Updated on 2023/09/21

写真a

 
MURASE Kazuo
 
Organization
Faculty of Science and Engineering Professor
Other responsible organization
Applied Chemistry Course of Graduate School of Science and Engineering, Master's Program
Applied Chemistry Course of Graduate School of Science and Engineering, Doctoral Program
Contact information
The inquiry by e-mail is 《here
External link

Degree

  • Doctor of Engineering ( Nagoya University )

Education

  • 1988.3
     

    Nagoya University   Graduate School, Division of Engineering   Chemical Enginnering Cource   doctor course   completed

  • 1983.3
     

    Nagoya University   Faculty of Engineering   Department of Chemical Engineering   graduated

Research History

  • 2021.4 -  

    中央大学情報環境整備センター副所長

  • 2008.4 -  

    中央大学理工学部教授

  • 2008.4 -  

    ~ 中央大学理工学部教授

  • 2007.4 - 2008.3

    中央大学理工学部准教授   Faculty of Science and Engineering

  • 1995.4 - 2007.3

    "Chuo University,Associate Professor"   Faculty of Science and Engineering

  • 1995.4 - 2007.3

    Chuo University

  • 1988.4 - 1995.3

    "Nagoya University,Assistant Professor"

  • 1988.4 - 1995.3

    Nagoya University,Assistant Professor

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Professional Memberships

  • ヨーロッパ脱塩学会

  • International Desalination Association

  • The society of sea water science,Japan

  • 日本伝熱学会

  • The Japan society of multuphase flow

  • 日本機械学会

  • The society og powder technology,Japan

  • The society of Chemical Engineers,Japan

  • European Desalination Socirty

  • International Desalination Association

  • The society of sea water science, Japan

  • The heat transfer society of Japan

  • The Japan society of multuphase flow

  • The Japan society of mechanical engineers

  • The society og powder technology, Japan

  • The society of Chemical Engineers, Japan

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Research Interests

  • Renewable and sustainable energy

  • granulation

  • transport phenomena

  • 海水

  • Desalination Technology

  • sea water

  • Heat transfer

  • transport phenomena

  • 熱工学

  • 再生・持続可能エネルギー

Research Areas

  • Manufacturing Technology (Mechanical Engineering, Electrical and Electronic Engineering, Chemical Engineering) / Fluid engineering  / 流体工学

  • Environmental Science/Agriculture Science / Environmental materials and recycle technology

  • Environmental Science/Agriculture Science / Environmental load reduction and remediation

  • Nanotechnology/Materials / Energy chemistry  / エネルギー学

  • Manufacturing Technology (Mechanical Engineering, Electrical and Electronic Engineering, Chemical Engineering) / Thermal engineering  / 熱工学

Books

  • Powder Technology Handbook Fourth Edition

    Ko Higashitani, HIsao Makino, Shuji Matsusaka( Role: ContributorChapter 5.10)

    CRC Press  2019.10  ( ISBN:9780367862800

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    Total pages:12   Responsible for pages:417-428   Language:English   Book type:Scholarly book

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  • Mechanical Properties of wet granular

    Technosystem Co.,Ltd  2014.11 

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  • Mechanical Properties of wet granular

    MOriyoshi KOnami, KAnji MAtsumoto(Process design and trouble shooting in powder & nanoparticle processing,Chapter2-7)

    Technosystem Co.,Ltd  2014.11 

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    Total pages:840   Responsible for pages:6   Language:Japanese  

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  • 化学工学講義ノート

    村瀬和典, 関口勲共著( Role: Sole author)

    産業図書  1997.1 

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    Responsible for pages:1-100   Language:Japanese   Book type:Scholarly book

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MISC

  • Mechanical properties of wet granular materials

    Kazuo Murase

    Funtai Gijutsu   8 ( 6 )   19 - 29   2016.6

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    Language:Japanese   Publishing type:Article, review, commentary, editorial, etc. (other)   Publisher:The Association of Powder Process Industry and Engineering  

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  • 湿潤粉粒体の力学特性

    村瀬 和典

    粉体技術   8 ( 6 )   19 - 29   2016.6

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  • 太陽電池とのハイブリッド型膜蒸留装置(PV/MD)

    村瀬 和典

    日本海水学会   68 ( 6 )   330 - 335   2015.12

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    Language:Japanese   Publishing type:Article, review, commentary, editorial, etc. (other)   Publisher:日本海水学会  

    DOI: 10.11457/swsj.68.330

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  • Evaluation of a solar membrane distillator hybridized with a photovoltaic cell

    Kazuo Murase, Kouki Chikamatsu, Takayuki Kyuno

    Desalination and Water Treatment   51 ( 4-6 )   686 - 694   2013

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    Language:English   Publisher:Taylor and Francis Inc.  

    Solar energy is one of the most promising natural and renewable energy resources. Hybridization is one of the most available concepts that serve as a solution for small-energy conversion of the renewable energy. A hybrid solar membrane distillator with a photovoltaic cell was devised to simultaneously utilize both solar photovoltaic energy and thermal energy. A PV/T system, which has combined a solar cell and a thermal unit for heating or cooling device is one of the hybrid systems. The effectivity of a hybrid solar membrane distillator was experimentally and numerically verified by the case studies of a solar cell, membrane solar distillator with and without a photovoltaic cell. The standard electrical conversion efficiency of a hybrid distillator had equivalent performance as a solar cell without a distillator due to an amorphous Si photovoltaic cell. The reduction of thermal efficiency by hybridization is settled within the 10% range in spite of a larger heat resistance of the hybrid distillator. The performance of a hybrid system of electricity and heat was estimated not by the concept of total system but by the energy-saving efficiency. The energy-saving efficiency of a hybrid distillator, 33%, is obtained beyond our expectations. © 2013 Desalination Publications.

    DOI: 10.1080/19443994.2012.693625

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  • 太陽電池とハイブリッドした太陽熱利用膜蒸留装置の有効性

    村瀬和典, 近松康樹, 及能貴之

    脱塩と水処理   51 ( 4-6 )   686 - 694   2013

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  • Experimental and numerical analysis of a tube-type networked solar still for desert technology

    K Murase, H Tobata, M Ishikawa, S Toyama

    DESALINATION   190 ( 1-3 )   137 - 146   2006.4

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    Language:English   Publisher:ELSEVIER SCIENCE BV  

    A tube-type solar still is proposed to integrate a conventional still and a water distribution network suitable to our concept of desert plantation. This still is directly set up on ground-like pipelines connecting brackish water or seawater ponds. The distilled water is immediately supplied to the plants under the ground by penetration without any extra water pipelines. The still is made of metal-free materials, e.g., plastic as vinyl chloride or PET resin which are inhibited from corrosion by seawater. Experimental data measured in our laboratory using infrared lamps showed the effectiveness of the method for productivity, the design of the basin tray and thermal efficiency up to 12.5%. Numerical simulations with experimental data as the temperature profiles at the tube walls estimated heat convection occurring within the still for modification of the Dunkle's model. Active convection over the basin was predicted in the half-cut tube type of the basin as compared with a conventional flat basin. The secondary convective circulations under the basin in case of the flat basin promote bulk flow from the upper part of the basin to the lower part, which suggests the necessity of insulating the lower part of the still. On the other hand, the tube basin enlarges the evaporative area over the basin and restricts the vapor circulation under the basin. Simulated results show that the performance of this type is not necessary for the insulation of a still and possible for setting up the lower part of the still under the ground. The tube-type solar still is very simple and has been researched, but further research is needed to make it a suitable technology:for desert plantations.

    DOI: 10.1016/j.desal.2005.07.018

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  • Experimental and numerical analysis of a tube-type networked solar still for desert technology

    K Murase, H Tobata, M Ishikawa, S Toyama

    DESALINATION   190 ( 1-3 )   137 - 146   2006.4

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    Language:English   Publisher:ELSEVIER SCIENCE BV  

    A tube-type solar still is proposed to integrate a conventional still and a water distribution network suitable to our concept of desert plantation. This still is directly set up on ground-like pipelines connecting brackish water or seawater ponds. The distilled water is immediately supplied to the plants under the ground by penetration without any extra water pipelines. The still is made of metal-free materials, e.g., plastic as vinyl chloride or PET resin which are inhibited from corrosion by seawater. Experimental data measured in our laboratory using infrared lamps showed the effectiveness of the method for productivity, the design of the basin tray and thermal efficiency up to 12.5%. Numerical simulations with experimental data as the temperature profiles at the tube walls estimated heat convection occurring within the still for modification of the Dunkle's model. Active convection over the basin was predicted in the half-cut tube type of the basin as compared with a conventional flat basin. The secondary convective circulations under the basin in case of the flat basin promote bulk flow from the upper part of the basin to the lower part, which suggests the necessity of insulating the lower part of the still. On the other hand, the tube basin enlarges the evaporative area over the basin and restricts the vapor circulation under the basin. Simulated results show that the performance of this type is not necessary for the insulation of a still and possible for setting up the lower part of the still under the ground. The tube-type solar still is very simple and has been researched, but further research is needed to make it a suitable technology:for desert plantations.

    DOI: 10.1016/j.desal.2005.07.018

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  • Solar stills made from waste materials

    S Toyama, K Murase

    DESALINATION   169 ( 1 )   61 - 67   2004.9

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    Technology for solar desalination has been studied for a long time as a process friendly to the environment and also energy saving. We found a new aspect by diverting attention from industrial mass production systems to the consumer's life-style and resource recycling problems. Thus, desalting solar stills made from waste materials were studied. A type made from a polypropylene tray and polyethylene wrapping sheets was subjected to laboratory tests at steady and unsteady states for heat and mass transfer analysis. The beam strength was substituted by referring to the data the of Meteorological Agency on August 6, 2000 [total solar radiation 26.27MJ/(m(2.)d)]. The maximum water productivity was delayed 2 h from that of the beam strength. Total productivity of water per day and 1 m(2) was measured as 3.54 kg and calculated as 2.35 kg. The result indicated the need to improve the performance and the direction of development of the solar still. This concept could be especially worthwhile for producing water without any harm to the environment by utilizing renewable solar energy.

    DOI: 10.1016/j.desal.2004.08.007

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  • Solar stills made from waste materials

    S Toyama, K Murase

    DESALINATION   169 ( 1 )   61 - 67   2004.9

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    Language:English   Publisher:ELSEVIER SCIENCE BV  

    Technology for solar desalination has been studied for a long time as a process friendly to the environment and also energy saving. We found a new aspect by diverting attention from industrial mass production systems to the consumer's life-style and resource recycling problems. Thus, desalting solar stills made from waste materials were studied. A type made from a polypropylene tray and polyethylene wrapping sheets was subjected to laboratory tests at steady and unsteady states for heat and mass transfer analysis. The beam strength was substituted by referring to the data the of Meteorological Agency on August 6, 2000 [total solar radiation 26.27MJ/(m(2.)d)]. The maximum water productivity was delayed 2 h from that of the beam strength. Total productivity of water per day and 1 m(2) was measured as 3.54 kg and calculated as 2.35 kg. The result indicated the need to improve the performance and the direction of development of the solar still. This concept could be especially worthwhile for producing water without any harm to the environment by utilizing renewable solar energy.

    DOI: 10.1016/j.desal.2004.08.007

    Web of Science

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  • Experimental and numerical analysis of a tube type of a networked solar distillator for desert technology

    Kazuo Murase, Shigeki Toyama

    IDA World congress on desalination and water reuse   2003.9

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  • Experimental and numerical analysis of a tube type of a networked solar distillator for desert technology Reviewed

    Kazuo Murase, Shigeki Toyama

    IDA World congress on desalination and water reuse   2003.9

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    Language:English   Publisher:International desalination association  

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  • Experimental and numerical study on liquid bridge adhered to three spheres

    Tsuyoshi Mochida, Hiroyuki Sugama, Kazuo Murase

    4th International Conference for conveying and handling of particulate solids   2003.5

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  • Experimental and numerical study on liquid bridge adhered to three spheres Reviewed

    Tsuyoshi Mochida, Hiroyuki Sugama, Kazuo Murase

    4th International Conference for conveying and handling of particulate solids   2003.5

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  • 多重効用型膜蒸留式田尾用熱利用海水淡水化装置の開発

    村瀬和典, 込山有人, 池谷厚, 古川雄一郎

    日本海水学会誌   54 ( 1 )   30 - 36   2000.2

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    Language:Japanese  

    DOI: 10.11457/swsj1965.54.30

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  • 多重効用型膜蒸留式炭水化装置の性能

    村瀬和典, 池谷厚

    日本海水学会第50年会、高松   1999.6

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  • Simulation of gas and particle behaviors in moving-fluidized bed with inclined baffle plates by two-fluid model

    Keigo Nagata, Tomoaki Tadama, Kazuo Murase, Yoshiyuki Bando, Masaaki Nakamura, Shigeki Toyama

    Journal of Chemical Engineering of Japan   32 ( 6 )   816 - 820   1999

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    Language:English   Publisher:Society of Chemical Engineers, Japan  

    The particle dynamics in a gas-solid contactor with inclined baffle plates forming a zig-zag path have been numerically simulated by a two-fluid model. In this contactor, solid particles slide down along the baffle plates and are fluidized at the openings between the wall and the edge of the baffle plates by the upflowing gas. Thus this structure is called a "moving-fluidized bed." In the present two-fluid model, both the gas and particles are considered to be in continuum and fully interpenetrating and their behavior are described in terms of four hydrodynamic equations
    conservation equations of mass and momentum for the respective phases. The computer simulated porosity distributions in a two-dimensional moving-fluidized bed show that the gas bubbles appear in the fluidized bed region at the opening for the gas velocity exceeding a critical value. The average diameter of the bubbles and the distribution of the particle velocity along the baffle plate have been calculated. These results are in good agreement with the experimental results. Copyright © 1999 The Society of Chemical Engineers.

    DOI: 10.1252/jcej.32.816

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  • Simulation of gas and particle behaviors in moving-fluidized bed with inclined baffle plates by two-fluid model

    Keigo Nagata, Tomoaki Tadama, Kazuo Murase, Yoshiyuki Bando, Masaaki Nakamura, Shigeki Toyama

    Journal of Chemical Engineering of Japan   32 ( 6 )   816 - 820   1999

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    Language:English   Publisher:Society of Chemical Engineers, Japan  

    The particle dynamics in a gas-solid contactor with inclined baffle plates forming a zig-zag path have been numerically simulated by a two-fluid model. In this contactor, solid particles slide down along the baffle plates and are fluidized at the openings between the wall and the edge of the baffle plates by the upflowing gas. Thus this structure is called a "moving-fluidized bed." In the present two-fluid model, both the gas and particles are considered to be in continuum and fully interpenetrating and their behavior are described in terms of four hydrodynamic equations
    conservation equations of mass and momentum for the respective phases. The computer simulated porosity distributions in a two-dimensional moving-fluidized bed show that the gas bubbles appear in the fluidized bed region at the opening for the gas velocity exceeding a critical value. The average diameter of the bubbles and the distribution of the particle velocity along the baffle plate have been calculated. These results are in good agreement with the experimental results. Copyright © 1999 The Society of Chemical Engineers.

    DOI: 10.1252/jcej.32.816

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  • 粉粒体シミュレーション:最近の動向

    村瀬和典

    粉体と工業   30 ( 12 )   35 - 40   1998.12

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  • Development of a Roof Type Solar Membrane Distillator for Desert Afforestation

    S. Komiyama, K. Matsuyama, N. Miyahara, K. Murase

    Desert Technology IV, Australia   1997.9

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  • Development of a Roof Type Solar Membrane Distillator for Desert Afforestation

    S. Komiyama, K. Matsuyama, N. Miyahara, K. Murase

    Desert Technology IV, Australia   1997.9

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  • コンクリート受熱版による太陽熱海水淡水化装置の開発 Reviewed

    久留美慶晃, 村瀬和典, 中村正秋, 外山茂樹

    日本海水学会誌   50 ( 1 )   13 - 17   1996.1

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    Language:Japanese   Publisher:日本海水学会  

    A solar still using a concrete slab as a solar collector was developed. Brine was filmwisely fed into the grooves of parallel polyethylene ropes under the slab onto which a porous sheet was attached. The production of distillate depended strongly on the feed rate divided into three liquid flow rate regions: dry-out, effective, and independent. The result of simulation with respect to meniscus film flow shows that the mechanism of heat transfer is due to the surface area ratio of the sheet to the meniscus film.

    DOI: 10.11457/swsj1965.50.13

    CiNii Books

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    Other Link: https://jlc.jst.go.jp/DN/JALC/10016683449?from=CiNii

  • Study on Solar Still using Concrete Slab as a Soalr Collector

    Y.Kurumi, K.Murase, M.Nakamura, S.Toyama

    13 - 16   1995.10

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  • Study on Solar Still using Concrete Slab as a Soalr Collector

    Y.Kurumi, K.Murase, M.Nakamura, S.Toyama

    沙漠研究   5   13 - 16   1995.10

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    Language:English   Publisher:日本沙漠学会  

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  • 傾斜板挿入型気固接触装置の流動装置 Reviewed

    永田敬吾

    粉体工学会誌   31 ( 12 )   869 - 874   1994.4

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    Language:Japanese   Publisher:粉体工学会  

    The behavior of particles in a gas-solid contactor with inclined baffle plates to form a zig-zag path has been experimentally studied. In this contactor, solid particles trickle down over the baffles and are spouted into the opening between the wall and the plate edge by upflowing gas. The pitch, open spacing fraction and inclination of the baffles are chosen as parameters of the experimental condition. The loading and flooding points are observed at critical gas velocities in using this apparatus. A definite increase in the solid holdup and residence time of solid particles is also observed at the loading point, and particles choked the column at the flooding point. To investigate these properties thoroughly, trajectories of a single partcle are calculated in a two-dimensional field of the gas velocity measured with a hot wire anemometer.

    DOI: 10.4164/sptj.31.869

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  • Breeding Type Inland Marine Oasis Solartopia Reviewed

    S.Toyama

    Trans. of ASME J. Solar Engineering   1   119 - 123   1992.4

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  • Breeding Type Inland Marine Oasis Solartopia Reviewed

    S.Toyama

    Trans. of ASME J. Solar Engineering   1   119 - 123   1992.4

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  • 蒸発法海水淡水化に関する研究 Reviewed

    外山茂樹, 新垣勉, 村瀬和典, H.M.Salah

    日本海水学会誌   46   3 - 21   1992.1

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    Language:Japanese   Publisher:日本海水学会  

    DOI: 10.11457/swsj1965.46.3

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  • 2球体間に付着する液滴体積の数値解析 Reviewed

    村瀬和典, 柴田治久, 安田洋一, 外山茂樹

    混相流   5 ( 4 )   322 - 331   1991.12

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  • Studies of Desalting Solar Still

    S.Toyama, M.Nakamura, K.Murase, H.M.Salah

    Memoirs of the Faculty of Engineering Nagoya Univ.   1 - 53   1991.10

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  • Studies of Desalting Solar Still

    S.Toyama, M.Nakamura, K.Murase, H.M.Salah

    Memoirs of the Faculty of Engineering Nagoya Univ.   43 ( 1 )   1 - 53   1991.10

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    Language:English   Publisher:名古屋大学工学部  

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  • Experimental and Numerical Analysis of Trickling and Spouting Particles Flowing down over Regularly Arranged Baffles

    M.Nakamura

    Proceedings of International Conference Multiphase Flow   309 - 312   1991.9

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  • Experimental and Numerical Analysis of Trickling and Spouting Particles Flowing down over Regularly Arranged Baffles

    M.Nakamura

    Proceedings of International Conference Multiphase Flow   1   309 - 312   1991.9

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    Language:English   Publisher:日本混相流学会  

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  • SURFACE EVAPORATION OF LIQUID FLOWING DOWN AN INCLINED GROOVE

    S TOYAMA, K MURASE, S KIMURA, M NAKAMURA

    DESALINATION   82 ( 1-3 )   387 - 397   1991.8

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    Language:English   Publisher:ELSEVIER SCIENCE BV  

    The paper theoretically deal with the flow of liquid and surface evaporation at an inclined groove to provide information for designing and operating roof type solar stills. The momentum and heat transfer equations were formulated for the purpose. The constitutional equations were calculated by a finite element method with a shape function of biquadratic polynomial.
    The average temperature rise with respect to a cross section of the liquid flow and the total evaporation rate from the meniscus surface were calculated from the temperature distribution and the convectional flow vector. The result indicate that the effect of convection on enhancement of the evaporation rate was about 17% at maximum in such a low Reynolds number range.

    DOI: 10.1016/0011-9164(91)85203-7

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  • SURFACE EVAPORATION OF LIQUID FLOWING DOWN AN INCLINED GROOVE

    S TOYAMA, K MURASE, S KIMURA, M NAKAMURA

    DESALINATION   82 ( 1-3 )   387 - 397   1991.8

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    Language:English   Publisher:ELSEVIER SCIENCE BV  

    The paper theoretically deal with the flow of liquid and surface evaporation at an inclined groove to provide information for designing and operating roof type solar stills. The momentum and heat transfer equations were formulated for the purpose. The constitutional equations were calculated by a finite element method with a shape function of biquadratic polynomial.
    The average temperature rise with respect to a cross section of the liquid flow and the total evaporation rate from the meniscus surface were calculated from the temperature distribution and the convectional flow vector. The result indicate that the effect of convection on enhancement of the evaporation rate was about 17% at maximum in such a low Reynolds number range.

    DOI: 10.1016/0011-9164(91)85203-7

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  • The Shape and Stability of Captive Films and Drops between Two Cylinders and between Two Spheres

    K.Murase, H.Shibata, Y.Yasuda, M.Nakamura, S.Toyama

    4th. World Congress of Chemical Engineering   1991.6

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  • The Shape and Stability of Captive Films and Drops between Two Cylinders and between Two Spheres

    K.Murase, H.Shibata, Y.Yasuda, M.Nakamura, S.Toyama

    4th. World Congress of Chemical Engineering   3 Session 9. 6-12   1991.6

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    Language:English   Publisher:European Federation Chemical Engineering  

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  • Transitional Zone in a Falling Liquid Film

    T.Aragaki

    International Chemical Engineering   241 - 242   1990.4

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  • Transitional Zone in a Falling Liquid Film Reviewed

    T.Aragaki

    International Chemical Engineering   30 ( 2 )   241 - 242   1990.4

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    Language:English   Publisher:AIChE  

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  • Shape coefficient of a non-spherical particle to characterize heat transfer

    Shigeki Toyama, Tsutomu Aragaki, Kazunori Murase, Mitsunori Kishi

    Advanced Powder Technology   1 ( 1 )   13 - 24   1990

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    The shape coefficient of a non-spherical particle to characterize heat transfer was defined by using the similarity of the transient cooling curve of a sphere. Namely, the reducing radius of the sphere could be determined to minimize the error of curve-fitting. The ratio of the reducing radius to a representative radius of a non-spherical particle was then defined as the shape coefficient. The shape coefficient was calculated for cylinders, rectangular solids, and elliptical bodies as typical non-spherical shapes, and nomographs are presented for aspect ratios from 0.1 to 10 and Biot Numbers 0-100. The nomographs are bell-shaped curves with respect to the aspect ratio, having a peak near unity and monotonously decreasing to about 50% of the shape coefficient at the peak. When the aspect ratio is changed from 1.0 to 2.0, for example, the change of the shape coefficient is only in the order of 5%. Even over a wide range of Biot Numbers, the shape coefficient differs at most by 10%. This feature permits the shape coefficient of almost all particles to be approximated by one of these three typical non-spherical shapes. © 1990, Society of Powder Technology Japan. All rights reserved.

    DOI: 10.1016/S0921-8831(08)60724-4

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  • Shape coefficient of a non-spherical particle to characterize heat transfer

    Shigeki Toyama, Tsutomu Aragaki, Kazunori Murase, Mitsunori Kishi

    Advanced Powder Technology   1 ( 1 )   13 - 24   1990

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    The shape coefficient of a non-spherical particle to characterize heat transfer was defined by using the similarity of the transient cooling curve of a sphere. Namely, the reducing radius of the sphere could be determined to minimize the error of curve-fitting. The ratio of the reducing radius to a representative radius of a non-spherical particle was then defined as the shape coefficient. The shape coefficient was calculated for cylinders, rectangular solids, and elliptical bodies as typical non-spherical shapes, and nomographs are presented for aspect ratios from 0.1 to 10 and Biot Numbers 0-100. The nomographs are bell-shaped curves with respect to the aspect ratio, having a peak near unity and monotonously decreasing to about 50% of the shape coefficient at the peak. When the aspect ratio is changed from 1.0 to 2.0, for example, the change of the shape coefficient is only in the order of 5%. Even over a wide range of Biot Numbers, the shape coefficient differs at most by 10%. This feature permits the shape coefficient of almost all particles to be approximated by one of these three typical non-spherical shapes. © 1990, Society of Powder Technology Japan. All rights reserved.

    DOI: 10.1016/S0921-8831(08)60724-4

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  • DEVELOPMENT AND APPLICATION OF A ROOF TYPE SOLAR-STILL

    K MURASE, S KOBAYASHI, M NAKAMURA, S TOYAMA

    DESALINATION   73 ( 1-3 )   111 - 118   1989.11

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    Language:English   Publisher:ELSEVIER SCIENCE BV  

    DOI: 10.1016/0011-9164(89)87008-0

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  • DEVELOPMENT AND APPLICATION OF A ROOF TYPE SOLAR-STILL

    K MURASE, S KOBAYASHI, M NAKAMURA, S TOYAMA

    DESALINATION   73 ( 1-3 )   111 - 118   1989.11

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    Language:English   Publisher:ELSEVIER SCIENCE BV  

    DOI: 10.1016/0011-9164(89)87008-0

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  • Multieffect solar still for agricultural purposes in hot climate

    M. S. Hassan, S. Toyama, K. Murase, M. A. Wahhab

    Desalination   71 ( 3 )   347 - 353   1989

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    The feasibility of a roof-type multistage solar still for agricultural use was studied by estimating the protection effect of plants from strong radiation and the capability of self-supply of required water. The results showed that when using a 5-stage solar still as a simple shelter for plants in hot arid climates of the Middle East, it produces distillate 8 fold the crop consumption at initial crop stages, 2 fold at crop midseason, and 3.8 field before crop harvest. When using it as a roof for greenhouses, the distillate productivity reaches 17-fold evapotranspiration inside the greenhouse. © 1989.

    DOI: 10.1016/0011-9164(89)85035-0

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  • Multieffect solar still for agricultural purposes in hot climate

    M. S. Hassan, S. Toyama, K. Murase, M. A. Wahhab

    Desalination   71 ( 3 )   347 - 353   1989

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    The feasibility of a roof-type multistage solar still for agricultural use was studied by estimating the protection effect of plants from strong radiation and the capability of self-supply of required water. The results showed that when using a 5-stage solar still as a simple shelter for plants in hot arid climates of the Middle East, it produces distillate 8 fold the crop consumption at initial crop stages, 2 fold at crop midseason, and 3.8 field before crop harvest. When using it as a roof for greenhouses, the distillate productivity reaches 17-fold evapotranspiration inside the greenhouse. © 1989.

    DOI: 10.1016/0011-9164(89)85035-0

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  • メッシュエリミネーターに付着する液滴形態 Reviewed

    外山茂樹, 新垣勉, 村瀬和典, 大中昭

    粉体工学会誌   25 ( 11 )   726 - 731   1988.9

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    Forms of droplets held on a wire mesh (type: mist eliminator) was observed by solidification of melting paraffin wax under conditions of stationary air and by a borescope in air flow.<br>Droplets were held in the valley part of the waved mesh in the stationary and low velocity regions. When the flow velocity exceeds the loading point, the diameter of droplets increases remarkably. Droplets were carried away from the mesh at the flooding point, and the diameter increased with increase in the flow velocity.<br>A balance equation of forces acting on a droplet could explain the observed data. The estimated radius of meniscus between a droplet and a wire of the mesh was calculated to evaluate adhesive forces other than gravity and drag.

    DOI: 10.4164/sptj.25.726

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  • 流下液膜の遷移領域

    新垣勉

    化学工学論文集   13 ( 3 )   373 - 375   1987.5

  • キャビティ型溝における液膜流れの数値計算

    外山茂樹, 新垣勉, 村瀬和典

    化学工学論文集   13 ( 2 )   249 - 252   1987.3

  • Heat and mass transfer during evaporation from a free surface of water flowing through fibrous sheet in an inclined enclosure

    Shigeki Toyama, Tsutomu Aragaki, Hassan Mohamed Salah, Kazunori Murase

    Journal of Chemical Engineering of Japan   20 ( 6 )   579 - 584   1987

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    The simultaneous phenomena of heat and mass transfer from water flowing through a fibrous sheet attached below the upper boundary of an inclined enclosure have been studied as a fundamental work for developing a new type of solar still. Experimental work was carried out with two kinds of fibres, two angles of inclination, and different feed rates at various heat inputs. The maximum temperature at the upper wall of the enclosure increased linearly with applied heat flux and was almost independent of the feed rate and the kind of fibre. Experiments with high-permeability sheet showed an increase in evaporation rate of about 16 % at a 10-degree angle and 30 % at a 36-degree angle. Thermal convection in the enclosure became evident at a low feed rate and declined with increase in feed rate. A mathematical model for the temperature distribution in the preheating zone was formulated and the heat transfer properties were studied by curve-fitting with the experimental data. The result provides useful data for designing the new type of solar still. © 1987, The Society of Chemical Engineers, Japan. All rights reserved.

    DOI: 10.1252/jcej.20.579

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  • Dynamic characteristics of a multistage thermal diffusion type solar distillator

    S. Toyama, T. Aragaki, H. M. Salah, K. Murase

    Desalination   67 ( C )   21 - 32   1987

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    Dynamic characteristics of a multi-stage solar distillator were studied by formulating the rate equations and the heat and mass balance equations with respect to the process variables. The results obtained by the simulation showed satisfactory agreement with the data taken from both a laboratory test plant having 5 stages with 1 m2 and a field test plant having 10 stages with 3 m2 in frame area. The operation conditions required to maximize the distillate productivity were predicted on four sample days through a year. Then sensitivities of the distillate productivity were estimated. Availability of using concrete slab instead of the solar energy recieving plate was also substantiated. © 1987.

    DOI: 10.1016/0011-9164(87)90228-1

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  • Dynamic characteristics of a multistage thermal diffusion type solar distillator

    S. Toyama, T. Aragaki, H. M. Salah, K. Murase

    Desalination   67 ( C )   21 - 32   1987

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    Dynamic characteristics of a multi-stage solar distillator were studied by formulating the rate equations and the heat and mass balance equations with respect to the process variables. The results obtained by the simulation showed satisfactory agreement with the data taken from both a laboratory test plant having 5 stages with 1 m2 and a field test plant having 10 stages with 3 m2 in frame area. The operation conditions required to maximize the distillate productivity were predicted on four sample days through a year. Then sensitivities of the distillate productivity were estimated. Availability of using concrete slab instead of the solar energy recieving plate was also substantiated. © 1987.

    DOI: 10.1016/0011-9164(87)90228-1

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  • Simulation of a Multieffect Solar Still and the Static Characteristics

    Shigeki Toyama, Tsutomu Aragak, Hassan Mohamed Salah, Kazunori Murase, Mutsuo Sando

    Journal of Chemical Engineering of Japan   20 ( 5 )   473 - 478   1987

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    A multieffect solar still is simulated by formulating the rate equations and the heat and mass balance equations with respect to the process variables. The results obtained by the simulation showed satisfactory agreement with the experimental data taken from laboratory test plant having five stages and 1 m2 frame area. Calculation with the model showed the effect of design and operation parameters such as solar intensity, heat transfer coefficient through the partition and feed rate of brine to each stage on the distillate productivity. The results showed that the distillate productivity is independent of overall heat transfer coefficient through the partition if its value becomes higher than 230 W/m2 • K. Correlation to obtain the feed rate at each stage required to maximize the productivity of distillate was obtained as a function of the solar intensity and ratio of brine feed between two successive stages. © 1987, The Society of Chemical Engineers, Japan. All rights reserved.

    DOI: 10.1252/jcej.20.473

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  • Simulation of a Multieffect Solar Still and the Static Characteristics

    Shigeki Toyama, Tsutomu Aragak, Hassan Mohamed Salah, Kazunori Murase, Mutsuo Sando

    Journal of Chemical Engineering of Japan   20 ( 5 )   473 - 478   1987

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    A multieffect solar still is simulated by formulating the rate equations and the heat and mass balance equations with respect to the process variables. The results obtained by the simulation showed satisfactory agreement with the experimental data taken from laboratory test plant having five stages and 1 m2 frame area. Calculation with the model showed the effect of design and operation parameters such as solar intensity, heat transfer coefficient through the partition and feed rate of brine to each stage on the distillate productivity. The results showed that the distillate productivity is independent of overall heat transfer coefficient through the partition if its value becomes higher than 230 W/m2 • K. Correlation to obtain the feed rate at each stage required to maximize the productivity of distillate was obtained as a function of the solar intensity and ratio of brine feed between two successive stages. © 1987, The Society of Chemical Engineers, Japan. All rights reserved.

    DOI: 10.1252/jcej.20.473

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  • Laboratory test of solar distillator with a heat penetrating plate having a bend

    S. Toyama, M. Nakamura, H. M. Salah, S. Futamura, K. Murase

    Desalination   67 ( C )   67 - 73   1987

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    A new idea was tested for a solar distillator with wick attached behind an inclined heat penetrating plate. The plate is bended at the center line and a tube is penetrated below the crease of bending. Liquid is fed to the tube and is flooded from two holes near the inlet and then forms a meniscus between the outer surface of the tube and the wick. This meniscus extends along the tube and part of the flow is deliver to the wick. This liquid feeding system is capable of preventing scale formation by forming film flow over the wick surface. The size of the experimental apparatus was 450 mm long and 160 mm wide for one side of the plate. The plate was attached with fibrous sheet as the wick. The idea was tested by using water without heating and satisfactorily uniform film flow was confirmed over all surface of the plate in a feed range between 0.5 and 4.75 kg/h·m. The design procedure was also provided on the basis of process simulation at practical conditions. © 1987.

    DOI: 10.1016/0011-9164(87)90233-5

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  • Laboratory test of solar distillator with a heat penetrating plate having a bend

    S. Toyama, M. Nakamura, H. M. Salah, S. Futamura, K. Murase

    Desalination   67 ( C )   67 - 73   1987

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    A new idea was tested for a solar distillator with wick attached behind an inclined heat penetrating plate. The plate is bended at the center line and a tube is penetrated below the crease of bending. Liquid is fed to the tube and is flooded from two holes near the inlet and then forms a meniscus between the outer surface of the tube and the wick. This meniscus extends along the tube and part of the flow is deliver to the wick. This liquid feeding system is capable of preventing scale formation by forming film flow over the wick surface. The size of the experimental apparatus was 450 mm long and 160 mm wide for one side of the plate. The plate was attached with fibrous sheet as the wick. The idea was tested by using water without heating and satisfactorily uniform film flow was confirmed over all surface of the plate in a feed range between 0.5 and 4.75 kg/h·m. The design procedure was also provided on the basis of process simulation at practical conditions. © 1987.

    DOI: 10.1016/0011-9164(87)90233-5

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  • Heat and mass transfer during evaporation from a free surface of water flowing through fibrous sheet in an inclined enclosure

    Shigeki Toyama, Tsutomu Aragaki, Hassan Mohamed Salah, Kazunori Murase

    Journal of Chemical Engineering of Japan   20 ( 6 )   579 - 584   1987

     More details

    Language:English  

    The simultaneous phenomena of heat and mass transfer from water flowing through a fibrous sheet attached below the upper boundary of an inclined enclosure have been studied as a fundamental work for developing a new type of solar still. Experimental work was carried out with two kinds of fibres, two angles of inclination, and different feed rates at various heat inputs. The maximum temperature at the upper wall of the enclosure increased linearly with applied heat flux and was almost independent of the feed rate and the kind of fibre. Experiments with high-permeability sheet showed an increase in evaporation rate of about 16 % at a 10-degree angle and 30 % at a 36-degree angle. Thermal convection in the enclosure became evident at a low feed rate and declined with increase in feed rate. A mathematical model for the temperature distribution in the preheating zone was formulated and the heat transfer properties were studied by curve-fitting with the experimental data. The result provides useful data for designing the new type of solar still. © 1987, The Society of Chemical Engineers, Japan. All rights reserved.

    DOI: 10.1252/jcej.20.579

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  • Heat and Mass Transfer during Evaporation from a Free Surface of Water Flowing through Fibrous Sheet

    S.Toyama, T.Aragaki, H.M.Salah, K.Murase

    3rd. World Congress of Chemical Engineering   522 - 525   1986.9

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  • Heat and Mass Transfer during Evaporation from a Free Surface of Water Flowing through Fibrous Sheet

    S.Toyama, T.Aragaki, H.M.Salah, K.Murase

    3rd. World Congress of Chemical Engineering   2   522 - 525   1986.9

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  • 傾斜面の平行細線溝における液膜流れ

    新垣勉

    化学工学論文集   11 ( 5 )   567 - 573   1985.9

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Presentations

  • Estimation on the capillary force of an asymmetric liquid bridge adhered to two particles with noncircular contact line International conference

    Kazuo Murase

    9th International Granulation Workshop 2019  ( Lausanne, Switzerland )   2019.6  The university of Sheffield

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    The capillary force of a liquid bridge adhered to two spheres has been estimated for the axial symmetry shape with the circular contact line. Powder materials in wet granulation is kneaded and consolidated in the normal but also shear direction. The liquid bridge are deformed to an asymmetric state with noncircular contact angle under the shear stress. Then This study experimentally and numerically revealed the capillary force of an asymmetric liquid bridge with noncircular contact line.

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  • Numerical and experimental estimation on the normal and tangential capillary bridge force adhered to two spheres

    Keisuke Arai, Takato Ootsuka, Daiki Sakamoto, Futa Egawa

    World Congress on Powder Technology  2018.4 

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  • 2球体間に付着した法線方向と接線方向の毛管力に関する数値的及び実験的評価

    粉体技術に関する国際会議  2018 

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  • Numerical estimation for a combined process of solar hybrid membrane distillator with renewable energy devices

    Conference and Exhibition on Desalination for the Environment Clean Water and Energy  2016.5 

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    A hybrid solar driven membrane distillator with a photovoltaic panel (PV/MD) simultaneously contributes to electric generation and distillated water production for the sustainable and renewable society. The key solution for developing the PV/MD obliges to optimize the temperature operation due to the dependence of PV cell and distillated feed temperature on the electric and thermal efficiencies. The numerical simulation largely assists to design the integrated process. The generation of electricity and distillated water by PV/MD is utilized to apply for two type integrated processes, which are ED-PV/MD and PV/MD-WE systems. The effectivity of PV/MD integrated systems was estimated by numerical models.

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  • 太陽エネルギーを持ちたハイブリッド膜蒸留装置と再生可能エネルギー装置と複合プロセスの数値予測

    環境に向けた脱塩に関する会議と工業展:水の浄化とエネルギー  2016 

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  • dynamic charaterisics of wet granular materials

    64thTechnical course in APPIE  2015.11 

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    Estimation of kneaking and mixing operation in wet granular materials

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  • 湿式粉体の力学的特性

    日本粉体工業技術協会第62回専門講座  2015 

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  • Numerical estimation of a hybrid device with a solar panel and menbrane destillator

    65th annual meeting of society of sea water science  2014.6 

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  • Desalination – A Tide Eye to Mix Tremendous World Cultures in Forecasting Future

    Shigeki Toyama, Mitsuyoshi Hirai

    Conference and Exhibition on Desalination for the Environment Clean Water and Energy  2014.5 

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  • A hybrid process of electrodialysis and solar driven air-gap membrane distillation combined with a photovoltaic cell

    Conference and Exhibition on Desalination for the Environment Clean Water and Energy  2014.5 

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  • 脱塩-将来予測において膨大な世界文化を調和させる潮目

    Conference and Exhibition on Desalination for the Environment Clean Water and Energy  2014 

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  • 電気透析法および太陽電池とのハイブリッド型太陽熱空気層膜蒸留装置とのハイブリッドプロセス

    Conference and Exhibition on Desalination for the Environment Clean Water and Energy  2014 

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  • Numerical estimation of a hybrid device with a solar panel and menbrane destillator

    65th annual meeting of society of sea water science  2014 

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  • Numerical estimation on the capillary force of a static liquid bridge adhered to five spheres with trigonal dipyramid|rn|arrangement

    Daisuke GOto

    International OCngress on Particle Technology  2013.4 

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  • Development of a hybrid multi-effect solar membrane distillator directly conbined with a photovoltaic panel

    Daisuke Goto, Masaki Yamamoto, omofumi Hayami

    1st International Conference on desalination using membrane technology  2013.4 

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  • 太陽電池パネルと直接結合させたハイブリッド型太陽熱利用膜蒸留装置の開発

    膜技術を利用した脱塩に関する第1回エルセビア国際会議  2013 

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  • Numerical estimation on the capillary force of a static liquid bridge adhered to five spheres with trigonal dipyramid arrangement

    International OCngress on Particle Technology  2013 

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  • Evaluation of a solar membrane distillator hybridized with a photovoltaic cell

    K.Chikamatsu, T.Kyuno

    Conference and Exhibition on Desalination for the Environment Clean Water and Energy  2012.4 

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    Solar energy is one of the most promising natural and renewable energy resources. Hybridization is one of the most available concepts due to solution for small energy conversion of renewable energy. A hybrid solar membrane distillator with a photovoltaic cell was devised in order to utilize simultaneously both solar photovoltaic energy and thermal energy. A PV/T system, which is combined a solar cell and a thermal unit for heating or cooling device is one of hybrid systems. The effectivity of a hybrid solar membrane distillator was experimentally and numerically verified by case studies of solar cell, membrane solar distillator with and without a photovoltaic cell. The standard electrical conversion efficiency of a hybrid distillator had the equivalent performance with a solar cell without distillator due to an amorphous Si photovoltaic cell. The reduction of thermal efficiency by hybridization is settled within 10% range in spite of the larger heat resistance of hybrid distillator. The performance for hybrid system of electricity and heat was estimated not by the concept of total system but by energy saving efficiency. The energy saving efficiency of a hybrid distillator, 33%, is

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  • 太陽電池をハイブリッド化した太陽熱を利用した膜蒸留装置の評価

    Conference and Exhibition on Desalination for the Environment Clean Water and Energy  2012 

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  • Performance of a hybrid solar membrane distilator

    Yao Tin, Kouichirou Tano

    the Society of Sea Water Science,Japan  2010.6 

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  • Estimation on the capillary force of a liquid bridge adhered to four spheres arrange in tetrahedron forms

    Kazuhiro Yabushita, Yusuke Yamagishi, Yasuhiro Kitsuse, Shinpei Nakamura

    World Congress of poweder Technology  2010.4 

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  • 四面体に配置された4つの球体に付着する液架橋の毛細管力の評価

    第6回紛体工学の国際会議  2010 

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  • Performance of a hybrid solar membrane distilator

    the Society of Sea Water Science,Japan  2010 

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  • Experimental and numerical estimation on a dynamic liquid bridge fiece adhered to three spheres

    K.Murase, T.Mochida, H.Sugama

    The 5th World Congress on Particle Technology/American Institute of Chemical Engineering  2006.4 

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  • Experimental and numerical estimation on a dynamic liquid bridge fiece adhered to three spheres

    The 5th World Congress on Particle Technology/American Institute of Chemical Engineering  2006 

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  • 旋回溶融炉内の液膜流れ分布と流れ場の数値計算

    牧岡憲之介, 菅原佳苗, 大木あや, 村瀬和典

    化学工学会代35回秋季大会、神戸,化学工学会  2002.9 

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  • 3粒子間液架橋力の推算

    須釜浩之, 村瀬和典, 関口勲

    化学工学会第35回秋季大会、神戸  2002.9 

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  • Solar Stills made from Wasted Materials

    S.Toyama, K.Murase

    IDA Annual Meeting,Bahrain  2002.3 

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  • Solar Stills made from Wasted Materials

    IDA Annual Meeting,Bahrain  2002 

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  • Solar Stills for Water and Enviroment Research to Connect East and West Relations

    S.Toyama, K.Murase

    Conference on Arab  2001.9 

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  • 粒子間液架橋力の数値解析

    村瀬和典, 須永宏, 須釜浩之, 関口勲

    化学工学会第34秋季大会,北海道  2001.9 

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  • グリーンハウス型太陽熱利用海水淡水化装置の性能評価

    村瀬和典, 笠原直, 山田良太

    日本海水学会第52年会,福岡  2001.6 

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  • Solar Stills for Water and Enviroment Research to Connect East and West Relations

    Conference on Arab  2001 

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  • 二流体モデルによるドラフトチューブ内挿式側方排気型噴流層の流動解析

    永田啓吾, 服部博嗣, 村瀬和典, 坂東芳行, 中村正秋

    第5回流動層シンポジウム筑波  1999.12 

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  • Simulation of behaviors of moving medium particles and captured dust in a cross-flow moving bed filter

    K.Nagata, J.Goto, N.Inukai, K.Yoshino, K.Murase, Y.Bando, K.Nakamura

    AIChE Annual Meeting, Dallas  1999.11 

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  • Simulation of gas and particle behaviors in a side-outlet spouted bed with inner draft-tube by two-fluid model

    K.Nagata, H.Hattori, K.Murase, Y.Bando, K.Nakamura

    AIChE Annual Meeting, Dallas  1999.11 

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  • Simulation of behaviors of moving medium particles and captured dust in a cross-flow moving bed filter

    AIChE Annual Meeting, Dallas  1999 

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  • Simulation of gas and particle behaviors in a side-outlet spouted bed with inner draft-tube by two-fluid model

    AIChE Annual Meeting, Dallas  1999 

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  • 3球体間に形成される液架橋形状の数値解析

    保坂大輔, 小川恭子, 重富弓以子, 村瀬和典

    粉体工学会秋期研究発表会、東京(一般研究報告)  1998.11 

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  • 3球体間に付する液架橋液滴体積の推算

    村瀬和典, 保坂大輔, 小川恭子, 重富弓以子

    化学工学会第64回年会、名古屋(一般研究報告)  1998.1 

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  • 縦型旋回流溶融炉内の気流の数値シミュレーション

    込山有人, 森洋子, 村瀬和典

    化学工学会第30回秋季大会,福岡(一般研究報告)  1997.9 

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  • 平行細線構内液膜蒸発による淡水化性能

    込山 有人, 村瀬 和典, 久留美 慶晃, 中村 正秋

    化学工学会第29回秋季大会  1996.9 

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  • 乾式集塵用移動層へ流入するガスとダストの流れ解析

    永田敬吾

    化学工学会第28秋季大会,化学工学会  1995.10 

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  • コンクリート受熱板による太陽熱海水淡水化装置の開発

    久留美慶晃

    化学工学会第60年会,化学工学会  1995.3 

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  • サイクロン炉内における液膜流動解析

    原井智昭

    化学工学会第27秋季大会,化学工学会  1994.9 

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  • コンクリート受熱板による太陽熱海水淡水化装置の開発

    久留美慶晃

    日本海水学会第45年会,日本海水学会  1994.6 

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  • 砂漠緑化構想における海水淡水化装置の開発

    木下貴之

    化学工学会第59年会,化学工学会  1994.3 

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  • 2流体モデルによる流動化シミュレーション

    中村正秋

    化学工学会第26回秋季大会,化学工学会  1993.10 

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  • 太陽エネルギーを利用した膜蒸留法海水淡水化装置の特性

    中居裕貴, 村瀬和典, 中村正秋, 外山茂樹

    化学工学会第57回年会,化学工学会  1992.4 

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  • 溝付き伝熱面における対流による伝熱現象の解析

    木村重治, 村瀬和典, 中村正秋, 外山茂樹

    化学工学会第24回秋季大会,化学工学会  1991.10 

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  • 自己増殖型砂漠の緑化システム

    外山茂樹, 中山慎司, 村瀬和典, 中居裕貴

    化学工学会第24回秋季大会,化学工学会  1991.10 

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  • 2球体間に付着する液滴体積の数値解析

    村瀬和典, 柴田治久, 安田洋一, 外山茂樹

    日本混相流学会第10回混相流シンポジウム,日本混相流学会  1991.7 

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  • 海水人工湖による砂漠緑化構想

    外山茂樹, 中村正秋, 村瀬和典

    日本海水学会第42回年会,日本海水学会  1991.6 

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  • 多段式傾斜移動噴流層流動解析

    外山茂樹

    化学工学会第56年会,化学工学会  1991.3 

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  • 太陽電池とのハイブリッド゛型海水淡水化装置の性能評価

    外山茂樹, 村瀬和典, 小川朋成

    化学工学会第23回秋季大会,化学工学会  1990.10 

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  • 溝付き面流下液膜式蒸発法に関する研究

    外山茂樹, 村瀬和典, 小川朋成

    日本海水学会第41回年会,日本海水学会  1990.6 

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  • CO2レーザによる金属超微粒子生成における熱移動

    外山茂樹

    第27回日本伝熱シンポジウム,日本伝熱学会  1990.5 

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  • 球及び円柱間に形成されるメニスカス形状の数値解析

    柴田治久, 村瀬和典, 中村正秋, 外山茂樹

    化学工学会第22回秋季大会,化学工学会  1989.10 

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  • 流下液膜型蒸発装置における液膜の形状と数値計算

    外山茂樹, 村瀬和典, 安田洋一

    日本海水会第40回年会,日本海水学会  1989.6 

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  • 邪魔板付き固気接触装置における粒子の流動軌跡

    中村正秋

    化学工学会第54回年会,化学工学会  1989.4 

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  • 乱流モデルによる管群流れの数値解析

    外山茂樹, 新垣勉, 村瀬和典

    化学工学会第21回秋季大会,化学工学会  1988.10 

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  • 平行円柱間に形成されるメニスカス形状の数値解析

    外山茂樹, 中村正秋, 村瀬和典, 安田洋一

    化学工学会第53回年会,化学工学会  1988.4 

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  • 有限要素法による管郡内流れの数値解析

    外山茂樹

    化学工学会第52回年会,化学工学会  1987.3 

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  • 太陽熱利用熱拡散型多重効用型海水淡水化装置の性能解析

    外山茂樹

    化学工学会第50回年会,化学工学会  1985.3 

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  • 傾斜板下面の平行細線に沿う液膜流れにおける速度分布の推定

    外山茂樹

    化学工学会第49回年会,化学工学会  1984.4 

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Works

  • ハイブリッド型太陽熱脱塩装置と逆電気透析装置との持続可能なリサイクルシステムの構築

    2011.4 -  

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  • Processing of a sustainable recycle system with a hybrid solar distillator and a concentration cell by reverse electrodialysis

    2011.4 -  

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Awards

  • "Society of Sea Water Science,Japan,Resarch Award"

    2018.6   "Society of Sea Water Science,Japan"   太陽熱利用膜蒸留装置を用いた脱塩・淡水化システムに関する研究

  • 日本海水学会研究賞

    2018  

  • APT Distinguished paper award

    2009.1   The Society of powder technology Japan   3球体間に付着した液架橋力の評価

    Kazuo Murase, Tsuyoshi Mochida, Yasuhiro Sagawa, Hiroyuki Sugama

  • APT論文賞

    2009  

Research Projects

  • 太陽エネルギーを利用した海水利用膜プロセスの開発

    2011 - 2014

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    Grant type:Competitive

    持続・再生可能な太陽エネルギーを利用して,特に膜技術を用いた新規の海水利用プロセスにより,環境負荷が少なく,省エネルーギーで,資源を有効利用する海水総合利用プロセス開発を目指す。

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  • development of solar driven sea water membrane processes

    2011 - 2014

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    Grant type:Competitive

    Dvelopment of a novel seawater process with membrane technologies for energy saving and soft environment by using renewable and sustainable energy

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  • Processing of a sustainable recycle system with a hybrid solar distillator and a concentration cell by reverse electrodialysis

    2011.4 - 2013.3

    ソルトサイエンス研究財団  奨学寄付金 

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    Grant type:Competitive

    Grant amount: \2000000

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  • 旋回流式焼却灰溶融装置の気流とスラグ流れの解析

    1995 -  

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    Grant type:Competitive

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  • 砂漠緑化に向けた太陽熱利用海水淡水化装置の開発

    1995 -  

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    Grant type:Competitive

    太陽エネルギーを使用した海水淡水化装置を開発することで,水不足を解消するだけでなく,地球の温暖化へ寄与することを目標としている。

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  • 湿潤粉粒体の特性

    1995 -  

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    Grant type:Competitive

    造粒を始め架橋液滴による湿潤粉粒体の特性の解析

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  • Experimental and numerical estimation of gas and slug flow in a cyclone furnace

    1995 -  

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    Grant type:Competitive

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  • Development of a novel solar distillator for desert plantation

    1995 -  

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    Grant type:Competitive

    Development of a solar driven sea water desalination device contorinutes to the solutions of the water scarity and global warmming.

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  • Characteristics of wet granular materials

    1995 -  

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    Grant type:Competitive

    Estimatin of wet granular materials with liqud bridge for granulation

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Allotted class

  • 2023   化学実験   Department

  • 2023   化学工学1   Department

  • 2023   卒業研究Ⅰ   Department

  • 2023   卒業研究Ⅱ   Department

  • 2023   微粒子工学   Department

  • 2023   応用化学実験3   Department

  • 2023   応用化学特殊論文研修Ⅰ   Graduate school

  • 2023   応用化学特殊論文研修Ⅱ   Graduate school

  • 2023   応用化学特殊論文研修Ⅲ   Graduate school

  • 2023   応用化学特殊論文研修Ⅳ   Graduate school

  • 2023   応用化学特殊論文研修Ⅴ   Graduate school

  • 2023   応用化学特殊論文研修Ⅵ   Graduate school

  • 2023   応用化学特論   Graduate school

  • 2023   応用化学論文研修第一   Graduate school

  • 2023   応用化学論文研修第三   Graduate school

  • 2023   応用化学論文研修第二   Graduate school

  • 2023   応用化学論文研修第四   Graduate school

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Committee Memberships

  • 2007 -  

    化学工学会   化学工学会誌編集委員