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研究处理
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  researching and dealing
     Using the oil field of ChenDong as researching object, prolceeding from the region block as whole, according to oil deposits numerical analogue as the basis method, by researching and dealing with the geological parameter of big duct, applying of optimal method, we draw up a plan for sealing the big duct to optimally design modeal.
     以埕东油田为研究对象,从区块整体出发,以油藏数值模拟为基本手段,经过对大孔道地质参数的研究处理,应用最优化方法建立了封堵大孔道方案优化设计模型。
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  “研究处理”译为未确定词的双语例句
     Chestnut (Var. hongyouli produced in Henan province) was treated at 0℃, 20℃, 30℃, 35℃, 40℃ and 45℃ for 0, 4, 8,12 and 16 days to investigate the changes in calcification, biochemical and physiological characteristics.
     以0、20、30、35、40和45℃的温度分别处理河南确山“红油栗”0、4、8、12和16d,研究处理后的石灰化指数和生理生化变化。
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     Novel application of tourmaline in environmental field:Treatment of argazol blue BF-BR dyeing wastewater
     电气石在环境领域的最新应用研究:处理雅格素蓝BF-BR染料废水
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     The surface was studied by SEM and TEM after heat treatment in benzene steam for 12h,Cu -2O layers about 15nm growth on the particles were observed,it's different to the heat treatment nano copper in the vacuum.
     使用TEM、SEM、XRD、DSC TG研究处理 12h后的纳米铜的表面 ,发现纳米铜表面生长出厚度为 15nm左右层状结构的Cu2 O ,与在真空中处理的结果明显不同。
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     Methods: Ca 2+ 、Mg 2+ in serum were treated with EGTA. The effect of the treated serum on K_ Ca in SMC was observed using patch clamp single channel technique.
     方法用EGTA处理血清中的Ca2+、Mg2+等离子,用膜片钳单通道技术研究处理后的血清对SMC上的KCa的影响。
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     Bacterial Diversity in Sequencing Batch Biofilm Reactor(SBBR) for Landfill Leachate Treatment Using PCR-DGGE
     PCR-DGGE研究处理垃圾渗滤液序批式生物膜反应器(SBBR)中的细菌多样性
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     Study on Oxidation of Surface Water by Ozone
     地表水的臭氧化处理研究
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     A Research on the Probes for Waste Water Processing
     废水处理探头的研究
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     C.
     研究了C.
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     In this study:
     研究
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This paper deals with the decomposition of methyl bromide withheating or salt alcohol solution,and that of ethylene oxide with water.The test results indicate that 5% NaOH alcohol solution used to deco-mpose methyl bromide can produce 96 per cent effects.When tempera-ture is over 700℃,methyl bromide may be decomposed to 99-100 percent.Water used to decompose ethylene oxide can produce 97—98 percent effects.

溴甲烷和环氧乙烷是常用的杀虫灭菌的熏蒸剂。操作环境中的允许量,按照我国工业企业设计卫生标准(试行)溴甲烷为1毫克/立方米,环氧乙烷为5毫克/立方米。联合国粮农组织资料,每星期五天,每天工作8小时,最高允许浓度溴甲烷20ppm,环氧乙烷50ppm。因此,熏蒸设备的残余气体善后处理问题需研究解决。按照实际操作,箱体内经两次进空气抽气,最后进空气开箱,气相色谱分析结果,溴甲烷用量高达135克/立方米,未发现有残存;环氧乙烷用量高达200克/立方米,残存也只有0.2—1.0ppm,远低于卫生规定的标准。1976—1977年研究处理溴甲烷和环氧乙烷尾气得出:溴甲烷在氧化铜催化条件下,每秒流速0.33升,温度600℃,分解88.4%,625—650℃分解90.1—98.2%,700℃以上分解99.2~100%,温度愈高尾气中溴化氢和溴的含量愈低;5%氢氧化钠酒精溶液,煤油,三乙醇胺、二乙醇、乙醇和氢氧化钠混合液对溴甲烷均有良好的吸收破坏作用。在试制成功的程序控制真空熏蒸机上每立方米用溴甲烷135克测试,碱性酒精溶液吸收破坏96%以上。环氧乙烷室内试验,用热蒸气、蒸馏水、1%硫酸或1%氢氧化钠溶液处理环氧乙烷气...

溴甲烷和环氧乙烷是常用的杀虫灭菌的熏蒸剂。操作环境中的允许量,按照我国工业企业设计卫生标准(试行)溴甲烷为1毫克/立方米,环氧乙烷为5毫克/立方米。联合国粮农组织资料,每星期五天,每天工作8小时,最高允许浓度溴甲烷20ppm,环氧乙烷50ppm。因此,熏蒸设备的残余气体善后处理问题需研究解决。按照实际操作,箱体内经两次进空气抽气,最后进空气开箱,气相色谱分析结果,溴甲烷用量高达135克/立方米,未发现有残存;环氧乙烷用量高达200克/立方米,残存也只有0.2—1.0ppm,远低于卫生规定的标准。1976—1977年研究处理溴甲烷和环氧乙烷尾气得出:溴甲烷在氧化铜催化条件下,每秒流速0.33升,温度600℃,分解88.4%,625—650℃分解90.1—98.2%,700℃以上分解99.2~100%,温度愈高尾气中溴化氢和溴的含量愈低;5%氢氧化钠酒精溶液,煤油,三乙醇胺、二乙醇、乙醇和氢氧化钠混合液对溴甲烷均有良好的吸收破坏作用。在试制成功的程序控制真空熏蒸机上每立方米用溴甲烷135克测试,碱性酒精溶液吸收破坏96%以上。环氧乙烷室内试验,用热蒸气、蒸馏水、1%硫酸或1%氢氧化钠溶液处理环氧乙烷气体均有良好的水合作用,可生成乙二醇等。在程序控制真空熏蒸机上环氧乙烷每立方米200克测试,自来水淋洗法水合破坏率可达98%以上。

The study on basic data is the key to good seismic data processing,which includes scrutinizing the original data, determining optimum parameters and processing procedure etc. This paper provides a detailed outline for the study and several ways for specific processing.

基础资料的研究是处理好地震数据的关键,基础资料的研究包括认真检查原始资料,确定最佳参数和处理流程等方面。本文提供一个研究细目和几种特殊处理手段。

Two difficulties should be overcome to precisely calculate the strength of connecting rod. Firstly, the condition of bearing force and motion of the connecting rod is complex and is a function of time; Secondly, the connecting rod is a composite device and is of complex configuration with different types of joining between the various elements and several modes of fitting between interfaces, chiefly, close fit, slide fit and clearance fit.This present paper gives particular attention to the solution of some...

Two difficulties should be overcome to precisely calculate the strength of connecting rod. Firstly, the condition of bearing force and motion of the connecting rod is complex and is a function of time; Secondly, the connecting rod is a composite device and is of complex configuration with different types of joining between the various elements and several modes of fitting between interfaces, chiefly, close fit, slide fit and clearance fit.This present paper gives particular attention to the solution of some of the complicated problems concerning strength of the connecting rod. They are:1. Tight fit and shrink fit between axle sleeve, axle bush and connecting rod hole;2. Pre-tight force of connecting rod screw;3. Distribution of the force acting on connecting rod hole via piston pin and crank pin;4. Analysis of bearing force on the interface of the big end of connecting rod;5. Determination of crank running position for the calculation of the strength of connecting rod;6. Treatment of oblique bind of connecting rod.For the solution of the above problems, simplified calculating methods have also be applied in addition to precise techniques.The objective of this paper is to investigate and study boundary conditions of the forces acting on connecting rod and their binding conditions, and consequently to develop methods for their calculation, which will yield solutions of not only qualitative but also quantitative significance.

本文侧重于探讨连杆强度计算中一些较复杂的问题,包括下列内容: (1)连杆衬套、轴瓦与连杆孔的装配过盈和热过盈的处理方法; (2)考虑连杆螺钉的作用; (3)活塞销、曲柄销对连杆孔的分布作用力的研究; (4)连杆大端结合面受力情况分析; (5)连杆强度计算时工况位置的选取; (6)连杆斜约束的处理方法。 此外,还研究了处理以上某些问题的简易方法。 本文的目的在于探求尽可能逼近实际情况的连杆强度计算所需的各种边界条件及其相应的计算方法,务使其计算结果不仅有定性的而且有定量的价值。

 
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