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化學工程 在 工業(yè)通用技術及設備 分類中 的翻譯結(jié)果

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  本文關鍵詞:聚焦結(jié)構(gòu)、界面與多尺度問題,開辟化學工程的新里程,由筆耕文化傳播整理發(fā)布。


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化學工程

  • chemical engineering(403)
  • electrochemical engineering(5)
  •   

        Application of Rheology in Chemical Engineering

        流變學在化學工程中的應用

    短句來源

        Unsteady-State Operations──Challenges and Opportunities in Chemical Engineering

        非定態(tài)操作──化學工程面臨的挑戰(zhàn)與機會

    短句來源

        Recent Development of Chemical Engineering Science

        化學工程科學發(fā)展的回顧與思考

    短句來源

        Exploration of and Practice for the Construction of the Core Course Group in Chemical Engineering and Technology

        化學工程與工藝核心課程群建設的探索與實踐

    短句來源

        Focus Attention on Structure,Interface and Multi-scale Issues to Open up New Mileage of Chemical Engineering

        聚焦結(jié)構(gòu)、界面與多尺度問題,開辟化學工程的新里程

    短句來源

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        Compared with its traditional applications, CFD is facing more complicated multiphase systems and coupled processes of flow, transportat and reaction. Traditional continuum approaches based on mono-scale statistical averaging are insufficient to precise design of products and processes.

        與傳統(tǒng)應用領域相比,化學工程領域主要面對的是復雜多相流體系統(tǒng)及流動、傳遞和反應相耦合的過程,基于單尺度統(tǒng)計平均的傳統(tǒng)連續(xù)介質(zhì)方法已很難滿足對產(chǎn)品結(jié)構(gòu)和過程工藝精確設計的要求,而多尺度方法與粒子方法的結(jié)合是一條有效的途徑。

    短句來源

        Focus of Chemical Engineering--UnderstandingSpace-time Multi-scale Structure

        化學工程的發(fā)展趨勢——認識時空多尺度結(jié)構(gòu)及其效應

    短句來源

        As the development of atomizing drying, chemical vapor deposit and plasma reactor and so on, the theoretical researches and applications have flourished.

        隨著噴霧干燥,化學氣相沉積,等離子體反應設備等化工技術的深入發(fā)展,氣霧兩相流的傳質(zhì)理論和應用得到的極大地豐富,同時由于液霧特征尺寸為微米量級,屬于氣溶膠,因此成為化學工程與氣溶膠科學交叉領域新的增長點。

    短句來源

        In this dissertation, the method to synthesize separation processes by the artificial intelligent techniques is explored, so as to make the problem be solved and make the foundation for realizing computerization and automization in the whole procedure of process design.

        本文探討利用人工智能技術解決分離過程綜合問題的方法,進而使這一化學工程領域中的傳統(tǒng)難題得到解決,為化工設計全面實現(xiàn)計算機化打下基礎。

    短句來源

        The effects of process parameters on the freeze-drying for the heat transfer pattern,the heating temperture and the pressure were discussed.

        冷凍干燥過程的實驗研究涂偉萍,田文清,楊卓如,陳煥欽,譚盈科(華南理工大學化學工程研究所,廣州510641)關鍵詞冷凍干燥;

    短句來源

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    查詢“化學工程”譯詞為用戶自定義的雙語例句
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      chemical engineering

    The method can be used not only to reveal the quantitative correlation between flash points and molecular structures of alkanes but also to predict the flash points of organic compounds for chemical engineering.

          

    Optimization of Chemical Engineering Processes under Uncertainty under Hard and Soft Constraints

          

    Modified Water Pinch Method for Designing Resource-Efficient Chemical Engineering Systems

          

    Challenges and Opportunities for Chemistry and Chemical Engineering

          

    The 6th World Congress of Chemical Engineering September 23-28, 2001, Melbourne, Australia

          

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      electrochemical engineering

    Because of its extraordinary chemical stability, diamond is a perspective electrode material to be used in electrochemistry and electrochemical engineering.

          

    Proceedings of Electrochemical Engineering symposium-Newcastle 1971

          

    Performance criteria and nomenclature in electrochemical engineering

          

    This paper is a recommendation of the Working Party on Electrochemical Engineering of the European Federation of Chemical Engineering.

          

    On the basis of the electrolytic reduction of 4-nitrobenzoic acid to 4-aminobenzoic acid, the present paper deals with electrochemical engineering in a multi-phase medium.

          

    更多          



    骸癊ngineering Chemistry”is a branch of cience which appeared approximately one hundred years ago.With the development of modern chemical engineering and chemical technology and their combination,there have appeared new and promising things in the field of engineering chemistry.An important multi-disciplinary branch of science,namely,Industrial Chemical Engineering Technology,emerged recently.It deals with not only the quantitative research but also the industrialization and technology aspects of engineering chemistry.Beginning...

    骸癊ngineering Chemistry”is a branch of cience which appeared approximately one hundred years ago.With the development of modern chemical engineering and chemical technology and their combination,there have appeared new and promising things in the field of engineering chemistry.An important multi-disciplinary branch of science,namely,Industrial Chemical Engineering Technology,emerged recently.It deals with not only the quantitative research but also the industrialization and technology aspects of engineering chemistry.Beginning from the concept of engineering chemistry and its development,this aricle pointed out theat the frontiers of engineering chemistry should be:multi-phase reaction engineering,separation science and technology,biochemical engineering and chemical engineering of materia1s science.This article can be used as a aid in strategic decision-making.

    工程化學(EngineeringChemistry)是一個產(chǎn)生近百年的學科名詞,近代化學工程和化學技術的發(fā)展與結(jié)合,給它灌注了新的內(nèi)涵,使之成為一個重要的交叉學科,即工業(yè)化學工程技術(IndustrialChemicalEngineeringTechnology),它將強調(diào)定量研究的ChemicalEngineering擴展到工業(yè)和工藝、技術的內(nèi)涵。本文從工程化學的產(chǎn)業(yè)和發(fā)展提出現(xiàn)代工程化學發(fā)展的優(yōu)先領域應是:多相反應工程、分離科學與工程、生化工程和材料化工,供在決定學科發(fā)展戰(zhàn)略時參考。

    All experiments were carried out in geometrically similar vessels with diameters of 0.287m,0.495m and 1.1m respectively. Local gas holdups were measured by a hot film anemometer inupper,louer circulation regions and impeller region in the tanks.The distributions of local gasholdup in the tanks have been studied,especially in the impeller region of the tank with a diameterof 0.287m,the effects of operation conditions on the local gas holdup have also been studied,andabetter understanding of the mechanism of gas-liquid...

    All experiments were carried out in geometrically similar vessels with diameters of 0.287m,0.495m and 1.1m respectively. Local gas holdups were measured by a hot film anemometer inupper,louer circulation regions and impeller region in the tanks.The distributions of local gasholdup in the tanks have been studied,especially in the impeller region of the tank with a diameterof 0.287m,the effects of operation conditions on the local gas holdup have also been studied,andabetter understanding of the mechanism of gas-liquid dispersion process may be obtained.

    攪拌槽內(nèi)局部氣含率及其分布規(guī)律的研究高正明,,王英琛,施力田,傅舉孚(北京化工大學化學工程系,北京100029)關鍵詞:局部氣含率,氣-液攪拌槽,攪拌1前言氣-液攪拌槽反應器在石油化工、生物化工等領域內(nèi)都得到了極為廣泛的應用。但由于受到測試手段的限制,...

    Many prucess recugnitiun prublems in the chemical engineering may be included in the cate-gory uf point pattern recognition.In this paper,performances of ANN (artificial neural netwurks) forpoint pettern recognition are studied un the basis of domain partition or covering, su that an ANN rep-resentation for domain partition mapping called σ-network and its learning algorithms are proposed,and a" knowledge accumulatiin"mechanism is suggested.

    化學工程中許多過程識別問題,可歸結(jié)為點模式識別,本文以區(qū)域分劃或覆蓋為基礎,研究用于點模式識別的ANN的性能,提出分劃映射的ANN表示──σ網(wǎng)絡及其學習算法,并建立它的“知識積累”機制──σ網(wǎng)絡的序貫學習。

     

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      本文關鍵詞:聚焦結(jié)構(gòu)、界面與多尺度問題,開辟化學工程的新里程,由筆耕文化傳播整理發(fā)布。



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