経歴ǊëıǏ ¬˚-˛ĝǇ
1993 Ŋ 3 Ơ ȣĺȓȯı­˕ȴĝƵ Öƾ
1997 Ŋ 3 Ơ ŀĒĝǽĝʤǵǽĝȥ Öƾ
1999 Ŋ 3 Ơ ŀĒĝĒĝʹǽĝșȭȥ ǵǽĝĮƅ¬Ďɾȧ ¬
2003 Ŋ 3 Ơ ŀĒĝĒĝʹǽĝșȭȥ ąȝȻęȾȥĝĮƅÚĎɾȧ ¬ ÚĎ˚ǽĝ˛
ɖǇ
2003 Ŋ 4 Ơ ƶŒȟ AA˙Sșȭô2009 Ŋ 8 Ơ ƭĒĝĒĝʹŁĝȾșȭȥ ÒĝLNVnŁĝĮƅ

Ƕșȭô

2013 Ŋ 7 Ơ ƭĒĝĒĝʹŁĝȾșȭȥ ÒĝLNVnŁĝĮƅ

Îƈ

2015 Ŋ 4 Ơ }ɛȟøǓ ewSFXz<]g{Lry×˚PIA˛
2023 Ŋ 4 Ơ }ɛȟøǓ ewSFXz<]g{Lry×˚PIA˛șȭôņIyJuRyX

研究開発	
 化学工学分野Ƌ®ɵȵND{n#șȭʱȊ˜à'äɱÒGUI ʱȊ

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物理学分野1.

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#ɅƲ, X ɉ^{NX˚, ^{NX˛ ñ%43ē¢ǻʄ ɲǠ43. #ē¢ǻʄ#ɺɃ!Lmqv{Lry ʻęʠËƷ#ǵǽ"ĭ, ʛʻęŻǸʠȧ#ƟɄȀůǵ#ǶĤʯŊ#öˋ. ȳɕ$, ǅȹGu{eɊˁ#ƷW{RJAERI #βĿčǹW{R7»êșȭɕ ƌǽ, ɀ 2000 ȩ#ê ¢7í-Ʒáţ\UXx{F7ʱȊ. , ^{NX"
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所属学会	
 
ƔƦǵǽĝ˚ǆ˛˜ÒĝŁĝ˚ǆ˛˜ƔƦēƍĝ˚Ǣ˛äɘ3 Ź

発表論文
1.

R. Tatsumi, O. Koike, Y. Yamaguchi, Y. Tsuji, “Controlling the drying characteristics of suspensions via colloidal interactions: particle-scalemodeling,” Chemical Engineering Science, 280 (2023) 118993.

2.

R. Makabe, K. Akamatsu, R. Tatsumi, O. Koike, S. Nakao, “Numerical simulations of lift force and drag force exerting on a particle incross-flow microfiltration of colloidal suspensions to understand limiting flux,” Journal of Membrane Science, 628 (2021) 118998.

3.

R. Tatsumi, O. Koike, Y. Yamaguchi, Y. Tsuji, “Classification of drying segregation states by a generalized diffusion model,” The Journal ofChemical Physics, 153 (2020) 164902.

4.

S. Usune, T. Takahashi, M. Kubo, E. Shoji, T. Tsukada, O. Koike, R.Tatsumi, M. Fujita, T. Adschiri, “Numerical simulations of structureformation of surface-modified nanoparticles during solvent evaporation,” Journal of Chemical Engineering of Japan, 52 (2019) 680.

5.

T. Ando, D. Katayama, N. Hirota, O. Koike, R. Tatsumi, M. Yamato, “Structure formation of magnetic particles under magnetic fields toward
anisotropic materials”, in proceeding of the 9th International Symposium on Electromagnetic Processing of Materials, Awaji Yumebutai
International Conference Center, Hyogo, Japan, 14-18 Oct. 2018; IOP Conf. Series: Materials Science and Engineering, 424 (2018) 012076.

6.

R. Tatsumi, T. Iwao, O. Koike, Y. Yamaguchi, and Y. Tsuji, “Effects of the evaporation rate on the segregation in drying bimodal colloidal
suspensions ,” Applied Physcs Letters, 112, (2018) 053702.

7.

S. Usune, M. Ando, M. Kubo, T. Tsukada, K. Sugioka, O. Koike, R.Tatsumi, M. Fujita, S. Takami, T. Adschiri, “Numerical simulation ofdispersion and aggregation behavior of surface-modified nanoparticles in organic solvents,” Journal of Chemical Engineering of Japan, 51(2018) 492.

8.

S. Usune, M. Kubo, T. Tsukada, O. Koike, R. Tatsumi, M. Fujita, S. Takami, T. Adschiri, “Numerical simulations of dispersion andaggregation behavior of surface-modified nanoparticles under shear flow,” Powder Technology, 343 (2019) 113.

9.

R. Tatsumi, O. Koike, and Y. Yamaguchi, “Mesoscale modeling of colloidal suspensions with absorbing solutes”, Josai Mathematical
Monographs 9 (2016) 44-63.

10. M. Kubo, R. Ishibashi, K. Sugioka, T. Tsukada, O. Koike, M. Fujita, “Experimental and theoretical studies on compressive deformation
characteristics of particle aggregates in water”, Powder Technology, 287 (2016) 431.
11. K. Akamatsu, S. Kanasugi, T. Ando, O. Koike, M. Fujita, S. Nakao, “Mesoscale simulations of particle rejection by microfiltration
membranes with straight cylindrical pore during pressure-driven dead-end filtration ”, Journal of Chemical Engineering of Japan, 49 (2016)
452.
12. R. Tatsumi, O. Koike, and Y. Yamaguchi, “Mesoscale modeling of colloidal suspensions with absorbing solutes”, Physical Review E, 91(2015) 063301.
13. M. Fujita, O. Koike, and Y. Yamaguchi, “Direct simulation of drying colloidal suspension on substrate using immersed free surface model”,
Journal of Computational Physics, 281 (2015) 421.
14. M. Fujita, O. Koike, and Y. Yamaguchi, “Computation of Capillary Interactions among Many Particles at Free Surface”, Applied Physics
Express, 6 (2013) 036501.
15. S. Ohta, S. Inasawa, O. Koike, M. Fujita, and Y. Yamaguchi, “Formation of Well-Aligned Thin Films of Rod-Like Nanoparticles via Solvent
Evaporation: A Simulation Study”, Applied Physics Express, 2 (2009) 065002.
16. O. Koike, S. Ohta, M. Fujita, and Y. Yamaguchi, “Simulation Model of Concentrated Colloidal Rod-like Nanoparticles”, Japanese Journal ofApplied Physics, 47 (2008) 8124.
17. O. Koike, M. Hashimoto, R. Kuromizu, and S. Fujimoto, “Final products of the rp-process on accreting neutron stars”, Astrophysical Journal,
603 (2004) 242.
18. S. Fujimoto, M. Hashimoto, O. Koike, K. Arai, and R. Matsuba, “P-Process Nucleosynthesis inside Supernova-Driven Supercritical
Accretion Disks”, Astrophysical Journal, 585 (2003) 418.
19. K. Arai, R. Matsuba, S. Fujimoto, O. Koike, and M. Hashimoto, “Nucleosynthesis inside accretion disks around intermediate—mass black
holes”, Proceedings of the symposium: Nuclei in the Cosmos VII (2002), Nuclear Physics A 718 (2003) 572.
20. O. Koike, R. Kuromizu, M. Hashimoto, and S. Fujimoto, “Nucleosynthesis of proton rich nuclei on accreting neutron stars related to type I
X-ray burst”, Proceedings of the symposium: Nuclei in the Cosmos VII (2002), Nuclear Physics A 718 (2003) 584.
21. R. Kuromizu, O. Koike, M. Hashimoto, and M. Fujimoto, “Helium flash on accreting neutron stars”, Proceedings of the symposium: Nuclei
in the Cosmos VII (2002), Nuclear Physics A 718 (2003) 593.
22. S. Fujimoto, O. Koike, M. Hashimoto, K. Arai, and R. Matsuba, “P-process nucleosynthesis inside supernova-driven supercritical accretion
disks”, Proceedings of the symposium: Nuclei in the Cosmos VII (2002), Nuclear Physics A 718 (2003) 611.

23. S. Fujimoto, M. Hashimoto, O. Koike, R. Matsuba, and K. Arai, “P-Process Nucleosynthesis inside Supernova-Driven Supercritical
Accretion Disks -- Fallback of Explosively Burned Layers of a Progenitor --” Physics Reports of Kumamoto University, 11 (2002) 161.
24. O. Koike, M. Hashimoto, R. Kuromizu, S. Fujimoto, and K. Arai, “Final products of the rp-process and synthesis of p-nuclei on accreting
neutron stars” Physics Reports of Kumamoto University, 11 (2002) 183.
25. R. Kuromizu, O. Koike, M. Hashimoto, and K. Arai, “Nuclear Flashes Ignited Deep inside the Accreted Layer on Neutron Stars”, Physics
Reports of Kumamoto University, 11 (2002) 197.
26. S. Fujimoto, K. Arai, R. Matsuba, M. Hashimoto, O. Koike, and S. Mineshige, “Nucleosynthesis Inside Supernova-Driven Supercritical
Accretion Disks”, Publication of the Astronomical Society of Japan, 53 (2001) 509.
27. M. Hashimoto, O. Koike, R. Kuromizu, M. Fujimoto, and K. Arai, “Connection between crucial nuclear reaction rates and the modeling ofaccreting neutron stars”, Proceedings of the symposium: Origin of Matter and Evolution of Galaxies 2000, (2000) 283.
28. O. Koike, M. Hashimoto, K. Arai, and S. Wanajo, “Rapid proton capture on accreting neutron stars -effects of uncertainty in the nuclear
process”, Astronomy and Astrophysics, 342 (1999) 464.
29. O. Koike, M. Hashimoto, K. Arai, and S. Wanajo, “Thermonuclear Shell Flash Model on Accreting Neutron Stars”, Physics Reports ofKumamoto University, 10 (1998) 145.

書籍/解説記事	 1.

ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ǨÝZ]cu<Y#˅ŉɫƿʜřůLmqv{Lry˜ǶˁZ]cu<Y #ţȂÒĝŁĝɻ80Ń˚2016˛3æ˜pp179.

2.

ÃƉzĈŅzǲ#ąȝ ţȂ ewPN#ǽɳ 1/#2#ˇƑ(˜Ȏ¬˟ĸâ ȄĹĕ˜ISBN 978-4-924728-70-7C3050,
2014Ŋ3Ơ10ƔȊÄ˜ƶŒȟVF]LNVn˝3Ȱ Ȳ8ȷ Ȳ3, 5, 6ˉ ĄȳŵŘ˝

学会（化学工学分野）	
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3.

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ĸâ ȄĹĕ˜éǎ ő}˜ǿĨ˜ǆɠ˜ıǏ ¬˜ʒł ť˜ª ǆǁƋ®vAo{RPmZ{˚}ʤŵŘ˛˜}ɛȟøǓ

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25. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ʔ ¤ę˜ǝɋ" 3Z]c9<^{#Ŵſ ÃƉʠȧ#ȑżƋ®ɳư˜esNTUFůřÍŁĝȲ 28 ÷ȤĜĒ˜2020 Ŋ 12 Ơ 1 Ɣ-2 Ɣ˜ĪĸúʽʂćĒŲȆc@{sn˜ĪĸńǋesK
26. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ʔ¤ę˜şȻęÃƉǚ#ÁˁǷū"03ǲȻęə#ƿʜÆŞ˜ÒĝŁĝȲ51÷ȤĜ
Ē˜2020Ŋ9Ơ24Ɣ-26Ɣ˜ĻŲĒĝ˚Ays<y˛˝
27. R. Tatsumi, O. Koike, Y. Yamaguchi, Y. Tsuji, “Mesoscale Modeling of Colloidal Films Dried with Controlling the Morphology of AggregatedParticles”, the 20th International Coating Science and Technology Symposium, Minneapolis, 20-23 Sep. 2020 (online presentation).
28. ª ǆǁ˜ʃȃ Ŭ}ʣ˜ɦƸ ȕ˜Ōç ɪĔ˜ĉȃ ʼĕ˜ıǏ ¬˜ʒł ť˜8ƐǕ" 3ɬˆ¬ˎZ]ȻęÃƉǚ#vAwM{Ƕŧ#Ƌ®ɳư˜ƔƦPsmUFN× Ȳ33÷ȤĜLykM=n˜2020Ŋ9Ơ2Ɣ-4Ɣ˜ÓǘʡĒĝ˚Ays<y˛˝
29. Ēĉ ©ʑ˜ª ǆǁ˜Ōç ɪĔ˜ĉȃ ʼĕ˜ıǏ ¬˜ʒł ť˜ɧȃ ƖĒ˜ɬˆ¬ˎZ]ȻęíơZ]cu<YǚǤ#ŷŕǻʄ"à*ɬˆ¬ˎʮ#Śˈ
˜ÒĝŁĝƭÓƄʤ Ȳ22÷¶ȱșȭȊɬ˜2020Ŋ7Ơ11Ɣ˜ƭÓĒĝ˝  
30. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ʔ¤ęÁˁ¢řůʠȧ7ɷʘ3ȻęʲżɴpWu˜ÒĝŁĝȲ85Ŋ˜2020Ŋ3Ơ15
Ɣ-17Ɣ˜ʳɮĒĝ˝
31. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜ÙɁÊƐć" 3şȻęÁˁ¢#ɳȚ ǝèʠȧ#Ƌ®ɳư˜ÒĝŁĝȲ85Ŋ˜2020Ŋ3Ơ15Ɣ-17Ɣ˜ʳɮĒĝˠÒĝŁĝȲ51÷ȤĜĒ˜2020Ŋ9Ơ24Ɣ-26Ɣ˜ĻŲĒĝ˚Ays<y¿Ȋɬ˛˝
32. ȃ ġ˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜Őȃ Ů˜MRǕ¢#8ƐǕ4ć" 3đȻęȾȑżƋ®Lmqv{Lry˜ÒĝŁĝȲ85Ŋ˜2020Ŋ3Ơ15Ɣ-17Ɣ˜ʳɮĒĝˠÒĝŁĝȲ51÷ȤĜĒ˜2020Ŋ9Ơ24Ɣ-26Ɣ˜ĻŲĒĝ˚Ays<y¿Ȋɬ˛˝
33. ơ³ ʱ˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜ùǚǝȒ#ȻęǕ4" 3ÂâÇʾħǵɸɏÐƲ"ʳ3șȭ˜ÒĝŁĝȲ85
Ŋ˜2020Ŋ3Ơ15Ɣ-17Ɣ˜ʳɮĒĝ˝
34. ȃ ġ˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜ŐȃŮ˜Immersed BoundaryǓ"03MRǕ¢"ʳ3đȻęȾȑżƋ®Lmq
v{Lry
˜Ȳ67÷ţȂǵǽĝƙĜĝɩʁǥ˜2020Ŋ3Ơ12Ɣ-15Ɣ˜ƜĒĝ
35. R. Tatsumi, O. Koike, Y. Yamaguchi, Y.Tsuji, “Numerical simulation of nanoparticle network formation in transparent conductive coating”,
Material Research Meeting 2019 (MRM2019), Yokohama Symposia, Japan, 10-14 Dec. 2019.
36. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ʔ ¤ę˜ǝɋ" 3Z]c9<^{ÃƉʠȧ#şɱȌLmqv{Lry˜esNTUFůřÍŁĝȲ27÷ȤĜĒ˜2019Ŋ11Ơ12Ɣ-13Ɣ˜Jyk{Xi{u˕Ʈ
37. ȃ ġ˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜ȜćǾċ" 38ƐǕ4

MR Ǖ¢½#Ȼęƿʜ" 3Śˈ˜Ȳ 14 ÷ƔƦȜǌȥĝŊ˜2019 Ŋ 11 Ơ 11 Ɣ-13 Ɣ˜:A{vʯĺ
38. ª ǆǁ˜ʃȃ Ŭ}ʣ˜ɦƸ ȕ˜Ōç ɪĔ˜ĉȃ ʼĕ˜ıǏ¬˜ʒłť˜ɧȃƖĒ˜ʶĴˀƍ˜ɬˆ¬ˎZ]Ȼęíơ
Z]cu<Y#vAwM{Ƕŧ ÃƉzÁˁǷū #Ȓʳ˜ƔƦl<FwGsaV;ţȂĝȲ 31 ÷ĝɩʁǥ˜2019 Ŋ 10
Ơ 23 Ɣ-25 Ɣ˜ƭÓĒĝ
39. R. Tatsumi, O. Koike, Y. Yamaguchi, Y.Tsuji, “Particle-scale modeling of the drying characteristics of colloidal suspensions”, the 18th Asian
Pacific Confederation of Chemical Engineering Congress (APCChE2019), Sapporo, Japan, 23-27 Sep. 2019.
40. ʃȃŬ}ʣ˜ɦƸȕ˜ªǆǁ˜ŌçɪĔ˜ĉȃʼĕ˜ıǏ¬˜ʒłť˜ɧȃƖĒ˜ʶĴˀƍ˜8ƐǕ" 3ɬˆ¬ˎZ]ȻęíơZ]cu<Y#vAwM{Ƕŧ#Ƌ®ɳư˜ÒĝŁĝǀǖĒ˜2019Ŋ8Ơ8Ɣ-9Ɣ˜ǀǖúȯĒĝ
41. ơ³ ʱ˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜ùǚǝȒǕ" 3ŦɌıʤÇʾħǵɸɏ"03ȻęǕ4#Śˈ˜ÒĝŁĝȲ84
Ŋ˜2019Ŋ3Ơ13Ɣ-15Ɣ˜ɝǗŁƾĒĝ
42. ɧŉ ŶƢ˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜8ƐǕÑć" 3H{FķĆȬȻę#É˂źÑ˜ÒĝŁĝȲ84Ŋ˜2019Ŋ3Ơ13Ɣ-15Ɣ˜ɝǗŁƾĒĝ
43. ɦƸ ȕ˜˕ǂ Ĕʣ˜ª ǆǁ˜Ōç ɪĔ˜ĉȃ ʼĕ˜ıǏ ¬˜ʒł ť˜ɧȃ ƖĒ˜ʶĴ ˀƍ˜ǣĘɤȊ"ɬˆ¬ˎZ]ȻęȾ#ƿʜřů"à*ǣĘ ¬ˎʮ#Śˈ#Ƌ®ɳư˜ÒĝŁĝȲ84Ŋ˜2019Ŋ3Ơ13Ɣ-15Ɣ˜ɝǗŁƾĒĝ
44. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ʔ ¤ę˜şȻęÃƉǚ#ǲǶŧ"ąƿʜÆŞ#žƹ
˜ÒĝŁĝȲ84Ŋ˜2019Ŋ3Ơ13Ɣ-15Ɣ˜ɝǗŁƾĒĝ
45. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜şȺ¢ķ(#ǚȒǙʙźÑ#Ƌ®ɳư˜ÒĝŁĝȲ84Ŋ˜2019Ŋ3Ơ13Ɣ-15Ɣ˜ɝǗŁƾĒĝ
46. Ș ɭ˜ńƪ ʨ©˜ıǏ ¬˜ʒł ť˜Z]ȻęÃƉǚ#əc9=tyGźÑ"ĭ3ɬˆȒ£Ȃ 5ʠƬ#Śˈ˜ƔƦǘǍĝɟŲ Ȳ10÷ĝȀșȭȊɬ˜2019Ŋ3Ơ7Ɣ-9Ɣ˜¡ªńǋƍÒi{u47. ĸâ ȄĹĕ˜ıǏ ¬˜ʒł ť˜ª ǆǁIw<YŁĝ" 3ĝǽ ɾˋɳǐ#ƒǓPmZ{˚}ʤŵŘ˛˜}ɛȟøǓewSFXz<]g{Lry× ²˜ÒĝŁĝ»²˜2019Ŋ3Ơ1Ɣ˜ƭĒĝ48. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ʔ ¤ę˜ǝɋ" 3c;s{şɃÒ#Ƌ®Lmqv{Lry˜esNTUFůřÍŁ
ĝȲ26÷ȤĜĒ˜2018Ŋ11Ơ26Ɣ-27Ɣ˜GsyYiVuǖƮ
49. T. Ando, D. Katayama, N. Hirota, O. Koike, R. Tatsumi, M. Yamato, “Structure formation of magnetic particles under magnetic fields toward
anisotropic materials”˜9th International Symposium on Electromagnetic Processing of Materials, Awaji Yumebutai International ConferenceCenter, Hyogo, Japan, 14-18 Oct. 2018.
50. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜Ⱥ¢ķ(#ǚǤǙʙ#ȑżȌƋ®Lmqv{Lry˜ÒĝŁĝȲ50÷ȤĜĒ˜2018Ŋ9Ơ18Ɣ-20Ɣ˜˖·ĽĒĝ51. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ʔ ¤ę˜Ƌ®Lmqv{Lry"03şȻęÃƉǚ#ǲǶŧ#Ǡ˜ÒĝŁĝȲ50÷ȤĜĒ˜2018Ŋ9Ơ18Ɣ-20Ɣ˜˖·ĽĒĝ52. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ʔ ¤ę˜}ɛÒŷƉpWu"03ǲ¯ưǷū#ɳưȌÃˌŲǓ˜ÒĝŁĝȲ50÷ȤĜĒ˜2018Ŋ9Ơ18Ɣ-20Ɣ˜˖·ĽĒĝ53. ɧŉ ŶƢ˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜˕8ƐǕ4ć#əˆĆȬȻę#Ã˂ÃƉźÑ"ʳ3Ƌ®Lmqv{Lry˜ÒĝŁĝȲ50÷ȤĜĒ˜2018Ŋ9Ơ18Ɣ-20Ɣ˜˖·ĽĒĝ54. ơ³ ʱ˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜ùǚǝȒǕ" 3ŦɌıʤÇ"ʾħǵ7/ȻęǕ4#ĥ˔șȭ˜ÒĝŁĝȲ
50÷ȤĜĒ˜2018Ŋ9Ơ18Ɣ-20Ɣ˜˖·ĽĒĝ
55. Y. Yamaguchi, R. Tatsumi, O. Koike, “Prediction of the Drying Characteristics of Colloidal Suspensions”, the 19th International Coating
Science and Technology Symposium, Long Beach Hilton, 16-19 Sep. 2018.
56. ʃȃŬ}ʣ˜ɦƸȕ˜ªǆǁ˜ŌçɪĔ˜ĉȃʼĕ˜ıǏ¬˜ʒłť˜ɧȃƖĒ˜ʶĴˀƍ˜8ƐǕ" 3ɬˆ¬ˎZ]Ȼę#ÃƉzÁˁźÑ"à*ȻęŉƯʲȒ£Ȃ#Śˈ"ʳ3Ƌ®ɳưȌƽɶ˜ŉů30ŊŎÒĝȾĝ×ƭÓĒ˜2018Ŋ9Ơ15Ɣ-16Ɣ˜ȤȃĒĝ
57. ğɧ Ï˜Ǵĸ Ēʐ˜Őȃ Ů˜ıǏ ¬˜ʒł ť˜ĸȋ ǆƍ˜“Numerical simulation on structure formation of magnetic particles
under magnetic fields”, Ȳ42÷ƔƦȜǌĝĝɩʁǥLykM=n˜2018Ŋ9Ơ11Ɣ-14Ɣ˜ƔƦĒĝ
58. ª ǆǁ˜ɦƸ ȕ˜˕ǂ Ĕʣ˜Ōç ɪĔ˜ĉȃ ʼĕ˜ıǏ ¬˜ʒł ť˜ɧȃ ƖĒ˜ʶĴ ˀƍ˕ǨŎZ]ȻęÃƉǚ#ǣĘɤȊ"Z]ȻęȾƿʜřůʠȧ#Ƌ®ɳư˜ƔƦPsmUFN×Ȳ31÷ȤĜLykM=n˜2018Ŋ9Ơ5Ɣ-7Ɣ˜ëãĶŁƾĒĝ
59. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ʔ ¤ę˜ʭʕ,ůř" 3ȻęµĊʠȧ#Ƌ®Lmqv{Lryɳư˜ƔƦPsmU
FN×Ȳ31÷ȤĜLykM=n˜2018Ŋ9Ơ5Ɣ-7Ɣ˜ëãĶŁƾĒĝ
60. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜ǕÑzǲć ɼʌ3ļŧşȻęÃƉǚ#ƿʜřůLmqv{Lry˜Ⱥ¢Łĝ
Ȳ53÷ųɩɶʀ˜2018Ŋ9Ơ3Ɣ-4Ɣ˜ƭĒĝȀȁųɩșȭűIygyLryi{u61. ĸâ ȄĹĕ˜ıǏ ¬˜ʒł ť˜ĈŅǲ#.#ÃƉPmZ{˚}ʤŵŘ˛˜}ɛȟøǓewSFXz<]g{Lry× ²˜2018Ŋ7Ơ20Ɣ˜ƭĒĝ62. ɦƸ ȕ˜˕ǂ Ĕʣ˜ª ǆǁ˜Ōç ɪĔ˜ĉȃ ʼĕ˜ıǏ ¬˜ʒł ť˜ɧȃ ƖĒ˜ʶĴ ˀƍ˜ǣĘɤȊ"ɬˆ¬ˎZ]Ȼę#ƿʜřůǃƿ#Ƌ®ɳư˜Ȳ55÷ ƔƦǰLykM=n˜2018Ŋ5Ơ29Ɣ-31Ɣ˜ƧňIygyLryPyR{
63. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ʔ ¤ę˜JdmFwyNH{uƋ®Lmqv{Lry"03ȻęÃƉǚ#ǕÑzǲƂ£#ɔī˜Ⱥ¢Łĝ2018ŊŎƙĜșȭȊɬ˜2018Ŋ5Ơ15Ɣ-16Ɣ˜ʥtJ{T_{F64. Ǵĸ Ēʐ˜ɧÞ Ǜŉ˜ğɧ Ï˜Őȃ Ů˜ıǏ ¬˜ʒł ť˜ĸȋ ǆƍ˜Ȝć7ÅȂȈƒŧƩƏʱȊ" 3şȻęƿʜřů"ʳ3șȭ˜Ȳ65÷ţȂǵǽĝƙĜĝɩʁǥ˜2018Ŋ3Ơ17Ɣ-20Ɣ˜ƕȪȃĒĝ
65. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜ǼřşȻęÁˁ¢#ûɌŖŎ#Ƌ®ɳư˜ÒĝŁĝȲ83Ŋ˜2018Ŋ3Ơ13Ɣ-15Ɣ˜ʳɮĒĝ
66. ʒł ť˜ıǏ ¬˜ʔ ¤ę˜ĸâ ȄĹĕ˜ȻęȾ#ǲǶŧpWu˜ÒĝŁĝȲ83Ŋ˜2018Ŋ3Ơ13Ɣ-15Ɣ˜ʳɮĒĝ
67. ɧŉ ŶƢ˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜FwNcw{Ƚĩə5ʠLmqv{Lry"03˕8Ɛć#əˆĆȬȻę#źÑ˜ÒĝŁĝȲ83Ŋ˜2018Ŋ3Ơ13Ɣ-15Ɣ˜ʳɮĒĝ
68. Ʀʲ ¤å˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜ùǚǝȒǕ4" 3ŦɌıʤ7ʚʠ3ù¢Ȼę#Ǖ4"ʳ3șȭ˜ÒĝŁĝȲ83Ŋ˜2018Ŋ3Ơ13Ɣ-15Ɣ˜ʳɮĒĝ
69. ĸâ ȄĹĕ˜ıǏ ¬˜ʒł ť˜ÃƉzĈŅzǲPmZ{˚}ʤŵŘ˛˜}ɛȟøǓewSFXz<]g{Lry× ²˜2017Ŋ11Ơ24Ɣ-25Ɣ˜ƭĒĝˠ|ȁĝĢʝƀ?yM[:tyGPyR{ ²˜2017Ŋ12Ơ8Ɣ-9Ɣ˜ëãĶŁƾĒĝ
70. Ǵĸ Ēʐ˜ğɧ Ï˜Őȃ Ů˜ıǏ ¬˜ʒł ť˜ĸȋ ǆƍ˜ȈƒŧƩƏʱȊ"ìǣĘ#ȜŧȻę#ƿʜřůƋ®
Lmqv{Lry˜ƔƦȜǌȥĝ˜2017Ŋ11Ơ14Ɣ-16Ɣ˜ʥĒĝ
71. S. Usune, M. Kubo, T. Tsukada, O. Koike, R. Tatsumi, M. Fujita, T. Adschiri, “Numerical investigation of rheological properties ofnanofluids containing organic modified nanoparticles,” 2017 AIChE Annual Meeting, Minneapolis, USA, 29 Oct. - 3 Nov. 2017.
72. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜ļŧşȻęÁˁ¢#ûɌďřʠȧ#Ƌ®ɳư˜ÒĝŁĝȲ49÷ȤĜĒ˜2017Ŋ9
Ơ20Ɣ-22Ɣ˜ëãĶĒĝ
73. ʒł ť˜ıǏ ¬˜ʔ ¤ę˜ĸâ ȄĹĕ˜şȻęÃƉǚ#ǲ" 3ǞÍÈ#¯ưǻʄ#ɳư˜ÒĝŁĝȲ49÷ȤĜ
Ē˜2017Ŋ9Ơ20Ɣ-22Ɣ˜ëãĶĒĝ
74. Ʀʲ ¤å˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜Ƌ®Lmqv{Lry"03ŦɌıʤ7ʚʠ3ùǚǝȒǕ4#ɔī˜ÒĝŁĝȲ49÷ȤĜĒ˜2017Ŋ9Ơ20Ɣ-22Ɣ˜ëãĶĒĝ
75. ˕ǂ Ĕʣ˜ɦƸ ȕ˜ª ǆǁ˜Ōç ɪĔ˜ĉȃ ʼĕ˜ıǏ ¬˜ʒł ť˜ɧȃ ƖĒ˜ʶĴ ˀƍ˜ǣĘɤȊ"ɬˆ¬ˎZ]Ȼę#ƿʜřů"ʳ3Ƌ®Lmqv{Lry˜ÒĝŁĝȲ49÷ȤĜĒ˜2017Ŋ9Ơ20Ɣ-22Ɣ˜ëãĶĒĝ
76. R. Tatsumi, T. Iwao, O. Koike, Y. Tsuji, Y. Yamaguchi, “Numerical simulation of segregation in drying bimodal colloidal suspensions”, the9th Asian Coating Workshop, TUAT, Tokyo, Japan, 17-18 May. 2017.
77. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜ǼřşȻęƿʜ¢#ûɌďř#Ƌ®Lmqv{Lry˜ÒĝŁĝȲ82Ŋ˜2017Ŋ3
Ơ6Ɣ-8Ɣ˜ɝǗŁƾĒĝ
78. ʒł ť˜Ļȅ Ŷó˜ıǏ ¬˜ʔ ¤ę˜ĸâ ȄĹĕ˜ļŧşȻęÃƉǚ#ǲ" 3¯ưǻʄ#oB[On˜ÒĝŁĝȲ82Ŋ˜2017Ŋ3Ơ6Ɣ-8Ɣ˜ɝǗŁƾĒĝ
79. Ʀʲ ¤å˜Ƹĸ Ƞǒ˜ğɧ Ï˜ıǏ ¬˜ʒł ť˜ùǚǝȒǕ47ĭʄ ɃĚÇʾħǵɸɏ"03Ǖ4#¨ʞÐƲ˜ÒĝŁĝȲ82Ŋ˜2017Ŋ3Ơ6Ɣ-8Ɣ˜ɝǗŁƾĒĝ
80. ɧŉ ŶƢ˜ğɧ Ï˜ʒł ť˜ıǏ ¬˜ńƪ ʨ©˜ǣʉîȖķ7Ȼęzəɬˆ"/FwNcw{Ƚĩə5ʠ#ȑżƋ®
Lmqv{Lry˜ÒĝŁĝȲ82Ŋ˜2017Ŋ3Ơ6Ɣ-8Ɣ˜ɝǗŁƾĒĝ
81. ȔČ ɜ˜ʊƮ Ůǁ˜ʒł ť˜ıǏ ¬˜ĵ ȕ}˜Ȼę#FwNcw{Ƚĩ5ʠ" 3ʸȇǕƫ"ʳ3șȭ˜ÒĝŁĝȲ82Ŋ˜2017Ŋ3Ơ6Ɣ-8Ɣ˜ɝǗŁȥĒĝ
82. S. Usune, M. Kubo, T. Tsukada, O. Koike, M. Fujita, T. Adschiri, “Numerical investigation of dispersion/aggregation behaviors of organic
modified nanoparticles in nanofluids under shear flow conditions ”, the 4th International Forum on Heat Transfer, Sendai, Miyagi, Japan, 2-4
Nov. 2016.
83. Y. Yamaguchi, O. Koike, R. Tatsumi, “Numerical Simulation of Non-Equilibrium Structure Formation in Concentrated Nano-fluids”, the 18th
International Coating Science and Technology Symposium, Pittsburgh, 18-21 Sep. 2016.
84. ˕ǂ Ĕʣ˜ɦƸ ȕ˜ª ǆǁ˜ĉȃ ʼĕ˜ıǏ ¬˜ɧȃ ƖĒ˜ʶĴ ˀƍ˜ǲ" 3ơǃ¬ˎZ]Ȼę7í-Iw<YÃƉǚ#ƿʜřů"ʳ3Ƌ®Lmqv{Lry˜ŉů28ŊŎÒĝȾĝ×ƭÓĒ˜2016Ŋ9Ơ10Ɣ-11Ɣ˜6 ƗƘĒĝ
85. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜ÙɁÊƐć" 3ƻǷZ]ȻęÁˁ¢#ɳȚLmqv{Lry˜ÒĝŁĝȲ48÷Ȥ
ĜĒ˜2016Ŋ9Ơ6Ɣ-8Ɣ˜ŠĽĒĝ
86. ʒł ť˜ıǏ ¬˜ʔ¤ę˜ĸâ ȄĹĕ˜ļŧşȻęÃƉǚ#ǲƿʜřů#ȑżƋ®ɵȵ˜ÒĝŁĝȲ48÷ȤĜĒ˜2016Ŋ9Ơ6Ɣ-8Ɣ˜ŠĽĒĝ
87. ª ǆǁ˜ɦƸ ȕ˜ĉȃ ʼĕ˜ıǏ ¬˜ɧȃ ƖĒ˜ʶĴ ˀƍ˜数値シミュレーションによるナノフルイドの設計及びそのレオロジーǶŧɹ¦˜ƔƦPsmUFN×Ȳ29÷ȤĜLykM=n˜2016Ŋ9Ơ7Ɣ-9Ɣ˜ŋĽĒĝ
88. ɦƸ ȕ˜ª ǆǁ˜ĉȃ ʼĕ˜ƨĺ °}˜ıǏ ¬˜ɧȃ ƖĒ˜ʶĴ ˀƍ˜ơǃ¬ˎZ]Ȼę7í-Z]Ǖ¢#ÃƉzÁˁźÑ!1'"vAwM{Ƕŧ#Ƌ®Lmqv{Lry˜Ȳ53÷ƔƦǰLykM=n˜2016Ŋ5Ơ24Ɣ-26Ɣ˜Ēʵúʽʂć˚GsyDq{dĒʵ˛
89. ʒł ť˜ıǏ ¬˜ʔ¤ę˜ĸâ ȄĹĕ˜ǣʉîȖ ǲ"03ȻęȾƿʜřů"à*Śˈ˜ÒĝŁĝȲ81Ŋ˜2016
Ŋ3Ơ13Ɣ-15Ɣ˜ʳɮĒĝ
90. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜ƻǷşȻęÃƉǚ#ûÌ˓ÑǕ4#ȑżƋ®Lmqv{Lry˜ÒĝŁĝȲ81Ŋ˜
2016Ŋ3Ơ13Ɣ-15Ɣ˜ʳɮĒĝ
91. ğɧ Ï˜Íɧ ʆ˜ıǏ ¬˜ʒł ť˜FwNcw{Ƚĩ5ʠ#ȑżƋ®Lmqv{Lry˜ÒĝŁĝȲ81Ŋ˜2016
Ŋ3Ơ13Ɣ-15Ɣ˜ʳɮĒĝ
92. ğɧ Ï˜ĸâ ƇȀ˜ʒł ť˜ıǏ ¬˜ńƪ ʨ©˜ǣʉîȖķ7ɬˆ"ŸWUY?yYȽĩ5ʠ#ȑżƋ®Lmqv{

Lry˜ÒĝŁĝȲ81Ŋ˜2016Ŋ3Ơ13Ɣ-15Ɣ˜ʳɮĒĝ
93. ȔČ ɜ˜ʊƮ Ůǁ˜ʒł ť˜ıǏ ¬˜ĵ ȕ}˜FwNcw{Ƚĩ5ʠ" 3ȼŧōķă#ȻęźÑ ʸȇǕƫ"ʳ3șȭ˜ÒĝŁĝȲ81Ŋ˜2016Ŋ3Ơ13Ɣ-15Ɣ˜ʳɮĒĝ
94. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜“Mesoscale modeling of colloidal suspensions with adsorbing solutes,” ĂɮĒĝ ǽĝșȭȥ ƋĝĮƅ x{FLrUe ţȂƋĝ" 3pWtyG Lmqv{Lry˜2015Ŋ12Ơ20Ɣ˜ĂɮĒĝ95. ıǏ ¬˜şȻęÃƉǚ#ǕÑǲLmqv{RSNAP ə5ʠ#ȑżLmqv{Lry˜ŉů27ŊŎ¶ȱəŁĝșȭŽʞǃƿȤĜʁǥ˜2015Ŋ9Ơ29Ɣ˜ȡŰĒĝ
96. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜ȑżƋ®ɵȵ"03ļŧZ]ȻęÃƉǚ#ǕÑoB[On#ƽɶ˜ÒĝŁĝȲ47÷ȤĜĒ˜2015Ŋ9Ơ9Ɣ-11Ɣ˜ÓǘʡĒĝ97. ʒł ť˜ıǏ ¬˜ʔ¤ę˜ĸâ ȄĹĕ˜îȖŧǣʉ7í-şȻęÃƉǚ#ǲzǨɌʠȧ#ȑżƋ®ɵȵ˜ÒĝŁĝ
Ȳ47÷ȤĜĒ˜2015Ŋ9Ơ9Ɣ-11Ɣ˜ÓǘʡĒĝ
98. ʒł ť˜ıǏ ¬˜ʔ¤ę˜ĸâ ȄĹĕ˜ÝǣʉîȖķ7ơ3Iw<YȻę#ŷƉǔÑ˜ƔƦǵǽĝȲ70÷ŊǄĒ˜2015Ŋ3Ơ21Ɣ-24Ɣ˜ƕȪȃĒĝ
99. ʒł ť˜ğɧ Ï˜ıǏ ¬˜ʔ¤ę˜ĸâ ȄĹĕ˜əzȻę(#ǣʉîȖ7ɔŭȽĩǪʠpWu#ƿȸ˜ÒĝŁĝ
Ȳ80Ŋ˜2015Ŋ3Ơ19Ɣ-21Ɣ˜ɝǗŁƾĒĝ
100. ıǏ ¬˜Ƽƪ ƍˑ˜ʒł ť˜ĸâ ȄĹĕ˜ļŧÃŅ7ơ3Z]ȻęÃƉǚ#˕hFvƋvAwM{Lmqv{Lry˜ÒĝŁĝȲ80Ŋ˜2015Ŋ3Ơ19Ɣ-21Ɣ˜ɝǗŁƾĒĝ
101. ɦƸ ȕ˜ª ǆǁ˜ƨĺ °}˜ĉȃ ʼĕ˜ıǏ ¬˜ɧȃ ƖĒ˜ʶĴ ˀƍ˜8ƐǕ" 3ɬˆ¬ˎǮǃZ]Ȼę#ÃƉzÁˁźÑ#Ƌ®Lmqv{Lry˜ÒĝŁĝȲ80Ŋ˜2015Ŋ3Ơ19Ɣ-21Ɣ˜ɝǗŁƾĒĝ
102. ȫþ ėɐ˜ıǏ ¬˜ĸâ ȄĹĕ˜ǨÝIw<Y#ǝɋewPN"03ȼŗŧǶŧ#ďÒ˜ÒĝŁĝȲ46÷ȤĜĒ˜
2014Ŋ9Ơ17Ɣ-19Ɣ˜ŀĒĝ103. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜şȻęÃƉǣǚ#ǲzǨɌʠȧ"ĭ3Ȼę-ǣĘ-ǣʉʝůpWu#ƿȸ˜ÒĝŁĝȲ46÷ȤĜĒ˜2014Ŋ9Ơ17Ɣ-19Ɣ˜ŀĒĝ104. ıǏ ¬˜ʒł ť˜ĸâ ȄĹĕ˜ÙɁÊƐć" 3Z]ȻęÁˁ¢#ɳȚoB[On#ƽɶ˜ÒĝŁĝȲ46÷ȤĜĒ˜2014Ŋ9Ơ17Ɣ-19Ɣ˜ŀĒĝ105. Y. Yamaguchi and O. Koike, “Mode transition of condensed colloidal solutions under shear flow”, the 17th International Coating Science andTechnology Symposium, San Diego, 7-10 Sep. 2014.
106. R. Tatsumi, O. Koike, and Y. Yamaguchi, “Direct numerical simulation of the dynamics of colloidal particles with adsorptive solutetransport”, the 17th International Coating Science and Technology Symposium, San Diego, 7-10 Sep. 2014.
107. ʒł ť˜ıǏ ¬˜ʔ ¤ę˜ĸâ ȄĹĕ˜ǣʉ#ȦÑzîȖ7ɔŭIw<YȻęȾ#ȑżƋ®ɵȵ˜Ȳ65÷Iw<Y0'ȇˆÒĝɶʀ˜2014Ŋ9Ơ3Ɣ-5Ɣ˜ƭǽȥĒĝ108. R. Tatsumi, O. Koike, and Y. Yamaguchi, “Simulation model of colloidal dispersions with solute transport and adsorption onto the particle
surface”, the 6th Asian Coating Workshop, Kobe, Hyogo, Japan, 8-9 May. 2014.
109. Y. Yamaguchi and O. Koike, “Non-equilibrium phase transition of colloidal paste in the process of mixing and kneading”, the 6th Asian
Coating Workshop, Kobe, Hyogo, Japan, 8-9 May. 2014.
110. O. Koike, T. Yagi, R. Tatsumi, and Y. Yamaguchi, “Direct numerical simulation of breakup of fine particle aggregation under simple shear”,
the 6th Asian Coating Workshop, Kobe, Hyogo, Japan, 8-9 May. 2014.
111. ʒł ť˜ıǏ ¬˜ĸâ ȄĹĕ˜ǣʉ#ȦÑzîȖ7ɔŭÃƉȻęʲȒ£ȂpWu#ƿȸ˜ÒĝŁĝȲ79Ŋ˜
2014Ŋ3Ơ18Ɣ-20Ɣ˜ĹʴĒĝ112. ¹ƥ ʆ˜ıǏ ¬˜ĸâ ȄĹĕ˜ÙɁÊƐć" 3Z]ȻęÁˁ¢#ɳȚLmqv{Lry˜ÒĝŁĝȲ79Ŋ˜
2014Ŋ3Ơ18Ɣ-20Ɣ˜ĹʴĒĝ113. ª ǆǁ˜ğɧ ġœ˜ƨĺ °}˜ĉȃ ʼĕ˜ıǏ ¬˜ɧȃ ƖĒ˜˕ɰ ɽ}˜ʶĴ ˀƍ˜ơǃ¬ˎǮǃZ]Ȼę#ÃƉzÁˁźÑ"ʳ3Ƌ®ɵȵ˜ÒĝŁĝȲ79Ŋ˜2014Ŋ3Ơ18Ɣ-20Ɣ˜ĹʴĒĝ114. ğɧ ġœ˜ª ǆǁ˜ƨĺ °}˜ĉȃ ʼĕ˜ıǏ ¬˜ɧȃ ƖĒ˜ʶĴ ˀƍ˜ơǃǣĘ" 3ɬˆ¬ˎǮǃZ]Ȼ
ę#ÃƉzÁˁźÑ#Ƌ®Lmqv{Lry ˜ÒĝŁĝȲ79Ŋ˜2014Ŋ3Ơ18Ɣ-20Ɣ˜ĹʴĒĝ115. ıǏ ¬˜ĈŅzǲ" 3Z]Ȼę#ÑȌƿʜřůLmqv{Lry˜ÒĝŁĝʳƭƄʤ ²˜Ȳ44÷ Continuing
Education Lt{Oʁɒ˜2013Ŋ11Ơ1Ɣ˜ƭĒĝĸˏ116. ıǏ ¬˜ɧȃ ƖĒ˜ĸâ ȄĹĕ˜˕ǨŎşȻęÃƉǚ#vAwM{Lmqv{Lry-ȻęʲȒ£Ȃ#ÐƲ-˜ÒĝŁĝȲ45÷ȤĜĒ˜2013Ŋ9Ơ16Ɣ-18Ɣ˜ĺĸĒĝ

117. ʫƨ ĳį˜ʊƮ Ůǁ˜ıǏ ¬˜ɧȃ ƖĒ˜ĵȕ}˜SNAP-F7ȂWUY?yY5ʠ" 3c9=tyGLmqv{Lry˜ÒĝŁĝȍĺĒ2013˜2013Ŋ8Ơ8Ɣ-9Ɣ˜ĻŲĒĝ
118. ıǏ ¬˜ɧȃ ƖĒ˜ĸâ ȄĹĕ˜˕ǨŎşȻęÃƉǚ#˕hFvƋvAwM{Lmqv{Lry˜ÒĝŁĝȲ78Ŋ˜
2013Ŋ3Ơ17Ɣ-19Ɣ˜ĒʵĒĝ119. ʊƮ Ůǁ˜ʫƨ ĳį˜ıǏ ¬˜ɧȃ ƖĒ˜ĵȕ}˜ȻęÃƉǚ#WUY?yY5ʠ" ɃĚś ʱĚǉ c9=tyGźÑ" 3Śˈ˜ÒĝŁĝȲ78Ŋ˜2013Ŋ3Ơ17Ɣ-19Ɣ˜ĒʵĒĝ120.  ȕȀ˜ğɧ Ï˜ıǏ ¬˜ɧȃ ƖĒ˜şȻęÃƉȾ#FwNcw{Ƚĩ5ʠewPN"ʳ3ȑżƋ®Lmqv{Lry˜ƔƦǃƺĝʳƭĝȀ Ȳ52÷ĝȀôÖƾșȭȊɬʁǥ˜2013Ŋ3Ơ15Ɣ˜ːʥĒĝƭ
121. ʫƨ ĳį˜ʊƮ Ůǁ˜ıǏ ¬˜ɧȃ ƖĒ˜ĵȕ}˜SNAP-F7ȂWUY?yY5ʠ" 3Ȼę#əʙʠLmqv{Lry˜ƔƦǘǍĝɟŲȲ4÷ĝȀșȭȊɬ˜2013Ŋ3Ơ7Ɣ-8Ɣ˜ǀǖúȯĒĝ
122. ĠŰ ƴ˜ńƪ ʨ©˜ɧȃ ƖĒ˜ıǏ ¬˜
əc9=tyG"ĭ3ɃĚƿʜ#Śˈ oQLmqv{R"03:ew{T˜ƔƦǘǍĝɟŲȲ4÷ĝȀșȭȊɬ˜2013Ŋ3Ơ7Ɣ-8Ɣ˜ǀǖúȯĒĝ
123. ɧȃ ƖĒ˜ıǏ ¬˜ĸâ ȄĹĕ˜oQNH{uǌǚùǝȒǕLmqv{Lry#.#ȇˆā.ʕ,Ǔ˜Ȳ26÷Ƌ®Ǖ¢ÌĝLykM=n˜2012Ŋ12Ơ18Ɣ-20Ɣ˜úȯAtybUFɷŤ˃ĲŊɈèPyR{124. ıǏ ¬˜ɧȃ ƖĒ˜ĸâ ȄĹĕ˜şȻęÃƉǚ#¾ȶ½˅[q{XyǕ4#Lmqv{Lry˜ÒĝŁĝȲ44÷ȤĜĒ˜2012Ŋ9Ơ19Ɣ-21Ɣ˜ƭÓĒĝ125. ɧȃ ƖĒ˜ıǏ ¬˜ĸâ ȄĹĕ˜şȻęÃƉǚ#ǲʠȧ" 3ǌǚȇˆ#˅ɉřźÑLmqv{Lry˜ÒĝŁĝȲ44÷ȤĜĒ˜2012Ŋ9Ơ19Ɣ-21Ɣ˜ƭÓĒĝ
126. ɟƱǜɐ˜ɧȃ ƖĒ˜ıǏ ¬˜ĸâ ȄĹĕ˜şȻęÃƉǚ#ąƯǲ"03ȻęȾɇȐƿʜ#řůLmqv{Lry˜ÒĝŁĝȲ44÷ȤĜĒ˜2012Ŋ9Ơ19Ɣ-21Ɣ˜ƭÓĒĝ127. Șǂ ˘Ĕʣ˜ª ǆǁ˜ƨĺ °}˜ĉȃ ʼĕ˜ɧȃ ƖĒ˜ıǏ ¬˜ǚȒ" 3ȻęÁˁ¢ùơ#ûɌďřǶŧ"ʳ3Ƌ®Lmqv{Lry˜ÒĝŁĝȲ77Ŋ˜2012Ŋ3Ơ15Ɣ-17Ɣ˜ŁĝʹĒĝ
128. ıǏ ¬˜CFD"03şȻęÃƉǚ#3Ǆ´ǕÑLmqv{Lry˜ŀĒĝǽĝʤǵǽʤʰ ǵŧąȝʀIwD=n˜2011
Ŋ11Ơ10Ɣ˜ŀĒĝ129. ıǏ ¬˜ɧȃ ƖĒ˜ĸâ ȄĹĕ˜8ƐǕ4ɼʌ43şȻęȾƿʜ ȼŎ#Ȓʳ˜ÒĝŁĝȲ43÷ȤĜĒ˜2011
Ŋ9Ơ14Ɣ-16Ɣ˜ëãĶŁƾĒĝ
130. M. Fujita, O. Koike, and Y. Yamaguchi, “Simulation model of drying colloidal suspension on substrate”, the 3rd Asian Coating Workshop,
Kitakyushu, Fukuoka, Japan, 4-5 Jul. 2011.
131. ıǏ ¬˜ğɧ Ï˜ɧȃ ƖĒ˜ĸâ ȄĹĕ˜8ƐǕ4ć" 3şȻęȾƿʜ-ȼŎȒʳ#Ƌ®ɳư˜ÒĝŁĝȲ76
Ŋ˜2011Ŋ3Ơ22Ɣ-24Ɣ˜ƭʓŁĒĝ˝132. M. Fujita, O. Koike, and Y. Yamaguchi, “Flow and Drying Simulation of Nanoparticle Suspension on Substrate”, the 15th International
Coating Science and Technology Symposium, St. Paul, Minnesota, 12-15 Sep. 2010.
133. ıǏ ¬˜ɧȃ ƖĒ˜ĸâ ȄĹĕ˜ąƯşȻęÃƉǚ#ǕÑ-ǲʝůLmqv{Lry˜ÒĝŁĝȲ75Ŋ˜2010
Ŋ3Ơ18Ɣ-20Ɣ˜˖·ĽĒĝ˝
134. ğɧ Ï˜ıǏ ¬˜ɧȃ ƖĒ˜ĸâ ȄĹĕ˜8Ɛć#˅ÁˁȾşȻęÃƉǚ#shear-thinningLmqv{Lry˜ÒĝŁĝȲ41÷ȤĜ˜2009Ŋ9Ơ16Ɣ-18Ɣ˜ŋĽĒĝ˝
135. Ĕȃ ɽ}˜ıǏ ¬˜ȪǦ ƛ˜ɧȃ ƖĒ˜ĸâ ȄĹĕ˜ƻǷZ]Ȼę#ÃƉǚ" 3ʦìǻʄ#Lmqv{Lry˜ÒĝŁĝȲ40÷ȤĜ˜2008Ŋ9Ơ24Ɣ-27Ɣ˜ƭÓĒĝ˝
136. S. Ohta, O. Koike, S. Inasawa, M. Fujita, and Y. Yamaguchi, “Simulation of Structure Formation and Physical Properties of Colloidal
Rod-like Nanoparticles in Drying Process”, the 14th International Coating Science and Technology Symposium, Marina del Rey, California,
7-10 Sep. 2008.
137. M. Fujita, O. Koike, and Y. Yamaguchi, “Simulation of Concentrated Colloidal Nanoparticles in Simple Shear between Parallel Flat Plates”,
the 14th International Coating Science and Technology Symposium, Marina del Rey, California, 7-10 Sep. 2008.
138. Ĕȃ ɽ}˜ıǏ ¬˜ɧȃ ƖĒ˜ȪǦ ƛ˜ĸâ ȄĹĕ˜ƻǷZ]ȻęÃƉǚ#ąƯǲ"03ɦəřůLmqv{Lry˜ÒĝŁĝȲ73Ŋ˜2008Ŋ3Ơ17Ɣ˜˄ĺĒĝ˝

	
 

	
 

学会（物理学分野）	
 1.

ıǏ ¬˜ǂƦ ǆȰ˜˗Ǎ Ǻę˜ɧƦ «}ʣ˜Xɉ^{NX" 3ǳȊȌƷèůʠȧ ƟɄȀůǵ, ƔƦǵǽĝȲ58
÷ŊǄĒ˜2003Ŋ3Ơ28Ɣ˜ƭÓĝʹĒ˝

2.

˗Ǎ Ǻę˜ǂƦ ǆȰ˜ıǏ ¬˜ʩȃ Ňʿ˜Superburst"ĭ3L>ucsULqpWu#äɘŧ,ƔƦēƍĝƙĜŊ˜
2003Ŋ3Ơ24-26Ɣ˜ƭÓĒĝ.

3.

ıǏ ¬˜˗Ǎ Ǻę˜ǂƦ ǆȰ˜ɧƦ «}ʣ˜Nucleosynthesis of p-nuclei on accreting neutron stars, ƔƦǵǽĝŀƄʤ¥˜2002Ŋ12Ơ7Ɣ˜ȣĺĒĝ˝4.

˗Ǎ Ǻę˜ıǏ ¬˜ǂƦ ǆȰ˜ŧęƘĐǈ#ǰȌʞÒ superburst, ƔƦǵǽĝŀƄʤ¥˜2002Ŋ12Ơ7Ɣ˜ȣ
ĺĒĝ˝

5.

ıǏ ¬˜˗Ǎ Ǻę˜ǂƦ ǆȰ˜ɧƦ «}ʣ˜IÿXɉ^{NX" 3rp-ʠȧ p-´ɂèů, ƔƦēƍĝȤĜŊ˜2002
Ŋ10Ơ7-9Ɣ˜IygyLryPyR{˚Ħľ˛.

6.

ʩȃ Ňʿ˜ǂƦ ǆȰ˜ıǏ ¬˜˗Ǎ Ǻę˜ŧęƘ" 3Non-Standard Cooling#äɘŧ, ƔƦēƍĝȤĜŊ˜2002

7.

O. Koike, R. Kuromizu, M. Hashimoto, S. Fujimoto, "Nucleosynthesis of proton rich nuclei on accreting neutron stars related to type I X-ray

Ŋ10Ơ7-9Ɣ˜IygyLryPyR{˚Ħľ˛.
burst", International Symposium on Nuclei in the Cosmos VII, Fuji-Yoshida, Yamanashi, Japan 8-12 July 2002.
8.

K. Arai, R. Matsuba, S. Fujimoto, O. Koike, and M. Hashimoto, “Nucleosynthesis inside accretion disks around intermediate—mass black
holes”, International Symposium on Nuclei in the Cosmos VII, Fuji-Yoshida, Yamanashi, Japan 8-12 July 2002.

9.

R. Kuromizu, O. Koike, M. Hashimoto, and M. Fujimoto, “Helium flash on accreting neutron stars”, International Symposium on Nuclei in
the Cosmos VII, Fuji-Yoshida, Yamanashi, Japan 8-12 July 2002.

10. S. Fujimoto, O. Koike, M. Hashimoto, K. Arai, and R. Matsuba, “P-process nucleosynthesis inside supernova-driven supercritical accretion
disks”, International Symposium on Nuclei in the Cosmos VII, Fuji-Yoshida, Yamanashi, Japan 8-12 July 2002.
11. ıǏ ¬˜˗Ǎ Ǻę˜ǂƦ ǆȰ˜ɧƦ «}ʣ˜éȃ Ɗ˜The endpoint of the rp-process on accreting neutron stars, ƔƦēƍĝ
ƙĜŊ˜2002Ŋ3Ơ28-30Ɣ˜ɡĂĒĝ˝
12. ɧƦ «}ʣ˜ǂƦ ǆȰ˜ıǏ ¬˜éȃ Ɗ˜Ʈɣ ˘}˜ɢ ʈ~˜ʍƑƘǳȊƚ"řů43ʷȖ¾ȏ½" 3 pʠȧ´ɂèů˜ƔƦēƍĝƙĜŊ˜2002Ŋ3Ơ28-30Ɣ˜ɡĂĒĝ˝
13. Ʈɣ ˘}˜ɢ ʈ~˜ɧƦ «}ʣ˜ıǏ ¬˜ǂƦ ǆȰ˜ĒʉʪdsUFi{u+62#ʷȖ¾ȏ½" 3´ɂèů˜
2002Ŋ3Ơ28-30Ɣ˜ɡĂĒĝ˝
14. ıǏ ¬˜IÿXɉ^{NX ʨ´ɂèů˜ŨƘșȭ˜2002Ŋ3Ơ18-20Ɣ˜ÓǘʡĒĝ˝
15. ıǏ ¬˜˗Ǎ Ǻę˜ǂƦ ǆȰ˜ɧƦ «}ʣ˜ɢ ʈ~˜éȃ Ɗ˜IÿXɉ^{NX ʻęʠËƷ´ɂèů˜ƔƦǵǽĝŀƄʤ¥˜2001Ŋ12Ơ8Ɣ˜¡ʇĒĝ.
16. ˗Ǎ Ǻę˜ǂƦ ǆȰ˜ıǏ ¬˜ɢ ʈ~˜ɧƦ ǆɨ˜ŧęƘɬˆķ" 3ft=ncsULq˜ƔƦǵǽĝŀƄʤ¥˜2001 Ŋ 12 Ơ 8 Ɣ˜¡ʇĒĝ.
17. ¡ ý}˜ǂƦ ǆȰ˜ıǏ ¬˜˗Ǎ Ǻę˜ɧƦ ǆɨ˜Exotic process "03ŧęƘ#ÀÜ˜ƔƦǵǽĝŀƄʤ¥˜2001 Ŋ 12 Ơ 8 Ɣ˜¡ʇĒĝ.
18. Ʈɣ ˘}˜ɢ ʈ~˜ɧƦ «}ʣ˜ıǏ ¬˜ǂƦ ǆȰ˜ʬǑšˊă"3ĒʉʪdsUFi{u+62#ʷȖ¾ȏ"
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19. ɧƦ «}ʣ˜Ʈɣ ˘}˜ɢ ʈ~˜ıǏ ¬˜ǂƦ ǆȰ˜ʍƑƘǳȊƚ"řů43ʷȖ¾ȏ" 3´ɂèů˜ƔƦǵǽĝŀƄʤ¥˜2001Ŋ12Ơ8Ɣ˜¡ʇĒĝ.
20. ıǏ ¬˜˗Ǎ Ǻę˜ǂƦ ǆȰ˜ɧƦǆɨ˜ɲǠ® #ǉʏ"03IÿXɉ^{NXpWu#ƽɶ˜ƔƦēƍĝȤĜŊ˜
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21. ˗Ǎ Ǻę˜ıǏ ¬˜ǂƦ ǆȰ˜ɧƦǆɨ˜ɢ ʈ~˜ŧęƘɬˆ" 3He-flash(#14N(e, ν)14C(α, γ)18Oáţ#Śˈ˜ƔƦēƍĝȤĜŊ˜2001Ŋ10Ơ6Ɣ˜<{Gv&.˝
22. ¡ ý}˜ǂƦ ǆȰ˜ıǏ ¬˜˗Ǎ Ǻę˜ɧƦǆɨ˜ʲęÁɌ ŧęƘÀÜ"à*Śˈ˜ƔƦēƍĝȤĜŊ˜
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23. ˗Ǎ Ǻę˜ıǏ ¬˜ǂƦ ǆȰ˜ɢ ʈ~˜ɧƦ ǆɨ˜ŧęƘɬˆķ" 3ft=nzcsLq˜ƔƦēƍĝƙĜĒ˜2001Ŋ3Ơ26-28Ɣ˜ÔɣĒĝ24. ıǏ ¬˜˗Ǎ Ǻę˜ǂƦ ǆȰ˜ɢʈ~˜ɧƦǆɨ˜ft=ncsULqpWu Ɵʖ#IÿXɉ^{NX#ɲǠ˜ƔƦēƍĝȤĜŊ˜2000Ŋ10Ơ7Ɣ˜ɑ˒ȓɈèƈɗPyR{˝25. ıǏ ¬˜ǂƦ ǆȰ˜ŧęƘɬˆ#ǳȊȌʨ´ɂèů - (2p, γ) áţ#rp-ʠȧ(#Śˈ -˜ƔƦǵǽĝŀƄʤ¥˜1999Ŋ11Ơ27Ɣ˜ʯľĒĝ˝
26. ıǏ ¬˜ǂƦ ǆȰ˜Rp-process beyond Se on accreting neutron stars˜ƔƦēƍĝȤĜŊ˜1999Ŋ10Ơ8Ɣ˜ŀĒĝ˝
27. ıǏ ¬˜ǂƦ ǆȰ˜ɢ ʈ~˜ʷȖŧęƘɬˆ#ǰƷáţpWu˟Ʒèůʠȧ#țĤŧ#ÐƲ˜ƔƦǵǽĝŀƄʤ¥˜1998Ŋ12Ơ5Ɣ˜ĦľĒĝ˝
28. ıǏ ¬˜ǂƦ ǆȰ˜òØĂ ˜ɢ ʈ~˜ʷȖŧęƘɬˆ#ʛʻęŻǸʠȧ˜ƔƦēƍĝȤĜŊ˜1998
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