23 Oct. (Tue.)

14:00～14:30*

Marangoni Convection in half-Zone Liquid bridge of Molten Tin

K. Li1, N. Imaishi1, S. Yoda2, 1: Kyushu University, 2: JAXA

14:30～14:50

Experimental Study of Oscillatory Marangoni Convection in Low Pr Half-Zone Liquid Bridge

S. Matsumoto1, H. Ohira1, S. Yoda1, E. Yoda2, N. Imaishi3, 1: Japan Aerospace Exploration Agency, 2: Advanced Engineering Services, Co.Ltd, 3: Kyushu University

14:50～15:10

The study on thermocapillary convection in high temperature Bi12SiO20 melt

W. Q. Jin, Shanghai Institute of Ceramics, Chinese Academy of Sciences

15:10～15:30

Marangoni convection in binary and nano-fluids in the presence of Soret effect

A. Podolny1, A. Oron1, A. A. Nepomnyashchy1,2, 1: Technion,
2: Minerva Center for Nonlinear Physics of Complex Systems

15:30～15:50

Numerical analysis of bubble behavior with thermocapillary flows in an open cylindrical container

H. Ohira1, S. Matsumoto1, T. Mashiko2, S. Yoda1, Y. Kamotani3, 1: Japan Aerospace Exploration Agency, 2: Shizuoka University, 3: Case Western Reserve University

23 Oct. (Tue.)

A2: Fluid Science II

16:00～16:30*

Oscillatory Thermocapillary Flow of High Prandtl Number Fluid and Its Dependence on Free Surafce Heat Transfer

A. Wang1, Y. Kamotani1, S. Yoda2, 1: Case Western Reserve University, 2: JAXA

16:30～16:50

Control of thermocapillary flow in liquid bridge by varying interfacial thermal conditions

D. E. Melnikov, V. Shevtsova, Free University of Brussels (ULB)

16:50～17:10

The study of heat-loss effect on the liquid bridge free surface in Marangoni convection

Y. Yura, K. Nishino, Yokohama National University

17:10～17:30

Effect of Diameter on Thermocapillary Convection in Liquid Bridge

K. Hirokawa, H. Kawamura, Tokyo University of Science

17:30～17:50

Effect of Liquid Bridge Dimension on Oscillation Mode of Marangoni Convection

K. Shobu, K. Nishino, Yokohama National University

17:50～18:10

Ground Investigation for Microgravity Experiment of Particle Accumulation Structure (PAS) in Thermocapillary Convection

A. Hojo, H. Kawamura, Tokyo University of Science

24 Oct. (Wed.)

A3: Fluid Science III

14:00～14:30*

Thermocapillary Cavities: Mechanisms of Instability and the Relation to the Lid-Driven-Cavity Problem

H. Kuhlmann, S.Albensoeder, Vienna University of Technology

14:30～14:50

Influence of free surface curvature on the Pearson instability in Marangoni convection

W. R. Hu, Institute of Mechanics, Chinese Academy of Sciences

14:50～15:10

Evaporation and Convection Instability in Liquid Systems with a Vapor-liquid Interface

Q. S. Liu, J. C. Xie, R. Liu, Z.Q. Zhu, Y. Ji, Q. Yu, Z. Q. Zang, Chinese Academy of Sciences

15:10～15:30

Nano-Liter Droplet Volume Control with Thermocapillary Effect

S. Uemura, H. Kawamura, Tokyo University of Science

15:30～15:50

Particle Behavior in Non-Coalescence Head-to-Head Droplets Formed between Coaxial Rods with Temperature Difference

I. Ueno, A. Miyauchi,
Tokyo University of Science

24 Oct. (Wed.)

A4: Fluid Science IV

16:00～16:30*

Free Surface Behavior in a Compensated Gravity Environment

M. E. Dreyer, ZARM, University of Bremen

16:30～16:50

Dynamic free surface deformations in liquid bridge

V. Shevtsova1, A. Mialdun1, C. Ferrera2, M. Ermakov3, 1: Université Libre de Bruxelles (ULB), 2: Universidad de Extremadura, 3: Institute for Problems in Mechanics

16:50～17:10

Effect of eccentric rotation on the equilibrium shapes and stability of liquid bridges in an axial gravity field

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

17:10～17:30

Effects of Small and Lateral Vibrations on the Surface Oscillation of an Isothermal Liquid Bridge

R. Q. Liang, M. Kawaji, University of Toronto

17:30～17:50

Confined fluids subjected to random vibrations while in near free-fall

C. A. Ward, J. Wu, T. Farouk, University of Toronto

17:50～18:10

Characterization of the Surface Oscillation of Liquid Nitrogen Induced by Step Reduction of Gravity Acceleration

M. Stief, M. E. Dreyer, ZARM, University of Bremen

25 Oct. (Thu.)

A5: Fluid Science V

9:15～9:45*

Gravity Effect on Dynamics of Liquid Film with Two Contact Lines: Results of Parabolic Flights

O. Kabov1,2, A. Glushchuk1, Jean-Claude Legros1,3, 1: Microgravity Research Centre, ULB, 2: Institute of Thermophysics of RAS, 3: Euro Heat Pipes S.A

9:45～10:05

Surface Motion of a Liquid Bridge Induced by External Vibrations: Experimental and Numerical Investigation

Y. Yura, Q. Godfroy, M. Kawaji, University of Toronto

10:05～10:25

Dynamics of a liquid film produced by spray impact onto a heated target

O. N. Kyriopoulos, I. Roisman, T. Gambaryan-Roisman, P. Stephan, C. Tropea, Darmstadt University of Technology

10:25～10:45

In-situ Observation of Bubble Evolution under Microgravity

M. Ohno1, G. Sakuma1, H. Matsushima2, Y. Fukunaka1, 1: Kyoto University, 2: Kiel University

25 Oct. (Thu.)

A6: Fluid Science VI

11:00～11:30*

Perspectives on foam rheology

D. L. Weaire1 , S. Hutzler1, J. Banhart2, F. Garcia Moreno2, D. Langevin3, M. Adler4, R. Hoehler4, N. Vandewalle5, A. Saint-Jalmes6, D. Durian7,
1: Trinity College Dublin,
2: Hahn-Meitner-Institut Berlin,
3: Université Paris Sud,
4: LPMDI - Cité Descartes - Bât. Lavoisier,
5: GRASP, Université de Liège,
6: Dpt Physique : GMCM,
7: University of Pennsylvania

11:30～11:50

Aqueous and organic foams under microgravity conditions

M. Vignes-Adler1, M. Anderson2, B. Kronberg2, A. Saint-Jalmes3, D. Langevin3, D. Weaire4, S. Cox5, B. Prunet-Foch1, O. Pitois1, 1: LPMDI, University of Paris-Est, 2: Institute for Surface Chemistry, 3: LPS, University of Paris Sud, 4: Trinity College, 5: University of Wales

11:50～12:10

Coronet formation under microgravity

S. Ozawa1, K. Watari1, S. Shiratori1, T. HIBIYA2, 1: Tokyo Metropolitan University, 2: Keio University

12:10～12:30

Threshold between splashing and spreading of droplet stream

T. Totani, K. Nambu, A. Kawakami, Y. Yuri, H. Nagata, Hokkaido University

25 Oct. (Thu.)

A7: Fluid Science VII

14:00～14:30*

Transport-mechanisms generated by bubbles during boiling in microgravity

J. Straub, Technical University Muenchen

14:30～14:50

Nucleate Boiling on a single site: Contact Angle Analysis for a Growing Vapour Bubble

D. Serret, S. Guignard, L. Tadrist, IUSTI, Marseille

14:50～15:10

Boiling crisis and evaporation at the triple contact line

V. Nikolayev1,2, D. Chatain1, D. Beysens1,2, Y. Garrabos3, 1: ESEME, CEA-Grenoble, 2: ESPCI et Universités Paris 6 et Paris 7, 3: ESEME-CNRS-ICMCB - UPR, Université Bordeaux

15:10～15:30

Magnetic compensation of gravity: experiments with oxygen on the low pressure boiling heat transfer

G. Pichavant1, B. Cariteau1, D. Chatain1, V. Nikolayev1,2, D. Beysens1, 1: ESEME, CEA-Grenoble, 2: ESEME, ESPCI et Universités Paris 6 et Paris 7

15:30～15:50

Development of Transparent Heated Tubes of Varied Diameters: Simultaneous Measurement of Heat Transfer and Flow Pattern

O. Kawanami1, S. C. Huang1,
K. Kawakami1, I. Honda1,
Y. Kawashima1, H. Ohta2,
1: University of Hyogo,
2: Kyushu University

25 Oct. (Thu.)

A8: Fluid Science VIII

16:00～16:30*

QUENCHING EXPERIMENTS OF HOT TUBES AT NORMAL AND REDUCED GRAVITY CONDITIONS

G. P. Celata1, M. Cumo2, Giuseppe Zummo1 1: ENEA, Institute for Thermal Fluid Dynamics Via Anguillarese, 2: University of Rome La Sapienza

16:30～16:50

Pool boiling heat transfer in microgravity

J. F. Zhao1, N. Yan1, Y. H. Lu1, Z. D. Li1, W. R. Hu1, H. Ohta2, 1: Institute of Mechanics, Chinese Academy of Sciences, 2: Kyushu University

16:50～17:10

Saturated Pool Boiling in Microgravity in ARIEL Experiment

P. Di Marco, W. Grassilothar, Dipartimento di Energetica “L. Poggi”, Università di Pisa

17:10～17:30

Numerical Simulation of Liquid Sloshing in Microgravity

H. B. Parizi1, J. Mostaghimi2, 1: Simulent Inc., 2: University of Toronto,

26 Oct. (Fri.)

A9: Fluid Science IX

9:15～9:35

Innovative Heat Pipes with Self-Rewetting Fluids under normal and reduced gravity conditions

"R. Savino1, C. Piccolo2 , K. Tanaka3, Y. Abe4, 1: Università degli Studi di Napoli, 2: MARS Center, Napoli,
3: Shibaura Institute of Technology, 4: AIST"

9:35～9:55

Transport phenomena and mechanical behavior of a suspension of vesicles in microgravity, BIOMICS project

M. Hoyos1, C. Misbah2, T. Podgorski1, F. Dubois3, N. Callens3, C. Minetti3, P. Kurowski2, C. Ratier2, 1: UMR5588 CNRS, Université Joseph Fourier, 2: UMR7636 CNRS, ESPCI, Paris, 3: Microgravity Research Center, Université Libre de Bruxelles, PMMH-CNRS

9:55～10:15

On the Way of Detecting Negative Thermophoresis (Results of Microgravity Experiments and of Gas-Kinetic Analysis)

A. Vedernikov1, S. Beresnev2, A. Markovich1, 1: Université Libre de Bruxelles, 2: Ural State University

10:15～10:35

Measurement of Soret coefficient in aqueous solutions

A. Mialdun, V. Shevtsova, Université Libre de Bruxelles (ULB)

26 Oct. (Fri.)

A10: Fluid Science X

11:00～11:30*

Vibration-modified phase separation of super critical CO2 in Maxus 7 sounding rocket and H2 under magnetic gravity compensation

D. Beysens1,2 , Y. Garrabos3, D. Chatain2, P. Evesque4, 1: ESEME, ESPCI et Universités Paris 6 et Paris 7, 2: ESEME, CEA-Grenoble, 3: ESEME-CNRS, Université Bordeaux I, 4: Ecole Centrale de Paris, UMR 8579 CNRS

11:30～11:50

The Study of Heat Transfer in a Closed Domain of Supercritical SF6 with the Laboratory and Numerical Instruments

V. Emelyanov, A. Gorbunov, A. Lednev, Institute for Problems in Mechanics, Russian Academy of Sciences

11:50～12:10

Optical cell for study of water properties near its liquid-gas critical point

Y. Garrabos1, C. Lecoutre1, F. Palencia1, D. Beysens2,3, V. Nikolayev2,3, P. Evesque3, 1: ESEME-CNRS-ICMCB - UPR 9048, Université Bordeaux I, 2: ESEME, ESPCI et Universités Paris 6 et Paris 7, 3: ESEME, CEA-Grenoble, 4: Lab. Mss.Mat.- UMR8579, Ecole Centrale Paris ICMCB CNRS

12:10～12:30

Colloidal Dispersions in Supercritical Fluids: New Experimental Opportunities for Microgravity Research

S. Deguchi1, S. Mukai1,2, K. Tsujii3, 1: Japan Agency for Marine-Earth Science and Technology (JAMSTEC), 2: Kyushu University, 3: Hokkaido University

26 Oct. (Fri.)

A11: Fluid Science XI

13:50～14:20*

Preparation for the VIP-CRIT Space Experiment on the ISS: An Analysis of MIR Experiments and Ground-Based Studies of Heat Transfer and Phase Separation in Near-Critical Fluid

V. I. Polezhaev1, V. Emelyanov1, A. Gorbunov1, G. Putin2, A. Zyuzgin2, A. Ivanov3, D. Beysens4,5, Y. Garrabos6, 1: Institute for Problems in Mechanics, 2: Perm State University, 3: RKK Energia, 4: ESEME, CEA-Grenoble, 5: ESEME, ESPCI et Universités Paris 6 et Paris 7, 6: ESEME-CNRS-ICMCB - UPR 9048, Université Bordeaux I

14:20～14:40

The CFE-Vane Gap Experiments on ISS

M. M. Weislogel1, R. Jenson1,
Y. Chen1, S. Collicott2,
1: Portland State University,
2: Purdue University

14:40～15:00

GeoFlow European Microgravity Experiments on Thermal Convection in Rotating Spherical Shells under influence of Central Force Field

Th. von Larcher, B. Futterer, C. Egbers, R. Hollerbach, P. Chossat, P. Beltrame, L. Tuckerman, F. Feudel, BTU Cottbus Brandenburg University of Technology

15:00～15:20

FLUID PHYSICS EXPERIMENT FACILITY FOR JEM

R. Kobayashi1, Y. Nakagawa2, M. Onishi2, 1: Japan Aerospace Exploration Agency, 2: IHI Aerospace Co.,Ltd.

15:20～15:40

The Fluid Science Laboratory on the ISS Columbus module - Performances and Operations

G. Trinchero1, M. Cardano1, E. Pensavalle1, M. Tacconi2, 1: Thales Alenia Space -Italia, 2: ESA/ESTEC

23 Oct. (Tue.)

13:50～14:15*

Dusty Plasma Liquids and Solids in Space

O. F. Petrov1, V. E. Fortov1,
O. S. Vaulina1, V. I. Molotkov1,
A. M. Lipaev1, G. E. Morfill2,
H. Thomas2, A. Ivlev2, M. Thoma2,
N. N. Sevast'yanov3, A. I. Ivanov3,
1: Joint Institute for High Temperatures of the Russian Academy of Sciences,
2: Max- Planck-Institut fur Extraterrestrische Physik,
3: Russian Space Corporation “Energiya”

14:15～14:35

PKE-Nefedov - first natural science experiment on the International Space Station

V. I. Molotkov1, A. M. Lipaev1, V. E. Fortov1, O. F. Petrov1,.G. Morfill2, H. Thomas2, A. V. Ivlev2, S. A. Khrapak2, S. K. Krikalev3, Y. M. Baturin4, 1: Institute for High Energy Densities, RAS, 2: Max-Plank Institute for Extraterrestrial Physics, 3: RSC “Energia”, 4: Yu.Gagarin Cosmonaut Training C

14:35～14:55

PK-3 Plus - Complex plasma research on the International Space Station

H. M. Thomas1, G. E. Morfill1, V. E. Fortov2, A. Ivlev1, H. Rothermel1, V. I. Molotkov2, O. F.Petrov2, A. I. Lipaev2, 1: Max-Planck Institut für extraterrestrische Physik, 2: RAS - Institute for High Energy Densities

14:55～15:15

Liquid-Vapor Critical Point in Complex Plasmas Under Microgravity Conditions

S. A. Khrapak, G. E. Morfill, Max-Planck-Institut fuer extraterrestrische Physik

15:15～15:35

Thermodynamic Instability in Strongly Coupled Fine Particle Plasmas and Critical Phenomena

H. Totsuji, Okayama University

15:35～15:55

Experimental Investigation on Conditions of Microgravity Experiment for Critical Point in Dusty Plasmas

S. Adachi1, H. Totsuji2, Y. Hayashi3, K. Takahashi3, O. Ishihara4, M. Takayanagi1, S. Yoda1, 1: Japan Aerospace Exploration Agency, 2: Okayama University, 3: Kyoto Institute of Technology, 4: Yokohama National University

23 Oct. (Tue.)

16:05～16:25

Experiments of Fine Particle Plasmas toward Observation of Critical Phenomena

Y. Hayashi1, K. Takahashi1, H. Totsuji2, O. Ishihara3, S. Hamaguchi4, N. Sato5, Y. Watanabe6, S. Adachi7, M. Takayanagi7, 1: Kyoto Institute of Technology, 2: Okayama University, 3: Yokohama N:ational University, 4: Osaka University, 5: Tohoku University, 6: Kyushu University, 7: Japan Aerospace Exploration Agency

16:25～16:45

Plasma Parameters Estimated in Complex Plasmas of PKE-Nefedov on the ISS and PK-3 Plus on the Ground

K. Takahashi1, H. M. Thomas2,
A. V. Ivlev2, G. E. Morfill2,
Y. Hayashi1, S. Adachi3,
1:Kyoto Institute of Technology,
2: Max-Planck-Institut für extraterrestrische Physik,
3:Japan Aerospace Exploration Agency

16:45～17:05

String Fluids in Electrorheological Complex Plasmas (Microgravity Experiments with PK 3+ Setup)

A. Ivlev1, G. Morfill1, G. Joyce2,
C. RÄth1, H. Thomas1,
R. Kompaneets1, P. Huber1,
V. Molotkov3, A. LipaevI3, O. Petrov3,
V. Fortov3,
1: Max-Planck-Institute for Extraterrestrial Physics,
2: Naval Research Laboratory,
3: Institute for High Energy Densities

17:05～17:25

Lane formation in Complex Plasmas under Microgravity Conditions

M. Rubin-Zuzic1, R. Pompl1,
H. M. Thomas1, U. Konopka1,
A. V. Ivlev1, M. Kretschmer1,
G. E. Morfill1, V. E. Fortov2,
V. I. Molotkov2, O. F. Petrov2,
A. I. Lipaev2,
1: Max-Planck Institut für extraterrestrische Physik,
2: RAS - Institute for High Energy Densities

17:25～17:45

PK-4: Complex Plasmas in Space - the Next Generation

M. H. Thoma and the PK-4 Team, Max Planck Institute for extraterrestrial Physics

17:45～18:05

Microrods in a Gas Discharge Plasmas - Results of First Experiments under Microgravity

A. D. Usachev1, H. HÖfner2,
M. Thoma2, M. Fink2, A. Zobnin1,
M. Kretschmer2, O. Petrov1,
G. Morfill2, V. Fortov1,
1: Joint Institute for High temperatures of Russian Academy
of Sciences,
2: Max-Plank-Institut für Extraterrestrische Physik

24 Oct. (Wed.)

14:00～14:30*

The heterogeneous burning of metallic materials in oxygen atmospheres in reduced gravity

T. Steinberg, Queensland University of Technology

14:30～14:50

Effect of Core Material on Flame Spread over Polymer-insulated Wire in Sub-atmospheric Pressure

N. Yoshimura, Y. Nakamura, T. Matsumura, H. Ito, O. Fujita, Hokkaido University

14:50～15:10

Wire Insulation Ignition with Excess Electric Current in Microgravity

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

15:10～15:30

Measurements of oxygen depletion of a laminar diffusion flame over PMMA in microgravity using wavelength modulation laser absorption spectroscopy

M. Reimert, C. Eigenbrod, ZARM, University of Bremen

15:30～15:50

Combustion Wave in Random Media

F. D. Tang, S. Goroshin, A. Higgins, Mac-Gill University

24 Oct. (Wed.)

16:00～16:30*

Response of Single Droplet Combustion to Oscillatory Flow at Elevated Pressure in Microgravity

H. Kobayashi, M. Jangi, S. Hasegawa, Y. Ogami, K. Yoshinaga, H. Nakamura, Tohoku University

16:30～16:50

Cool Flame Behavior around an Isolated n-Decane Droplet in a Hot Air under Microgravity

O. Moriue, K. Shimada, D. Eto, E. Murase, Kyushu University

16:50～17:10

Combustion Experiment of a Partially Pre-vaporized Linear Fuel Droplet Array by TEXUS Sounding Rocket: Results from Precursory Ground-based Research

M. Kikuchi1, N. Sugano1, S. Yoda1, O. Moriue2, M. Mikami3, H. Nomura4, O. Fujita5, A. Umemura6, K. MÖsl7, T. Sattelmayer7, C. Eigenbrod8, O. Minster9, 1: Japan Aerospace Exploration Agency, 2: Kyushu University, 3: Yamaguchi University, 4: Nihon University, 5: Hokkaido University, 6: Nagoya University, 7: Technical University of Munich, 8: University of Bremen, 9: European Space Agency, ESTEC

17:10～17:30

Preparations of the NOx Measurements for the Combustion of an n-Decane Droplet Array Under Microgravity Conditions

K. G. Mösl1, T. Sattelmayer1,
M. Kikuchi2, S. Yoda2,
1: Technische Universität München (TUM), 2: Japan Aerospace Exploration Agency (JAXA)

17:30～17:50

Microgravity Experiments on Droplet Array Combustion in Fuel-Vapor-Air Mixture

H. Nomura1,Y. Suganuma2,
H. Iwasaki1, M. Mikami3,
1: Nihon University,
2: IHI Aerospace Co. Ltd.,
3: Yamaguchi University

17:50～18:10

Comparison of Experimental and Numerical Results of the Autoignition of n-Heptane Sprays under Machine Conditions

P. Rickmers1, J-C. Dittmer1, C. Eigenbrod1, O. Moriue2, 1: ZARM University of Bremen, 2: Kyushu University

25 Oct. (Thu.)

9:15～9:45*

Characterization of the soot formation path in a boundary type diffusion flame under reduced gravity

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

9:45～10:05

Drop Tower Investigations on Soot Formation in Laminar Jet-Diffusion Flames

J. Reimann, S. A. Kuhlmann, S. Will, Technische Thermodynamik, Universität Bremen

10:05～10:25

Effects of Gravity on the Ignition of Hydrogen and Air Premixed Gases via Hot Surface

M. Castillo, S. Usuba, D. Kim , Y. Kakudate, M. Mamiya, H. Nagai, National Institute of Advanced Industrial Science and Technology (AIST)

10:25～10:45

Numerical Simulation on the Flame Propagation in Acoustic Fields

M. Tanabe, T. Yano, T. Kuwahara, CST, Nihon University

25 Oct. (Thu.)

11:00～11:20

Evaluation of thermophysical data from electromagnetic levitation experiments with digital image processing

S. Schneider1, I. Egry1, R. Willnecker1, R. Wunderlich2, M. Pütz3, 1: DLR, German Aerospace Center, 2: University Ulm, 3: SEA GmbH

11:20～11:40

Density measurement of silicon melt using electromagnetic levitation method under static magnetic fields

"M. Adachi1, T. Aoyagi1, A. Mizuno1, M. Watanabe1, H. Kobatake2, H. Fukuyama2, S. Awaji2, 1: Gakushuin University,
2: Tohoku University"

11:40～12:00

Thermophysical Properties of g-TiAl and Al-Ni Alloys in the Liquid Phase: Results of the IMPRESS Project

I. Egry1, D. Holland-Moritz1, H-J. Fecht2, K. Higuchi3, W. Löser4, T. Matsushita5 , R. Novakovic6, E. Ricci6, S. Seetharaman5, R. Wunderlich2, 1: DLR Cologne, 2: Ulm University, 3: Institute of Space and Astronautical Science, JAXA, 4: IFW Dresden, 5: Royal Institute of Technology KTH, 6: IENI-CNR

12:00～12:20

Development of non-contact electrical resistivity measurement technique usin an electrostatic levitator

"T. Ishikawa1, P-F. Paradis1, Y. Watanabe2, N. Koike3, 1:Japan Aerospace Exploration Agency, 2: AES Co. ltd.,
3: Chiba Institute of Technology"

25 Oct. (Thu.)

14:00～14:30*

The Thermolab Project - Thermophysical Properties of Industrial Alloys in the Liquid Phase for Casting and Solidification Modelling

H-J. Fecht1, L. Battezzati2,
I. Egry3, J. Étay4, T. Matsushita5 ,
R. Novakovic6, E. Ricci6,
S. Seetharaman5, R. Wunderlich1,
1: Ulm University,
2: Università di Torino,
3: DLR Cologne, 4: CNRS-EPM,
5: Royal Institute of Technology
KTH, 6: IENI-CNR

14:30～14:50

BASIC PRINCIPES OF NON-CONTACT THERMOPHYSICAL PROPERTY MEASUREMENTS IN REDUCED GRAVITY UNSING INDUCTIVE LEVITATION

P. Schetelat1, V. Bojarevics2, K. Pericleous2, J. Etay1, 1: CNRS-SIMAP-EPM, 2: University of Greenwich

14:50～15:10

Surface Tension and Viscosity Evaluation by the Oscillating Drop Method under Droplet Rotations

K. Higuchi1, M. Watanabe2, R. Wunderlich3, H-J. Fecht3, 1: Japan Aerospace Exploration Agency, 2: Gakushuin University, 3: University of Ulm

15:10～15:30

The Metastable Miscibility Gap in Co-Cu and Co-Cu-X alloys (Experiments, Calculations and Microstructures)

l. Battezzati, Université ; di Torino

15:30～15:50

Surface Tension Measurment of Molten Steinless Steel using Oscillating Droplet method

S. Ozawa, Tokyo Metropolitan University

25 Oct. (Thu.)

16:00～16:30*

JAXA-New-GCF Project for Protein Crystal Growth

M. Sato1, H. Tanaka2, K. Inaka3, S. Sano1, S. Shinozaki4, S. Takahashi2, M. Yamanaka2, E. Hirota2, B. Yan2, T. Kobayashi1, T. Tanaka1, 1: Japan Aerospace Exploration Agency, 2: Confocal Science Inc., 3: Maruwa Foods and Biosciences Inc., 4: Japan Space Forum

16:30～16:50

SCCO: measurement of Soret coefficients in crude oils in microgravity

"S. Mazzoni1, O. Minster1,
E. Kufner1, D. Classens2,
S. Van Vaerenbergh3, J. C. Leros3, J. L. Daridon4, F. Montel5, M. Z. Saghir6, A. Shapiro7,
1: ESA/ESTEC, 2: Verhaert Space,
3: Microgravity Research Center,
4: UPPA, Pau, 5: Total,
6: Ryerson University,
7: Technical University of Denmark"

16:50～17:10

Interfacial Properties of Colloidal Dispersions and Corresponding Nanoparticle-Stabilised Emulsions from the MAP-Project FASES

L. Liggieri1, F. Ravera1, E. Santini1, M. Ferrari1, R. Miller2, D. Grigoriev2, J. KrÄgel2, G. Loglio3, D. Clausse4, I. Pezron4, C. Dalmazzone5, M. Antoni6, M. Rozieres6, A. Steinchen6, 1: CNR-Inst. For Energetic and Interphases, Genova, 2: Max-Planck Inst. for Colloids and Interfaces, 3: Univ. of Florence, 4: Univ. Technologie Compiegne, 5: Institute Français du Pétrole, 6: Aix-Marseille Université

17:10～17:30

Dilute emulsions characterization with optical scanning tomography performed in the framework of the MAP-Project FASES.

M. Antoni1, M. Rozieres1, J. KrÄgel2, L. Liggieri3, R. Miller2, A. Steinchen1, 1: Aix¬Marseille Université, 2: Max¬Planck Inst. for Colloids and Interfaces, Golm¬Potsdam, 3; CNR¬Inst. For Energetic and Interphases

26 Oct. (Fri.)

9:15～9:35

PRELIMINARY RESULTS OF THE THERMAL DIFFUSION COEFFICIENTS FOR HYDROCARBON MIXTURES FLOWN ONBOARD FOTON M3 MISSION

M. Z. Saghir1, T.J. Jaber1, S. Pan1, Y. Yan1 and S. Van Vaerenbergh2, 1: Ryerson University, 2: Université Libre de Bruxelles

9:35～9:55

Precise Thermal Conductivity Measurement of Melts by Hot-disk Method during Short-duration Microgravity

H. Nagai1, M. Mamiya1, T. Okutani2, 1: National Institute of Advanced Industrial Science and Technology (AIST), 2: Yokohama National University

9:55～10:15

Differential Scanning Calorimetry as a tool for following emulsion evolution in microgravity conditions from the MAP-Project FASES

D. Clausse1, I. Pezron1, F. Gomez1, C. Dalmazzone2, L. Sacca1, A. Drelich1, 1: Université de Technologie de Compiègne- CNRS, 2: IFP

10:15～10:35

THERMOPHYSICAL PROPERTIES OF Fe-ALLOYS: A GROUND AND MICROGRAVITY BASED INVESTIGATION

L. Battezzati1, I. Egry2, J. Étay3, H-J. Fecht4, T. Matsushita5 , R. Novakovic6, E. Ricci6, F. Schmidt-Hohagen7, S. Seetharaman5, R. Wunderlich4, 1: Università di Torino, 2: DLR Cologne, 3: CNRS-EPM, 4: Ulm University, 5: Royal Institute of Technology KTH, 6: IENI-CNR, 7: DLR Bonn

26 Oct. (Fri.)

11:00～11:30*

Extending the frontiers of quantum gases to microgravity

E. M. Rasel, T.v. Zoest, W. Ertmer, Institut für Quantenoptik, Leibniz Universität

11:30～11:50

Cold Quantum Gases under Weightlessness (Bose-Einstein Condensation in Microgravity)

K. Bongs4, W. Brinkmann1, H. Dittus1, W. Ertmer2, E. Göklü1, G. Johannsen4, E. Kajari5, T. Könemann1, C. Lämmerzahl1, W. Lewoczko-Adamczyk3, G. Nandi5, A. Peters3, E. M. Rasel2, J. Reichel6, W. P. Schleich5, M. Schiemangk3, K. Sengstock4, T. Steinmetz6, A. Vogel4, R. Walser5, S. Wildfang4, T. van Zoest2, 1: ZARM - University of Bremen, 2: Leibniz University of Hanover, 3: Humboldt-University of Berlin, 4: University of Hamburg, 5: University of Ulm, 6: Laboratoire Kastler Brossel de l’E.N.S.

11:50～12:10

An optical lattice clocks on ultracold neutral atoms

V. D. Ovsiannikov1, V. G. Pal'chikov2, A. V. Taichenachev3, V. I. Yudin3,
H. Katori4, M. Takamoto4,
1: Voronezh State University,
2: National Research Institute for Physical-Technical and Radiotechnical Measurements -VNIIFTRI,
3: Institute of Laser Physics SB RAS, 4: The University of Tokyo

12:10～12:30

Mach-Zehnder interferometry with coherent and squeezed vacuum light

L. Pezz´e, A. Smerzi, BEC-CNR-INFM and Universit`a di Trento

26 Oct. (Fri.)

13:50～14:10

Cold Atom Clocks in Microgravity: The ACES Mission

L. Cacciapuoti1, C. Salomon2, 1: European Space Agency, 2: Laboratoire Kastler Brossel, ENS

14:10～14:30

Test of modified newtonian dynamics in picogravity.

R. J. Slobodrian, C. Rioux,
Université Laval

14:30～14:50

Test of Equivalence Principle with Optical readout in space

J. Luo, F. Gao, Y-Z. Bai, C.-G. Shao, Z-B. Zhou, Huazhong University of Science and Technology

14:50～15:10

Inertial sensor and its application to space fundamental physics

Y. Z. Bai, H. B. Tu, Z. B. Zhou, S. C. Wu, J. Luo, Huazhong University of Science and Technology

15:10～15:40*

Wave form of a density pulse in the supercritical fluid generated by the piston effect

Y. Miura1, M. Ohnishi2, S. Yoshihara2, M. Ishikawa3,
1: Nagoya University, 2: JAXA,
3: Tokyo Institute of Technology

15:40～16:00

Chiral Photochemistry in Density-Fluctuating Sub- and Supercritical Carbon Dioxide: Discontinuous Pressure Dependence of Optical Yield

Y. Inoue1, Y. Nishiyama2, H. Saito2, T. Wada2, 1: ICORP Entropy Control Project, JST, 2: Osaka University

23 Oct. (Tue.)

14:00～14:20

Surface Tension of Graphitized Carbon

C. A. Ward, J. Wu, University of Toronto

14:20～14:40

Meso/Macro-Level somputational Chemistry Approach for Microgravity Effect on Synthesis of Nanoskeleton TiO2

H. Takaba1, K. Okushi1, Y. Sato1, R. Miura1, R. Sahnoun1, M. Koyama1, H. Tsuboi1, N. Hatakeyama1, A. Endou1, 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 Co., Ltd.

14:40～15:00

Solidification of Colloids in Space

R. Piazza1, L. Cipelletti2, W. Kegel3, A. Van Blaaderen3,
1: Politecnico di Milano,
2 Université de Montpellier II,
3: Universiteit Utrecht

15:00～15:20

Potentiality of Electrostatically Stabilized Colloidal Crystals as Photonic Crystals

K Ito1, J. Yamanaka2, Y. Takiguchi3, T. Sawada4, S. Okamoto5, Y. Ohki6, 1: University of Toyama, 2: Nagoya City University, 3: Hamamatsu Photonics, 4: National Institure for Materials Science, 5: Nagoya Institute of Technology, 6: Japan Aerospace Exploration Agency

15:20～15:40

Microgravity as Media for Titania Nanoskeleton Synthesis

T. Sakai1, S. Dai1, H. Yano1, H. Mihara1, H. Shibata1, K. Torigoe1, K. Tsubone1, K. Sakamoto1, H. Kakoki2, A. Kimura2, H. Fukui2, N. Koshikawa3, S. Adachi3, H. Sakai1, M. Abe1, 1: Tokyo University of Science, 2: Shiseido, 3: Japan Aerospace Exploration Agency

23 Oct. (Tue.)

16:00～16:30*

FZ Growth of Silicon under the influence of rotating magnetic fields and axial vibrations: Results of the MAXUS 4 and 6 flights

A. Croell1, P. Dold1,2, T. Lyubimova3, 1: University of Freiburg, 2: Arise Technologies, 3: Institute for Continuous Media Mechanics, Russian Academy of Sciences/Perm State University

16:30～16:50

The effects of gravity and an applied magnetic field on the dissolution of silicon into germanium melt

S. Dost, N. Armour, B. Lent, University of Victoria

16:50～17:10

CRYSTAL GROWTH BY THE FLOATING ZONE METHOD WITH USE OF SURFACE STANDING WAVES AND MAGNETIC FIELDS

A. Feonychev, Research Institute for Applied Mechanics and Electrodynamics of Moscow Aviation Institute

17:１0～17:30

Control of thermo- and solutocapillary flows in FZ crystal growth by magnetic field and vibrations

T. P. Lyubimova1, I.. S. Faizrakhmanova1, R. V. Scuridyn1, A. CrÖll2, B. Roux3, 1: Institute of Continuous Media Mechanics UB RAS, 2: University of Freiburg, 3: L3MGP/UMR 6181, CNRS-Universites d'Aix-Marseille

17:30～17:50

Dewetting of antimonides in fused silica crucibles under different growth atmospheres and conditions

L. Sylla, T. Duffar, SIMAP-EPM, ENSEEG

17:50～18:10

Preliminary Experiments for the Growth of Homogeneous Alloy Semiconductors under Microgravity

Y. Hayakawa1, N. Murakami1, T. Hikida1, A. Konno1, T. Tanaka1, C. H. Chen1, T. Koyama1, Y. Momose1, K. Arafune1, T. Ozawa2, Y. Okano1, 1: Shizuoka University，2: Shizuoka Institute of Science and Technology

24 Oct. (Wed.)

14:00～14:20

CONTROL OF MELT CONVECTION BY A TRAVELLING MAGNETIC FIELD DURING THE DIRECTIONAL SOLIDIFICATION OF Al-Ni ALLOYS

K. Zaidat1, N. Mangelinck-Noël2, R. Moreau1, 1: SIMAP - EPM, ENSEEG, 2: L2MP, UMR 6137 CNRS - Universités, Paul Cézanne Campus de Saint Jérôme

14:20～14:40

Validation of a Front-Tracking Model of the Columnar to Equiaxed Transition using Solidification Results from the Maxus 7 Microgravity Platform

S. Mcfadden1, L. Sturz2, H. Jung3, N. Mangelinck-NoËl3, H. Nguyen-Thi3, G. Zimmermann2, B. Billa3, D. J. Browne1, D. Voss4, D. Jarvis4, 1: University College Dublin, 2: Access e.V., 3: L2MP, CNRS - Université Paul Cézanne, 4: European Space Agency

14:40～15:00

Direct Synthesis of Magnetostrictive SmFe2 by Unidirectional Solidification in Microgravity

T. Okutani1, H. Nagai2, M. Mamiya2, 1: Yokohama National University, 2: National Institute of Advanced Industrial Science and Technology

15:00～15:20

Global numerical calculation of the microstructure in AlSi alloys during directional solidification under microgravity conditions

J. Dagner, J. Friedrich, G, Müller, Fraunhofer IISB

15:20～15:40

Nucleation and Phase Selection in Undercooled Melts: Magnetic Alloys of Industrial Relevance (MAGNEPHAS)

W. LÖser1, R. Hermann1, T. G. Woodcock1, J. ransaer2, M. Krivilev2, L. Granasy3, T. Pusztai3, D. M. Herlach4, M. Kolbe4, D. Holland-Moritz4, T. Volkmann4, 1: Leibniz-Institut für Festkörper- und Werkstoffforschung IFW Dresden, 2: Katholieke Universiteit Leuven (KUL), 3: Research Institute for Solid State Physics and Optics, 4: German Aerospace Center DLR

24 Oct. (Wed.)

16:00～16:30*

Ice Crystal project on Japan Experiment Module ＂KIBO＂ of ISS

Y. Furukawa1, E. Yokoyama2, I. Yoshizaki3, S. Adachi3, S. Yoda3, T. Shimaoka4, T. Sone5, T. Tomobe6, 1: Hokkaido University, 2: Gakushuin University, 3: JAXA, 4: JSF, 5: JAMSS, 6: IHI Aerospace

16:30～16:50

THE SOLUTION CRYSTALLIZATION DIAGNOSTICS FACILITY (SCDF) FOR MICROGRAVITY INVESTIGATIONS ON BIOMOLECULAR STRUCTURES GROWN FROM SOLUTIONS ON BOARD THE INTERNATIONAL SPACE STATION

V. Pletser1, S. Mazzoni1, R. Bosch2, L. Potthast2, 1: European Space Agency, ESA-ESTEC, 2: Astrium

16:50～17:10

Visualization Experiment of Faceted Cellular Array Growth in Microgravity

Y. Inatomi1, K. Iwamoto2, T. Maki3, Y. Takagi2, K. Kuribayashi1, 1: Japan Aerospace Exploration Agency, 2: Teikyo University of Science and Technology, 3: Olympus Optical Co.

17:10～17:30

In situ characterization of dendrite shape and array dynamics in 3D-solidification of transparent alloys under gravity

N. Bergeon1, C. Weiss1, N. Mangelinck-Noel1, B. Billia1, H. Singer2, B. Zhou1,3, 1: L2MP, UMR CNRS 6137, Université Paul Cézanne – Aix-Marseille III, 2: Solid State Physics Laboratory, ETHZ, 3: NMLC, CAS

17:30～17:50

The effect of aspartic acid on calcite nucleation

M. Maruyama, K. Tsukamot, G. Sazaki, P. Dold, Tohoku University

17:50～18:10

Solidification behavior of intermetallic compounds with strong crystallographic anisotropy

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

25 Oct. (Thu.)

9:15～9:45*

Non-Equilibrium Solidification, Modeling for Microstructure Engineering of Industrial Alloys

D. M. Herlach1, R. Lengsdorf1,2, S. Reutzel1,2, P. Galenko1, Ch.-A. Gandin3, S. Mosbah3, A. Garcia-Escorial4, H. Henein5, 1: German Aerospace Center DLR, 2: Ruhr-University Bochum, 3: Ecole des Mines de Paris, CEMEF UMR CNRS 7635, 4: CENIM-CSIC, 5: University of Alberta

9:45～10:05

Structure analysis of metallic liquids by using high-energy x-ray diffraction combined with the conical nozzle levitation

A. Mizuno1, T. Kaneko1, S. Matsumura1, M. Watanabe1, S. Kohara2, M. Takata2, 1: Gakushuin University Gakushuin University, 2: JASRI/SPring-8

10:05～10:25

Modeling of Segregation upon Solidification of Undercooled Melt -The Role of Eutectic Recalescence

S. Mosbah, Ch.-A. Gandin, Ecole des Mines de Paris, CEMEF UMR CNRS

10:25～10:45

In-situ Investigation of Liquid-Liquid Phase Separation in Hypermonotectic Alloys

P. L. Schaffer1, R. H. Mathiesen2, L. Arnberg1, 1: Norwegian University of Science and Technology, 2: SINTEF

25 Oct. (Thu.)

11:00～11:20

High-Energy X-ray Diffraction Measurements of Liquid Al2O3 by gas jet levitation method

T. Akimoto1, A. Mizuno1, M. Watanabe1, S. Kohara2, 1: Gakushuin University, 2: Japan Synchrotron Radiation Research Institute（SPring-8/JASRI)

11:20～11:40

THE EFFECT OF EUTECTIC UNDERCOOLING ON MICROSEGREGATION OF RAPIDLY SOLIDIFIED AL-CU DROPLETS

A. Prasad1, H. Henein1, Ch.-A. Gandin2, 1: University of Alberta, 2: Ecole Nationale Supérieure des Mines de Paris

11:40～12:00

Synthesis of TiO2 Photo Catalysis Films on A2024 Alloy for Astronautics Applications by Sol-Gel Method

H. Kimura1, R. Tanahashi1, M. Tosa1, K. Ozawa1, F. Urayama2, 1: National Institute for Materials Science, 2: Nagasaki University

12:00～12:20

Experimental Investigation of Composite Laminates at Room and Cryogenic Temperatures for Superconductor Insulation

A. Bensely, D. Peter Michael, D. Mohan Lal, Anna University

25 Oct. (Thu.)

14:00～14:20

Microstructure Evolution in a Cu-Co Drop Solidified in a Drop Tube

J. Zhao, H. L. Li, J. He, Institute of Metal Research, CAS

14:20～14:40

Liquid phase separation in Cu-Co alloys solidified with different cooling rates

S. Curiotto1,2,3, L. Battezzati1, E. Johnson2,3, N. Pryds3, 1: Centro di Eccellenza NIS, Universita’ di Torino, 2: University of Copenhagen, 3: Risø National Laboratory, Denmark

14:40～15:00

The analysis of crystal growth of compound semiconductors without thermal convection melts in short-duration microgravity

M. Mamiya1, H. Nagai1, T. Okutani2, 1: National Institute of Advanced Industrial Science and Technology (AIST), 2: Yokohama National University

15:00～15:20

Crystallization of (Cd,Zn)Te and related materials

M. Fiederle, Albert-Ludiwgs-Universitaet Freiburg

15:20～15:40

Homogeneous composition Si0.5Ge0.5 crystal grown by the traveling liquidus-zone metho

T. Ueda1, Y. Arai1, H. Miyata2, R. Tanaka2, S. Adachi1, K. Kinoshita1, S. Yoda1, 1: Japan Aerospace Exploration Agency, 2: Advanced Engineering Service Co. Ltd.

25 Oct. (Thu.)

16:00～16:30*

Why in space for protein crystallization?

"K. Tsukamoto1, P. Dold1, G. Sazaki1, M. Tachibana2, K. Kojima2, I. Yoshizaki3, 1: Tohoku University,
2: Yokohama City University, 3: Japan Aerospace Exploration Agency "

16:30～16:50

Impurity Filtering in Protain Crystal Growth. Growth kinetics in impure gelled systems

F. Otalora1, A. Van Driessche1, G. Sazaki2, 1: LEC (IACT,CSIC/U. Granada), 2: Tohoku University

16:50～17:10

Observation of dislocations in protein crystals by X-ray topography

M. Koishi1, N. Ohya1, Y. Mukobayashi1, N. Kitajima1, Y. Yamamoto1, M. Tachibana1, I. Yoshizaki2, K. Tsukamoto3, Kenichi Kojima1, 1: Yokohama City University, 2: Japan Aerospace Exploration Agency (JAXA), 3: Tohoku University

17:10～17:30