P-01

Future ESA experiments in Heat and Mass Transfer Research

A. Pacros, O. Minster, T. Dewandre, European Space Agency

P-02

The GEOFLOW experiment on ISS

A. Pacros1, O. Minster1, C. Egbers2, T. Vonlarcher2, B. Futterer2, P. Beltrame3, P. Chossa4, F. Feudel5, R. Hollerbach6, I. Mutabazi7, L. Tuckermann8, T. Dewander1, G. Picker9, 1: European Space Agency, 2: TU Cottbus, 3: MPIPKS, Dresden, 4: CIRM, Marseille, 5: University of Potsdam, 6: University of Leeds, 7: University of Le Havre, 8: LIMSI-CNRS, Orsay, 9: Astrium ST, Friedrichshafen,

P-03

Effect of rotation on the equilibrium shapes and stability of liquid bridges in a lateral gravity field

A. Laverón-Simavilla, V. Lapuerta, J. Rodríguezand J. M. Perales, E.T.S.I.Aeronáuticos (Universidad Politécnica de Madrid)

P-04

Investigation on Stability and Formulation of Water-in-Paraffin Oil Emulsions from the MAP-Project FASES

L. Liggieri1, M. Ferrari1, F. Ravera1, E. Santini1, D. Clausse2, I. Pezron2, 1: CNR-Inst. For Energetic and Interphases, 2: Univ. Technologie Compiegne

P-05

Flow boiling in minichannels in microgravity : local heat transfer coefficient using inverse methods

D. Brutin, S. Luciani, O. Rahli, C. Leniliot, L. Tadrist, Universty of Provence / IUSTI

P-06

On Coalescence of Drops at Low-Gravity Conditions

I. Makarikhyin, S. O. Makarov, Perm State University

P-07

FOAM: an instrument for stability, drainage and rheology of aqueous foam

S. Vincent-Bonnieu1, O. Minster1,
T. Dewandre1, D. Langevin2,
M. Adler3, S. Cohen-Addad3,
R. Hohler3, N. Vandewalle4,
A. Saint-Jalmess5, S. Hutzler6,
D. Durian7, F. Bellosi8, G. Picker8,
1: ESA-ESTEC, 2: Laboratoire de Physique des Solides,
3: Laboratoires de Physique de Materiaux Divises et des Interfaces,
4: Universite de Liège,
5: Université de Rennes,
6: Trinity College,
7: University of Pennsylvania,
8: EADS/Astrium

P-08

FASES: an instrument for Fundamental and Applied Studies of Emulsions Stability

S. Vincent-Bonnieu1, O. Minster1, T. Dewandre1, L. Liggieri2, G. Loglio3, R. Miller4, A. Steinchen5, M. Antoni5, D. Clausse6, L. Del Gaudio7, C. Dalmazzone8, T. Karapantsios9, V. Dutschk10, R. G. Rubio11, G. PickerI12, 1: ESA-ESTEC, 2: Istituto per l’Energetica e le Interfasi - CNR, 3: Dip. di Chimica Organica, Università di Firenze,4: Max-Planck Inst. für Kolloid und Grenzflächenforschung, 5: Aix-Marseille Université, 6: Université de Technologie, Compiègne, 7: ENI E&P, San Donato Milanese, 8: Institute Francais du Pétrole, 9: Aristotle University, 10: Leibnitz Inst. für Polymer Forschung, 11: Universidad Complutense,12: EADS/Astrium

P-09

FASTER: Facility for Adsorption and Surface TEnsion Research

S. Vincent-Bonnieu1, O. Minster1,
C. Schmidt-Harms1, L. Liggieri2,
G. Loglio3, R. Miller4, A. Steinchen5, M. Antoni5, D. Clausse6,
L. Del Gaudio7, C. Dalmazzone8,
T. Karapantsios9, V. Dutschk10,
R. G. Rubio11, M. Simoncini12,
1: ESA-ESTEC, 2: Istituto per l’Energetica e le Interfasi - CNR,
3: Università di Firenze,
4: Max-Planck Inst. für Kolloid und Grenzflächenforschung,
5: Aix-Marseille Université,
6: Université de Technologie,
7: ENI E&P, San Donato
8: Institute Francais du Pétrole,
9: Aristotle University,
10: Leibnitz Inst. für Polymer Forschung,
11: Universidad Complutense,
12: EADS/Astrium

P-10

VIP-Gran: an instrument for Vibrations Granular materials

S. Vincent-Bonnieu1, O. Minster1, J. Stroede1, P. Evesque2, Y. Garrabos3, D. Beysens4, A. Garciamartin5, D. Maza5, N. Vandewalle6, X. Jia7, J-L. Cartier8, R. Hernandez8, 1: ESA-ESTEC, 2: Ecole Centrale Paris, Chatenay-Malabry, 3: ICMCB, 4: ESPCI, 5: Universidad de Navarra, 6: Université de Liège, 7: Laboratoires de Physique de Materiaux Divises et des Interfaces, 8: COMAT Aerospace

P-11

Cluster hydrodynamic model of heat-mass transfer during crystal growth process

V. P. Ginkin1, S. Ganina1,
A. Kartavykh2,
1: Institute for Physics and Power Engineering (IPPE),
2: Institute of Chemical Problems for Microelectronics (IChPM)

P-12

Advanced cells for boiling study near the vapor-liquid critical point

Y. Garrabos1, C. Lecoutre1, F. Palencia1, D. Beysens2,3, V. Nikolayev2,3, P. Evesque4, 1: ESEME-CNRS-ICMCB - UPR 9048, Université Bordeaux I, 2: ESEME, ESPCI et Universités Paris 6 et Paris 7, 3: ESEME, CEA-Grenoble, 4: Ecole Centrale Paris, ICMCB CNRS

P-13

Gravity effect on rupture of a locally heated liquid film

D. Zaitsev1,2, O. A. Kabov1,2,3, J - C. Legros2,3, 1: Institute of Thermophysics SB RAS, 2: Heat Transfer International Research Institute, 3: Microgravity Research Center of ULB

P-14

PK-4: an interantional space experiment on ＂Complex Plasmas＂ for the ISS

A. Orr1, H. Mundorf1, M. Tacconi1,
J. Dettmann1, M. Ricci1, R. Seurig2, P. Reissaus2, A. Stettner2,
G. E. Morfill3, M. Thoma3, H. Höfner3, K. Tarantik3, C. Deysenroth3,
M. Fink3, M. Kretschmer3, V. Fortov4, O. Petrov4, V. Molotkov4, A. Usachev4, A. Lipaev4, L. Bouffendi5,
D. Santachiara6, A. Malagoli6,
1: European Space Agency ESA/ESTEC,
2: Kayser-Threde GmbH,
3: Max Planck Institute for Extraterrestrial Physics,
4: Institute for High-Energy Densities, 5: GREMI-Polytech’Orléans,
6: DTM Technologies

P-15

ESA's ＂Interactions in Cosmic and Atmospheric Particles Systems＂ Experiment: IPE

A. Orr1, H. Mundorf1, M. Tacconi1, J. Dettmann1, L. Castiglione1, D. Claesens2, E. De Cock2, E. Lemmens2, D. Wearinck2, R. Seurig3, P. Reissaus3, D. Beghuin4, H. Algrain4, A.-C. Levasseur-Regourd5, J. Blum6, R. Slobordian7, A.Vedernikov8, G. Wurm9, O. Munoz10, 1: European Space Agency ESA/ESTEC, 2: Verhaert Design & Development N.V. 3: Kayser-Threde GmbH, 4: LAMBDA-X SA, 5: CNRS, Service d’Aéronomie, 6: Technical University of Braunschweig, 7: Université Laval, 8: Université Libre de Bruxelles, 9: University of Münster, 10: Institute of Astrophysics of Andalucia

P-16

ESA's Atmosphere-Space Interactions Monitor (ASIM)

A. Orr1, R. Nasca1, M. Tacconi1, S. De Mey1, O. Hartnack2, P. Davidsen2, J. S. Pedersen2, S. E. Jørgensen2, O. Mikkelsen2, K. Pedersen2, O. Gløe-Jakobsen3, P. L. Thomsen4, J. Rodrigo5, T. Neubert4, N. Østgard6, V. Reglero5, E. Blanc7, 1: European Space Agency ESTEC European Space Agency ESA/ESTEC, 2:Terma A/S, 3: Damec, 4: Danish National Space Center, 5: University of Valencia, 6: University of Bergen, 7: Commissariat à l’Energie Atomique, DASE/LDG

P-17

Investigation of micro-particles of carbon from meteorites by Raman scattering

G. P .Vdovykin, V. A .Alekseev, N. N. Mel’nik, Physical Institute RAS

P-18

Comparison of the structure of a boundary layer type diffusion flame in normal and microgravity environment

P. Joulain, A. Fuentès, H. El-Rabii, Laboratoire de Combustion et de Détonique, CNRS – ENSMA – Uiversité de Poitiers

P-19

Measurement of Fuel Vapor Concentration near Fuel Droplet Surface by Infrared Laser Absorption Method

S Fukuyama1, M. Kikuchi2 N. Sugano2, S. Yoda2,
1: Advanced Engineering Services Co., Ltd.,
2: Japan Aerospace Exploration Agency

P-20

Smoldering Combustion of Polyurethane Foam in Microgravity

S. Wang, X. Zhang, Institute of Mechanics, Chinese Academy of Sciences

P-21

Density measurement of stainless steel melts using electromagnetic levitation method

T. Aoyagi, M. Adachi, A. Mizuno, M. Watanabe, Gakushuin University

P-22

Diffusion of Cadmium Telluride in Liquid Tellurium: the Space Experiment on FOTON-M2 Spacecraft

I. V. Barmin1, A. S. Senchenikov1, V. V. Krapoukhin2, A. S. Tomson2, 1: Design Bureau of General Machine-Building (KBOM), 2: SAPPHIR Moscow Plant

P-23

Undercooling and demixing of copper-based alloys

M. Kolbe1, J. Brillo1, I. Egry1, S. Heidrich1, D. M. Herlach1, L. Ratke1, L. Battezzati2, S. Curiotto2,3, D. Chatain4, N. Tinet4, C. Antion4, E. Johnson3, N. Pryds5, 1: Institut für Materialphysik im Weltraum, DLR, 2: University of Torino,
3: University of Copenhagen, 4: CRMCN, 5: Risø National Laboratory

P-24

STUDY OF MOLTEN LANTHANUM BY ELECTROSTATIC LEVITATION

P-F. Paradis, T. Ishikawa, Y. Watanabe, N. Kioke, Japan Aerospace Exploration Agency

P-25

Identification method of surface oscillations from the droplet images

T. Koda1, S. Ozawa1, T. Hibiya2,
1: Tokyo Metropolitan University,
2: Keio University

P-26

Surface Tension of Molten Silicon Measured by Oscillating Droplet Method under Controlled Oxygen Partial Pressure

K. Morohoshi1, S. Ozawa1, N. Takenaga1, T. Koda1, Hibiya2, Tokyo Metropolitan University, 2: Keio University

P-27

The ThermoLab Project: Thermophysical Properties of Cu- Based Industrial Alloys in the Liquid Phase

E. Ricci1, D. Giuranno1,R. Novakovic1, L. Battezzati2, I. Egry3, H-J. Fecht4, S. Seetharaman5, R. Wunderlich4, 1: CNR IENI-Inst. for Energetics and Interphases, 2: University of Turin, 3: DLR Cologne, 4: University of Ulm, 5: Royal Inst. of Technology KTH

P-28

Progress in the recent measurements on the laser cooled cesium fountain VNIIFTRI

Yu. S. Domnin, P. A. Krasovsky, V. G. Pal’chikov, National Institute for Physical-Technical and Radiotechnical Measurements – VNIIFTRI

P-29

Bose-Einstein Condensation in microgravity

T. van Zoest1, E.. M. Rasel1, W. Ertmer1, K. Bongs2, K. Sengstock2, W. Schleich3, R. Walser3, J. Reichel4, A. Peters5, H.-J. Dittus6, 1: Leibniz Universität Hannover, 2: Universität Hamburg, 3: Universität Ulm, 4: École Normale Supérieure,
5: Humboldt Universität Berlin, 6: Zentrum f. angewandte Raumfahrt und Mikrogravitation, ZARM

P-30

Fundamental Physics Activities in the HME Directorate of the European Space Agency: Cold-Atom Sensors and Quantum Communication Experiments in Space

L. Cacciapuoti1, O. Minster1, G. Amelino-Camelia2, C. Barbieri3,
K. Bongs4, C. Bordè5, S. Boussen6, P. Bouyer7, A. Bresson6, F. Deyzac6, H. Dittus8, W. Ertmer9, A. GÖrlitz10, C. Henkel11, M. Inguscio12,
U. Johann13, C. LÄmmerzahl8,
A. Landragin14, W. Leeb15,
P. Lemonde14, A. Nevsky10,
A. Peters16, E.. M. Rasel9,
J. Reichel17, C. Salomon17,
E. Samain18, W. Schleich19,
S. Schiller10, K. Sengstock4, U. Sterr20, G. M. Tino21, P. Touboul6,
R. Walser19, H. Weinfurter22, A. Wicht10, M. Wilkens11, A. Zeilinger23, 1: European Space Agency, 2:University of Roma I,
3: University of Padova,
4: University of Hamburg,
5: University of Paris Nord,
6: ONERA, 7: IOTA, 8: ZARM,
9: IQ, 10: University of Düsseldorf,
11: Potsdam University, 12: LENS,
13: ASTRIUM G., 1: LNE-SYRTE,
15: TUW, 16: Humboldt University, 17: ENS, 18: OCA,
19: University of Ulm, 20: PTB,
21: University of Firenze, 22: MPQ,
23: IQOQI

P-31

In-situ measurement of production process of carbon clusters around an arc plasma under gravity-free condition by the Mie scattering method method

T. Mieno1, S. Usuba2, M. Shiratani3, 1: Shizuoka University, 2: Advanced Industrial Sci. & Technol. (AIST), 3: Kyushu University

P-32

Accumulative production of carbon clusters by using repetitive gravity-free time of a 12-m-high vertical-swing-tower

T. Mieno, A. Yamashiro,
Shizuoka-shi, Shizuoka University

P-33

Behavior of Granular Media under Reduced-Gravity Conditions

J. Blum1, A. Brucks2, 1: Institut für Geophysik und extraterrestrische Physik, Technische Universität zu Braunschweig, 2: Universität Bremen

P-34

Metastable Solids from Undercooled Melts by Containerless Processing on Earth and in Space

D. M. Herlach, P. Galenko, S. Reutzel, D. Holland-Moritz, T. Volkmann, German Aerospace Center, DLR

P-35

Thermally Induced Unidirectional Crystallization of Charged Colloidal Silica

A. Toyotama1, J. Yamanaka1,
M. Yonese1, T. Sawada2, F. Uchida3, Y. Ohki4,
1: Nagoya City University,
2: National Institute for Materials Science,
3: Fuji Chemical Co. Ltd.,
4: Japan Aerospace Exploration Agency

P-36

Magnetic Separation of Solid Particles without Spontaneous Magnetic Moments Achieved by Variations of Intrinsic Diamagnetic Susceptibility

K. Hisayoshi, S. Kano, C. Uyeda, Osaka University

P-37

Microgravity Experiments for New Materials Development

N. Koshikawa1, T. Kinoshita2, M. Tanaka2, K. Yamamoto2, M. Abe3, H. Sakai3, T. Sakai3, A. Miyamoto4, 1: Japan Aerospace Exploration Agency, 2: Nagoya Institute of technology, 3: Tokyo University of Science, 4: Tohoku University

P-38

Multi-Scale Computational Chemistry Approach for Synthesis of Nanoskeleton TiO2 for Solar Cells, Photocatalysts, and Cosmetics

M. Koyama1, K. Ogiya1, C. Lv1, Y. Sato1, K. Okushi1, R. Miura1, R. Sahnoun1, H. Tsuboi1, N. Hatakeyama1, A. Endou1,
H. Takaba1, M. Kubo1, C. A. Del Carpio1, N. Koshikawa2, T. Sakai3, H. Sakai3, M. Abe3, H. Fukui4, A. Miyamoto1, 1: Tohoku University, 2: Japan Aerospace Exploration Agency, 3: Tokyo University of Science, 4: Shiseido

P-39

Melt structural self-organization and viscosity within the transient layer during crystal growth in microgravity

A. Kartavykh1, V. Ginkin2, 1: Institute of Chemical Problems for Microelectronics (IChPM), 2: Institute for Physics and Power Engineering (IPPE)

P-40

Effects of pH and Particle Size on Zeta Potential of Insulin Crystals in their Growth Solutions

K. Waizumi, S. Nawata, A. Kimura, Yamaguchi University

P-41

In-situ Observation of Crystal Growth of Alumina Cement Clinker from Molten Lunar Regolith Simulant

R. Komatsu1, R. Komatsu1,
Y. Imada1, K. Kodani1, K. Madida1,
E. Asakura2, K. Tsukamoto3,
1: Yamaguchi University,
2: Ube-Mitsubishi Cement Research Institute, 3: Tohoku University

P-42

Development of laser-confocal phase-shift interference microscopy for in situ observation

Y. Nishimura1, W. Erikawa1,
K. Tsukamoto2,
1: Lasertec Corporation,
2: Tohoku University

P-43

Japanese PCG experiments on FOTON M3 using GCB2

I. Yoshizaki1, K. Tsukamoto2 , M. Tachibana3, K. Kojima3, 1: JAXA, 2: Tohoku University, 3: Yokohama City University

P-44

Growth of Ga(1-x)InxSb concentrated alloys by Vertical Bridgman under various convective conditions

T. Duffar1, A. Mitric2, S. Bykova3,
1: SIMAP-EPM, ENSEEG,
2: Kristallographisches Institut,
3: Centre for Thermophysical Researches "THERMO"

P-45

Effect of the gap on the curvature of the solid-liquid interface during dewetted Bridgman crystal growth

S. Epure1,2, T. Duffar1, L. Braescu2, S. Balint2, 1: SIMAP-EPM, ENSEEG, 2: West University of Timisoara

P-46

Reproduction of Meteoritic Silicate Spherules from Hypercooled Levitated Melts

K. Nagashima1, Y. Moriuchi1, K. Tsukamoto1, K. Tanaka2, 1: Tohoku University, 2: Hokkaido University

P-47

Growth Morphology of Si in Rapid Crystallization into Undercooled Melt

K. Kuribayashi, K. Nagashio,
Insitute of Space and Astronautical Science, Japan Aerospace Exploration Agency

P-48

Noncontact modulated laser calorimetry for supercooled liquid silicon in a static magnetic field

H. Kobatake1, K. Takahashi1, S. Sakashita1, H. Fukuyama1, T. Tsukada2, S. Awaji3, 1; IMRAM, Tohoku University, 2: Osaka Prefecture University, 3: IMR, Tohoku University

P-49

TF-1 Sounding Rocket Program

Y. Zou, Sichuan Aerospace Industry Corporation

P-50

IMPRESS Integrated Project and the Sounding Rocket Programme

D. Jarvis, D. Voss, O. Minster, European Space Agency - ESA/ESTEC

P-51

Directional Solidification Experiments on the International Space Station

D. Voss1, M. Martella1,
T. Peignier1,2, L. Ratke3,
S. Steinbach3, B. Billia5,
H. Nguyen-Thi5,
N. Mangelinck-Noel5, C-A. Gandin9, G. Zimmermann4, S. Rex4,
F. Kohler6, M. Rappaz6, H. Lenski7, P. Neuhaus7, S. Cantaloup8,
1: European Space Agency,
2: Space Applications Services S.A./N.V.,
3: German Aerospace Center,
4: ACCESS e.V., 5: L2MP, 6: EPFL,
7: EADS Astrium,
8: Soterem, Castanet-Tolosan,
9: CEMEF

P-52

Electromagnetic Levitation On Board the International Space Station

D. Voss1, O. Minster1, D. Jarvis1, P. Manieri1, W. Dreier2, R. Kuhl2, I. Egry2, D. Herlach2,6, M. Kolbe2, T. Volkmann2, G. Lohoefer2, D. Holland-Morizt2, W. Loeser3, R. Hermann3, C-A. Gandin4, L. Battezzati5, J. Étay7, H-J. Fecht8, R. Wunderlich8, E. Ricci9, G. Pottlacher10, S. Seetharmann11, 1: European Space Agency, 2: German Aerospace Center, 3: IFW, 4: CEMEF, 5: Universita di Torino, 6: Ruhr-Universitaet Bochum, 7: CNRS-EPM, 8: University of Ulm, 9: IENI-CNR, 10: University of Graz, 11: KTH

P-53

Future Facilities for In-Situ Solidification Process Observation

D. Voss1, P. Behrmann1, R. Lindner1, S. V.-Bonnieu1, R. Mathiesen2, G. Zimmermann3, H. Nguyen-Thi4, L.. Froyen5, M. Kolbe6, D. J. Browne8, F. G.-Moreno9, S. Rex3, L. Sturz3, G. Faivre10, N. Mangelinck10, S. B.-Rousseau10, S. Akamatsu10, A. Ludwig11, J. Mogeritsch11, 1: European Space Agency, 2: SINTEF Materials and Chemistry, 3: ACCESS e.V., 4: L2MP, 5: K.U.Leuven, 6: German Aerospace Center, 7: CEMEF, 8: University College Dublin, 9: Technische Universitaet Berlin, 10: INSP, 11: Montanuniversitaet Leoben

P-54

The MASER-11 sounding rocket payload

O. Minster, A. Pacros, D. Voss, S. Mazzoni, S. Vincent-Bonnieu, W. Herfs, European Space Agency

P-55

SODI: a Selectable Optical Diagnostic Instrument for the International Space Station.

S. Mazzoni1, O. Minster1,
E. Kufner1, D. Classens2,
S. Van Vaerenbergh3, J. C. Legros3, J. L. Daridon4,
F. Montel5, M. Z. Saghir6,
A. Shapiro7, 1: ESA/ESTEC, 2: Verhaert Space,
3: Microgravity Research Center,
4: UPPA, 5: Total,
6: Ryerson University,
7: Technical University of Denmark

P-56

Prospective method of high accurate small unloading systems development

U. Khakhanov, Russian Mobile Vehicle Engineering Institute

P-57

Parabolic Flight Experiment for 3 Dimensional Dynamics Analysis of the Tethered Rigid Body

T. Watanabe, H. Takikawa , M. Yukizane, S. Nakafushi, T. Mazawa, K. Ito, H. A. Fujii, Tokyo Metropolitan University

P-58

Granular Matter under Vibration in MicroGravity: (Rattling effect during Airbus parabolic flight, due to g-jitter)

M. Evesque1,Y. Garrabos2,
F. Palencia2, Z. Sun3, M. Hou3,
1: Laboratoire MSSMat,
Ecole Centrale de Paris,
2: ESEME, Institut de Chimie de la Matière Condensée de Bordeaux, CNRS, 3: Chinese Academy of Science

P-59

Granular gas under vibration: (Results from Maxus 7 rocket)

Y. Garrabos1, C. Lecoutre1, F. Palencia1, D. Beysens2, P. Evesque3, 1: Laboratoire MSSMat, Ecole Centrale de Paris, 2: ESEME, Institut de Chimie de la Matière Condensée de Bordeaux, CNRS, 3: ESEME, Physique et Mécanique des Milieux Hétérogènes, ESPCI et Universités Paris 6 et Paris 7

P-60

Test of Equivalence Principle with Optical readout in space

J. Luo, F. Gao, Yen-Zheng Bai, Cheng-Gang Shao, Ze-Bing Zhou, Huazhong University of Science and Technology

P-61

An atomic nucleus and gravity.

T. Watanabe

MP-01

The effects of viscosity on the deformation of rotating liquid drop levitated by electrostatic force

S. Awazu1, S. Matsumoto2, Y. Abe1, T. Watanabe3, K. Nishinari4, 1: University of Tsukuba, 2: Japan Aerospace Exploration Agency, 3: Japan Atmic Energy Agency, 4: University of Tokyo

MP-02

Particle Accumulation Structure in Thermocapillary Convection of High Prandtl Number （The Selection of Test Tluid for Space Experiment in JEM）

R. Takada, H. Kawamura, Tokyo Univ. of Science

MP-03

Development of Heated Narrow Channels with Enhanced Liquid Supply in Forced Convective Boiling

Y. Ida, S. Miura, K. Hara, Y. Shinmoto, H. Ohta, Kyushu University

MP-04

Planning of Aircraft Experiments for the Clarification of Heat Transfer Mechanisms in Microgravity Nucleate Boiling

S. Akagi, Y. Sakata, H. Ohta, Kyushu University

MP-05

Oscillatory Thermocapillary Convection of Half-zone Liquid Bridge with Consideration of Ambient Fluid Forced Flow

H. Enomoto, N. Hattori, A. Kawazoe, I. Ueno, Tokyo Univ. of Science

MP-06

Precursor Film ahead Droplet Traveling on Solid with Temperature Gradient

Y. Kizaki, T. Konisho, I. Ueno, Tokyo Univ. of Science

MP-07

Existing Length of Precursor Film ahead droplet on Inclined Solid Substrate

K. Hirose, T. Konisho, I. Ueno, Tokyo Univ. of Science

MP-08

Flow Patterns and Particle Behaviors in Thin Liquid Film Sustained in Rectangular Hole Exposed to Temperature Gradient

T. Torii, I. Ueno, Tokyo Univ. of Science

MP-09

Dynamic Particle Accumulation Structure (PAS) due to Thermocapillary Effect in Half-Zone Liquid Bridge - Effect of the Liquid-Bridge Shape described by Volume Ratio -

Y. Abe, I. Ueno, H. Kawamura, Tokyo Univ. of Science

MP-10

Deformation of Salt Water Mass in Silicon Oil Rotating Under Microgravity

T. Arai, A. Hasegawa, M. Tsukamoto, S. Kuriki, K. Shaku, R. Nishiyama, A. Fukui, The University of Tokyo

MP-11

Oh! My big dream and soap bubbles

D. Hirano, A. Ohta, K. Murayama, M. Miyazaki, M. Maruyama, K. Tsukamota, Tohoku University

MP-12

Effects of a Magnetic Field on Copper Electrodeposition

T. Ozawa, S. Kawai, H. Matsushima, Y. Fukunaka, Kyoto University

MP-13

Dust dynamics in wake channel

C. Kojima, J. Kubota, Y. Tashima and O. Ishihara, Yokohama National University

MP-14

Flame Characteristics of a n-octane Droplet under Electrical Field

K. Yamashita1, O. Imamura1, J. Osaka2, S. Nakaya3, M. Tsue1, M. Kono1, 1: University of Tokyo, 2: , Nagoya University, 3: Osaka Prefecture University

MP-15

Initiation of Wire Insulation Ignition with Excess Electric Current in Microgravity

Y. Ichimura, K. Agata, H. Ito, O. Fujita, Hokkaido University

MP-16

Shape of candle flame under microgravity conditions -Respect to Faraday's ＂The chemical history of a candle＂-

R. Shibutani, C. Koyama, S. Mizumura, K. Ishii, Gakushuin University

MP-17

Metastable Solidification of Nd-Dy-Fe-B Alloys from Undercooled Melt

A. Itou1, S. Ozawa1, K. Kuribayashi2, N. Nozawa3, S. Hirosawa3, 1: Tokyo Metropolitan University, 2: Japan Aerospace Exploration Agency, 3: NEOMAX Company, Hitachi Metals, Ltd.

MP-18

CFD Modeling for Synthesis of Nanoskeleton TiO2 under Micro-gravity Environment

S. Das1, H. Hata1, R. Sahnoun1, N. Hatakeyama1, H. Tsuboi1, M. Koyama1, A. Endou1, H. Takaba1, M. Kubo1, C. A. Del Carpio1, N. Koshikawa2, T. Sakai3, H. Sakai3, M. Abe3, H. Fukui4, A. Miyamoto1, 1: Tohoku University, 2: Japan Aerospace Exploration Agency, 3: Tokyo University of Science, 4: Shiseido

MP-19

Theoretical Prediction of Electronic and Electrical Properties of Nanoskeleton TiO2(001) Surface

C. Lv1, K. Ogiya1, A. Govindasamy1, R. Sahoun1, M. Komiya1, H. Tsuboi1, N. Hatakeyama1, A. Endou1, H. Takaba1, M. Kubo1, 2, C. A. Del Carpio1, N. Koshikawa2, , T. Sakai3, H. Sakai3, M. Abe3, H. Fukui4, A. Miyamoto1, 1: Tohoku University, 2: Japan Aerospace Exploration Agency, 3: Tokyo University of Science, 4: Shiseido

MP-20

Computational approaches to investigate the mechanism of Nanoskeleton TiO2 synthesis using sol-gel method

Q. Pei1, R. Miura1, R. Sahnoun1, M. Koyama1, H. Tsuboi1, N. Hatakeyama1, A. Endou1, H. Takaba1, M. Kubo1, C. Del Carpio1, T. Sakai2, H. Sakai2, M. Abe2, N. Koshikawa3, H. Fukui4, A. Miyamoto1, 1: Tohoku University, 2: Tokyo University of Science, 3: Japan Exploration Agency, 4: Shiseido

MP-21

Multi-scale simulation of TiO2 nanoskeleton electrode for dye-sensitized solar cells as a target of ＂microgravity nanoskeleton project＂

K Ogiya1, C. Lv1, R. Sahnoun1, M. Koyama1, H. Tsuboi1, N. Hatakeyama1, A. Endou1, H. Takaba1, M. Kubo1, C. A. Del Carpio1, T. Sakai2, H. Sakai2, M. Abe2, N. Koshikawa3, H. Fukui4, A. Miyamoto1, 1: Tohoku University, 2: Tokyo University of Science, 3: Japan Aerospace Exploration Agency, 4: Shiseido

MP-22

Gravity effect on Patern Formation of Nitrocellulose Organic Solution Drop under Drying

S. Kobayashi1, Y. Hirai1, Y. Mori1,
T. Iwama2,
1: Ochanomizu University,
2: Nissan Chemical Industries

MP-23

Interfacial Phenomena of Gas Evolving Electrode under a Magnetic Field

G. Sakuma1, H. Matsushima2, Y. Fukunaka1, 1: Kyoto University, 2: Kiel University

MP-24

Gravitational Effects on Cu Electrodeposition

H. Inari, Y. Konishi, Y. Fukunaka, Kyoto University

MP-25

Numerical Simulation of Ionic Mass Transfer Accompanying Electrodeposition of Metals in 2D Electrolytic Cell

S. Kawai, S. Kida, Y. Fukunaka, Kyoto University

MP-26

Crystal growth of C45S mutant of Arenicola Marina peroxiredoxin 6 in microgravity enviroment

A. Smeets, B. Knoops, Jean-Paul Declercq, University of Louvain

MP-27

Diamond Deposition in High Gravity

S. Shimada1, Y. Abe2, S. Hiraga1, Y. Takagi1, 1: Teikyo University of Science and Technology, 2: National Institute of Advanced Industrial Science of Technology (AIST)

MP-28

New mechanism of spark method for diamond deposition

N. Yonekyu1, Y. Takagi1, T. Hirai2,
H. Kino3, O. Shimizu3, Y. Suda3,
1: Teikyo University of Science & Technology,
2: University of Yamanashi,
3: 3Mitsubishi Pencil Co., Ltd.

MP-29

Study of Hot-Filament CVD Process Under A Reduced Convective Transports Condition

K. Yamazaki1, K. Yagi1, S. Usuba2, Y. Takagi1, 1: Teikyo University of Science and Technology, 2: National Institute of Advanced Industrial Science and Technology

MP-30

In situ observation of colloidal liquid-solid phase transition in gravitational field at the bottom of container

R. Kitano, M. Ishikawa,
Tokyo Institute of Technology

MP-31

Numerical simulation of thermo-solutal Marangoni convection in the floating-zone under microgravity fields

K. Hirata1, A. Ishida1, Y. Okano1,2, S. Dost2, 1: Shizuoka University, 2: Victoria University

MP-32

Microgravity effect for the ice crystal growth in the Antifreeze glycoprotein solution

E. Kinameri1, S. Zepeda1, Y. Ueda1, Y. Uda1, T. Maki2, Y. Furukawa1, 1: Hokkaido University, 2: OLYMPUS Co. Ltd.

MP-33

Growth and Photoluminescence Analysis of Spherical Si Single Crystal for Solar Cell by Mechanical Stirring

H. Ando1, T. Yamazaki1, K. Nagashio2, K. Kuribayashi2,
I. Jimbo1,
1: TOKAI University,
2: Japan Exploration Agency (JAXA)

MP-34

Cooling Process at Droplet/Substrate in Splat Quench Process

K. Kodaira1, K. Nagashio2, K. Kuribayashi2, T. Motegi1, 1: Chiba Institute of Technology, 2: Japan Exploration Agency (JAXA)

MP-35

Phase-field simulation on effect of melt convection upon solidification process of pure material with free surface

H. Kaneko, T. Hikida, I. Ueno, Tokyo University of Science

MP-36

Investigation on Single Crystallization Mechanism in InGaAs Bulk Crystal Growth by the Traveling Liquidus-Zone Method

M. Kaneko1, T.Suemasu1, Y.Adachi2, K. Kinoshita3, S.Yoda3, 1: University of Tsukuba, 2: National Institute for Materials Science, 3: Japan Aerospace Exploration Agency

MP-37

In-situ Measurement of Composition Profiles in the In-Ga-Sb Solution by X-ray Penetration Method using A CdTe CCD Sensor

C. H. Chen, T. Hikida, H. Morii, T. Koyama, Y. Momose, T. Aoki, Y. Hayakawa, Shizuoka University

MP-38

Fabrication of The Microporous Film byDissipative Structures under High Gravity

Y. Hirai1, H. Yabu2, M. Natsuisaka3, K. Tsujii1, M. Shimomura2, 1: Hokkaido University, 2: IMRAM, Tohoku University, 3: Japan Aerospace Exploration Agency

MP-39

Bulk Amorphous Formation and Magnetic Properties of Nd-Fe-TM-Al Alloys by Containerless Process

S. Azumo, H. Yonemura, K. Nagayama, Shibaura Institute of Technology

MP-40

Undercooling Solidification Behavior of B or C Coated Bulk Si by Electromagnetic Levitating Process

Y. Sakuda, S. Azumo, K. Nagayama, Shibaura Institute of Technology

MP-41

Microstructure and High Coecive Force Metastable Phase in Nd-Fe and Pr-Fe Alloys by using The New Gas Jet Levitation Process

H. Yonemura, S. Azumo, K. Nagayama, Shibaura Institute of Technology

MP-42

Size Effects of Ferromagnetic Particle by Short Drop Tube Process

S. Miyairi, S. Azumo, T. Sugiyama, Y. Ishizawa, H. Yonemura, K. Nagayama, Shibaura Institute of Technology

MP-43

Undercooling Solidification Behavior and Magnetic Properties of the Nd-Fe-B Permanent Magnet Materials Solidified by Containerless Process

N. Kiyota, S. Azumo, K. Nagayama, Shibaura Institute of Technology

MP-44

Microstructure Evolution and Magnetic Properties of Heavy Rare Earth Based Alloys by Containerless Process

S. Nakanishi, S. Azumo, K. Nagayama, Shibaura Institute of Technology

MP-45

Bulk Amorphous Formation Factor and Effect of SiC Whisker Addition at High Undercooling Solidification for La-Transition Metal-Al System

T. Kojima, S. Azumo, K. Nagayama, Shibaura Institute of Technology

MP-46

Electrodeposition of TiO2 for Dye-sensitized Solar Cell in a Non-aqueous Solvent

Y. Namura, Y. Nishimura, Y. Fukunaka, Kyoto University

MP-47

High Sensitive Measurement of Magnetic Anisotropy in Terrestrial and in Micro-Gravity

S. Kano, K. Hisayoshi, C. Uyeda, Osaka University

MP-48

Development of Non-combustible Valve-less Engine for Future Microgravity Experiments Using a Small Rocket

T. Suzuki, O. Kawanami, I. Honda, Y. Kawashima, University of Hyogo

MP-49

Flight Test of an Instrument for Measuring the Astronaut Body Mass

Y. Sugita1, Y. Fujii1, K. Shimada2, H. Ito1, S. Hashimoto1, M. Yokota1, 1: Gunma University, 2: Japan Exploration Agency

MP-50

Crystal Structure of Penicillin Binding Protein 4 (dacB) from Escherichia coli, both in the Native Form and Covalently Linked to Various Antibiotics

F. Kawai, H. Kishida, E. Obayashi,
J. R. H. Tame, S-Y. Park,
Yokohama city university

MP-51

Creating Electromagnetic Sculptures in Microgravity

A. Mizoguchi, J. Kim, Y. Higashikata, University of Tsukuba

MP-52

Comparisons of Blood Volume in the Upper and Lower Limbs during Exposure to Hyper- and Micro-gravity

A. Matsumoto, A. Mori, F. Nagatomo, A. Maki, Kyoto University

MP-53

Kinetics of the Steady Granular Gas

S. Tatsumi, M. Sano,
The University of Tokyo