the process temperature on the final pH values of the solutions was examined.
      
Optimal process temperature is 80-90°C, operating pressure in the reactor is 0.6-0.8 MPa.
      
The relative amount of products undergoing oxidation at the aromatic ring and at the methyl group depends on the ozonation conditions, especially on the process temperature.
      
This method can significantly reduce the process temperature, increase the oxide growth rate, and improve the properties of the structures, giving a low density of surface states and a small fixed charge in the oxide.
      
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This experimental investigation suggests a new flowsheet for the hydrometallurgy of zinc. The flowsheet possesses several advantages: no alkali consumption, high recovery of rare metals, high quality of purified solution, ease of filtration of iron-rich leach residue, etc. After scaling up to one-cubic meter capacity, the experiment has proven that: (1) high-temperature zinc calcine is amenable to hydrometallurgical extraction with excellent results; (2) zinc sulfite is an active reducing agent capable of performing...

This experimental investigation suggests a new flowsheet for the hydrometallurgy of zinc. The flowsheet possesses several advantages: no alkali consumption, high recovery of rare metals, high quality of purified solution, ease of filtration of iron-rich leach residue, etc. After scaling up to one-cubic meter capacity, the experiment has proven that: (1) high-temperature zinc calcine is amenable to hydrometallurgical extraction with excellent results; (2) zinc sulfite is an active reducing agent capable of performing reduction at low temperature, in a short time, with small excess of reagent and high reductive rate. The required zinc sulfite may be prepared by using zinc calcine or flue dust to absorb the acid waste gases (containing 0.2-0.5% SO_2), thus simultaneous solving the waste gas pollution problem; (3) The enrichment of indium by cyclic leaching operations not only simplifies the flowsheet but also increases its enrichment factor in solution; (4) a high speed oxidation of ferrous ions is guaranteed by using a turbo-stirrer; and (5) the use of limestone as a neutralizing agent for part of the spent cell acid can achieve acid equilibrium in the system and obtain an iron residue with low zinc content.

本试验研究提供了一个湿法炼锌的新型流程。此流程具有:不耗碱、稀散金属回收率高、溶液质量好、铁渣过滤快等优点。1m~3扩大试验证实:(1) 高温锌焙砂用于湿法炼锌效果良好;(2) 亚硫酸锌是一种活性还原剂,还原过程温度低、时间短、过剩系数小、还原率高。亚硫酸锌可由制酸尾气(含SO_20.2~0.5%)用焙砂或烟尘吸收获得,同时顺便解决了废气污染问题;(3) 采用循环富集沉铟,既简化流程又提高铟的富集倍数;(4) 使用透平搅拌保证了Fe~(2+)的高速氧化;(5) 采用石灰石作中和剂解决了系统的酸平衡问题并获得贫锌铁渣。

An investigation has been made on the recovery of niobium from high phosphorus hot metal inthe laboratory. It was shown that the control of bath temperature from the beginning to the end ofblowing is very important and that only in cases of good kinetic conditions the order of oxidationof elements can correspond with thermodynamics, meanwhile more ideal selective oxidation can beobtained. The number of oxygen nozzles and their distribution in furnace bottom strongly affect thespeed of mixing in the bath as well...

An investigation has been made on the recovery of niobium from high phosphorus hot metal inthe laboratory. It was shown that the control of bath temperature from the beginning to the end ofblowing is very important and that only in cases of good kinetic conditions the order of oxidationof elements can correspond with thermodynamics, meanwhile more ideal selective oxidation can beobtained. The number of oxygen nozzles and their distribution in furnace bottom strongly affect thespeed of mixing in the bath as well as kinetic conditions.

对高磷铁水提铌进行的实验室研究,表明全过程的温度控制都是重要的,同时只有在良好的动力学条件下,各元素的氧化顺序才能基本符合热力学所示的规律,给出较为理想的选择性氧化效果,而喷嘴数目及其布置则是影响金属熔池混匀时间和动力学条件的重要因素。

The variation of chemical. composition of the brown coal tar obtained from flash pyrolysis within the range of 550°-700°was investigated through capil- lary gas chromatography. It has been found that the contents of light compo- nents especially benzene, phenol and naphthalene grow regularly as the temperature rises. In addition,the tar from rapid pyrolysis has been compared with that from slow-heating process using the same coal sample. It is confirm- ed that the aromaticity of rapid pyrolysis tar is higher...

The variation of chemical. composition of the brown coal tar obtained from flash pyrolysis within the range of 550°-700°was investigated through capil- lary gas chromatography. It has been found that the contents of light compo- nents especially benzene, phenol and naphthalene grow regularly as the temperature rises. In addition,the tar from rapid pyrolysis has been compared with that from slow-heating process using the same coal sample. It is confirm- ed that the aromaticity of rapid pyrolysis tar is higher and its chemical composition distribution is simpler and more concentrated. Moreover, the a- mounts of valuable products, such as benzene, phenol and naphthalene are mag- nificiently higher.therefore,the rapid-pyrolysis tar becomes a high-quality raw material for chemical industry.

本文研究了褐煤在650—700℃范围内进行快速热分解所得焦油的化学组成的 变化。确证随过程温度提高快速焦油中的轻质组分,特别是苯、酚和萘的含量有规律 地增加。与同一种煤样进行的慢速热分解对比,其芳化度高.化学组成和分布比较简 单和集中,其中苯、酚和萘等贵重化合物含量显著提高。是一种优质的化工原料。

 
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