Programme_4Mar2015
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- たみえ かいじ
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1 3 4 A A11 9:00-10:40 OS 1 A111 *() () A112 ()* A113 *() A114 ()* A115 MPL *()() () A12 10:50-12:10 OS 2 A121 *() A122 PEFC * ( ) Henry Asegun (Georgia Tech)Samuel Graham () A123 PEFC *() A124 *() A13 13:40-15:20 OS 3 A131 *()() () A132 PEFC *() A133 *() () A134 *() A135 SOFC *() Warit Ua-amnueychai Merika Chanthanumataporn A14 15:30-18:00 () B B11 9:00-10:40 OS 1 B111 B112 B113 B114 B115 *(Nihon)(JX ) (Nihon) 1- *()SHAN Yao ()() *() () *() *()() B12 10:50-12:10 OS 2 B121 B122 B123 Triple flame CH4 H2 *() Experimental and analytical study of thermo-diffusive effects in spherically propagating H2/CH4/air premixed flames *Ekenechukwu Okafor ()
2 B124 *() Wall chemical effect on weak flame in a micro channel with a streamwise temperature gradient *()()( ) B13 14:00-15:20 OS 3 B131 B132 B133 B134 *()() * () DNS EGR *() ( ) Large Eddy Simulation *() () C C11 9:20-10:40 OS 1 C111 C112 C113 C114 *() *() A study on phenol resin based adsorbent/ethanol pairs for cooling application *Ibrahim El-Sharkawy(Kyushu University) Bidyut Saha *() C12 10:50-12:10 OS 2 C121 C122 C123 C124 *()( )() () *Hong Sung Joo() PTFE *() *() C13 14:00-15:20 OS 3 C131 C132 C133 C134 *() Effect of thermal conductivity enhancement in a packed bed reactor for chemical heat storage by utilization of an expanded graphite-magnesium hydroxide composite. * () / *() *() ( ) D D11 9:00-10:40 1 D111 *() D112 *() D113 *()() D114 *Htet Min Han() D115 DNB *() D12 10:50-12:10 2 D121 *() D122 *() D123 *() D124 *() ()
3 D13 13:40-15:20 3 D131 *()SHEN Biao() D132 *() () D133 *() () () D134 *() ( )() D135 *() ( ) E E11 9:00-10:40 1 E111 E112 E113 E114 E115 *() () GAPS *(JAXA)() () (JAXA) *()() GAPS ()* (JAXA) *()() () E12 10:50-12:10 2 E121 E122 E123 *() Advantages of Using Vapor Chamber Heat Spreader in Cooling Solution for High Power Processors *Phan Thanh-Long(Fujikura)Saito YujiMashiko KoichiMochizuki Masataka E124 *()() *() ()() E13 13:40-15:20 3 E131 E132 E133 E134 E135 PIV *() JEST 3 *()( )() ()* () *() BACH () * ()(JR ) F F11 9:00-10:40 1 F111 F112 F113 F114 F115 *() ()* *() *() *() F12 10:50-12:10 2 F121 F122 *()() ()()( )()
4 F123 F124 F13 F131 F132 F133 F134 F135 SP1 *() () () ( ) *() ( ) *()() () 13:40-15:20 *()() ()() () III *() *() () *()() MEMS FEM *() 15:30-16:20 SP101 *() ()() SP102 *() SP103 *()() () SP104 *() SP105 * () SP106 *()() () SP107 SPM *() () SP108 ()* SP109 *() SP110 2 *()() SP111 *() SP112 Self-rewetting *()() () SP113 LED *() G G11 9:40-10:40 1 G111 *() ( ) G112 *()() G113 *() ( ) G12 10:50-12:10 2 G121 *() G122 *() G123 *() () G124 ()*() SP2 15:30-16:20 SP201 *() SP202 MgSnO *()
5 SP203 *() SP204 *() () SP205 *() SP206 *()HSU CHI HSUAN( ) SP207 *() SP208 *() () SP209 *()() SP210 CARS *() () SP211 *() () SP212 *() SP213 *()() SP214 *() () ()() SP215 MEMS *()() H H11 9:20-10:40 OS 1 H111 TIM *() H112 Si *()Jeremie Maire Dominik Moser() Oliver Paul H113 *()() H114 *() H12 10:50-12:10 OS 2 H121 *() H122 2 : *() H123 *()() () H124 *()() ()() H13 14:00-15:20 OS 3 H131 *()( )() H132 *() H133 *() H134 *() I I11 9:00-10:40 1 I111 I112 I113 I114 I115 *() *() *() *() ()() *
6 I12 10:50-12:10 2 I121 I122 I123 I124 I13 I131 I132 I133 I134 I135 *()( )Hyun Seok Cho() *() *() *() 13:40-15:20 *()() ()()( ) *() (/CREST) *()() () *(IDT)()( ) *() Daniel Orejon() Khellil SEFIANE( )Jungho KIM() SP3 15:30-16:20 SP301 *() SP302 *()() SP303 *() SP304 *() SP305 *() SP306 ()() *() SP307 MEMS *()() SP308 *()() () SP309 CuCo *() ( )() SP310 *()( )() SP311 *() ()() SP312 * ()() J J11 9:00-10:40 OS 1 J111 J112 J113 J114 J115 *() *() * ( ) Mikhail Ermakov(Inst. Prob. Mechanics, RAS)() *() ( )() *()() J12 10:50 12:10 OS 2 J121 J122 J123 *() () *() (), (), (JAXA)
7 J124 *() Minh DO-QUANG (KTH) () Gustav AMBERG (KTH) () *()() () J13 14:00-15:20 OS 3 J131 J132 J133 J134 *()(JAXA)( )() *() () *() () *() ( )() () SP4 15:30-16:20 SP *() (JFE ) SP402 *()() () SP403 ()* SP404 *() SP405 PIV *() SP406 SP407 *() SP408 *()() () () ( ) SP409 *()() () SP410 *()() SP411 DHPTV *() () SP412 PEFC *() (KRI) SP413 *() (/JST )() SP414 PEFC *() A A21 9:00-10:40 OS 4 A211 PEM *() A212 PEFC *()Mahadi Hakimi()() A213 *() A214 PEFC *() A215 PEFC *()() A22 10:50-12:30 OS 5 A221 MRI ()* A222 PEFC X *()() () A223 SO 2 PEFC X *()
8 A224 X CT in situ *() ( /JST ) A225 PEFC *()() A23 13:30-15:10 OS 6 A231 *() A232 *()() A233 *()() A234 *() A235 X in-situ *() () () () B B21 9:00-10:40 OS 4 B211 B212 B213 B214 B215 *() X *() NOCO *()( ) *() *() B22 10:50-12:10 OS 5 B221 *() B222 B223 B224 *() *() Sooting tendencies of propane and n-butane in a micro flow reactor with a controlled temperature profile *Ajit DUBEY() B23 13:30-15:10 OS 6 B231 B232 B233 B234 B235 *() *() Aizam Shahroni Mohd Arshad NOx *()()Ahn Seongyool () *()()( ) *()() C C21 9:20-10:40 OS 4 C211 C212 C213 C214 C22 C221 C222 C223 SrCl 2 *()() *() *()() *()(JAXA) 10:50-12:30 *()() () *()
9 C224 C225 C23 C231 C232 C233 C234 () * ()*() *()() () 13:50-15:10 COP 1 *()() () *()() () () *() () *()() D D21 9:00-10:40 4 D211 R32 *() () D212 R1234ze(Z) *() ()() D213 * ( ) ( ) Mohammad MAHMUD() D214 / *()Sami Mutair D215 ()* D22 10:50-12:10 5 *() (JAXA) D223 *()() D224 R1234yf/ *() D23 13:30-15:10 6 D231 *() D232 *(/)() ()() D233 *()() () D234 ()*() D235 MEMS *()() E E21 9:00-10:40 E211 E212 E213 E214 E215 *() ()* *()( )() *() () *() E22 10:50-12:30 2 D221 HFC245fa *() () D222 E221 E222 *() *()
10 E223 E224 E225 CPU - - *() *() *() Thang Nguyen E23 13:30-15:10 3 E231 E232 E233 E234 E235 *() *()() *()() *() *() () ()() F F21 9:00-10:40 1 F211 F212 F213 F214 F215 IPF *() () *() ( ) *() () *()() () *()()( ) F22 10:50-12:30 2 F221 F222 F223 F224 F225 *() Effect of perforated lattice for direct contact heat storage with mixed sensible-heat heat-storage material *Akihiko HORIBE( ) Naoto HARUKI Yoshihiko SANO Than Tun NAING Yoshitaka TAKASE *()() ()* TBABTBACTBPB *()() () F23 13:30-15:10 3 F231 F232 F233 F234 F235 TBAB *()() ()( ) *()() () *() *() *() G G21 9:00-10:40 1 G211 Light field PIV *() G212 3-D 3-C PIV *() G213 *() G214 *()
11 G215 *() G22 10:50-12:10 2 G221 *() G222 Evanescent wave for a chip *()() () G223 *()() G224 *() G23 13:30-15:10 1 G231 *() ( ) G232 3 *() ( ) G233 *() G234 () () ()*() G235 *() H H21 9:00-10:40 OS 4 9:00-9:40 H211 *() H212 ()* H213 *() ()() () H214 * ( ) (QuantumWise Japan)() H22 10:50-12:10 OS 5 H221 ()() ()()* H222 *() () H223 ()* H224 MEMS *() H23 13:30-15:10 1 H231 * ()() () H232 NIPAM *()() H233 *() () H234 *() H235 *()( ) I I21 9:20-10:40 1 I
12 *() I212 / thermal dewetting *()( )() I213 - *() I214 *() () () () I22 10:50-12:30 2 J212 J213 J214 J215 *() ( ) POD PIV *() *()( ) *() ()()() *()() I221 I222 I223 I224 I225 FIB *()() *() () Influence of surface wettability on gas-liquid twophase flow in micro-channel *()()() *() () ()* I23 13:30-15:10 3 I231 I232 I233 I234 I235 *() TIM/ *() *() SrTiO3 *() *() ( ) J J21 9:00-10:40 1 J22 10:50-12:30 2 J221 J222 J223 J224 J225 GaN *() () KH *() *() REM2 - * ( ) Armfield Steven(University of Sydney)( ) *() () J23 13:50-15:10 3 J231 J232 J233 J234 T *() DNS *()() () *() *() J
13 A A31 9:00-11:00 OS 7 A311 *() A312 SOFC *() A313 SOFC *() A314 SOEC *()() A315 * (Imperial College London) Marina LOMBERGEnrique Ruiz-TrejoNigel Brandon A316 SOFC LSM *() B B31 9:40-10:40 OS 7 B311 B312 B313 B32 B321 B322 B323 B324 *() () () *()() PIV *() 10:50-12:10 *() *() SiC ()* () *() C C31 9:00-10:40 3 C311 C312 C313 C314 C315 *()() ()() *() *() 2 *()( ) () () The Study on Thermal Effect of Sunagoke Used in Roof Greening * () D D31 9:40-10:40 1 D311 ()* ()() D312 *()() () D313 *() ()() D32 10:50-11:50 2 D321 *()() () D322 *() D323 *()() () E E31 9:00-10:40 4 E311 E312 E313 E314 *() *() *()
14 E315 *()() ()( ) *(NEC ) E32 10:50-12:30 5 E321 E322 E323 E324 E325 *()() () *()() () () () *() Si MOSFET *() *() F F31 9:20-10:40 1 F311 F312 F313 F314 *() MB *() *() *() (/CREST) F32 10:50 12:10 2 F323 F324 *Krishna MORRTHY() () *()() *()Thanh-Long PhanMohammad Shahed Ahamed G G31 9:00-10:40 2 G311 *() ( ) G312 *() ( ) G313 *() () G314 5 ()* G315 PIV *() G32 10:50-12:30 3 G321 2 *() ( ) G322 *() G323 Eulerian-Lagrangian *() G324 ()* G325 *() (/) F321 F322 *()()
15 H H31 9:00-10:40 2 H311. 2D 3D -. *() H312 MD 2 *() H313 *() H314 *() H315 / : * ( ) Florian Müller-Plathe() I I31 9:00-10:40 4 I311 I312 I313 I314 I315 *() YBCO *()() *()() () * () *() I324 J *() () *()Quoc Tinh Bui J31 9:00-10:40 4 J311 J312 J313 J314 J315 *() () O/W *() () *()() () *() *(),( ) I32 10:50-12:10 5 I321 I322 I323 *() Albert Nasibulin (Aalto Univ.)Esko KauppinenRong Xiang() ns *()
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50 A A11 9:00-10:20 OS 1 A111 PEFC * ()( )() A112 PEFC *()() A113 PEFC GDL *() A114 MPL *() A12 10:30-11:50 OS 2 A121 MPL *() () A122 PEFC *() A123 *() A124 PEFC ionomer *()() A13 13:10-14:50 OS 3 A131
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14:15-15:15 OS-9 (3) A141 A142 A143 A144 ( ), ( ) ( ), ( ) ( ), OrejonDaniel( ), ( ), ( ), KimJungho( ), SefianeKhellil( ) ( ), ( ) B 9:00-10:15 OS-2
1 [11 8 ( )] A 9:15-10:15 (1) A111 A112 A113 A114 ( ), ( ), ( ), ( ) LiBr ( ), ( ), ( ) ( ), ( ), ( ), ( ), ( ), ( ) ( ), ( ), ( ), ( ) 10:30-11:45 OS-9 (1) A121 A122 A123 A124 A125 ( ) ( ), ( ) ( ), (
SN-1 14:10 16:10 SN-1 A111 A112 A113 / WS-3 16:20 18:00 WS-3 A114 85 A115 A116 A117 10 23 ( ) OS-8 9:40 10:30 OS-8(1) B101 B102? ( ) B103 B103 OS-8(7)
(1) (2) (3) (35 ) 10 23 ( ) OS-1 : 9:20 10:20 OS-1(1) A101 ( ) ( ) ( ) A102 ( ) A103 ( ) 10:30 11:50 OS-1(2) A104 A105 ( ) A106 3 : ( ) A107 13:00 14:00 OS-1(3) A108 CO2/DME ( ) A109 A110 SN-1 14:10 16:10
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