***Program***

***Wednesday, 8 July***

***[Plenary Session]{.underline}***

**10:00 am Opening Ceremony**

**T. Nishinaga**

University of Tokyo, Japan

**A. Hirata**

Waseda University, Japan

**L.Y. Lin**

Chinese Academy of Sciences, China

**M.C. Lee**

NASA Headquarters, USA

**10:30-12:30 Keynote Lectures**

Co-Chairs: H. Azuma and R.Rhome

**Microgravity Sciences and Applications Program**

**A. B. Sawaoka**

Director, Materials and Structures Laboratory,

Tokyo Institute of Technology

**A. E. Nicogossian**

Associate Administrator, Office of Life and microgravity Sciences and

Applications, NASA Headquarters

**Y. A. Ossipyan**

Director, Institute of Solid State Physics, Russian Academy of Sciences

**W. R. Hu**

Institute of Mechanics, Chinese Academy of Science,

Director, National Microgravity Laboratory

***Wednesday, 8 July***

**14:00-15:50**

***Room A* Combustion I**

Chair : A.C. FERNANDEZ-PELLO

**8-A-1. IGNITION PHENOMENA OF FOAMED POLYSTYRENE SPHERE IN A**

> **MICROGRAVITY ENVIRONMENT *( Invited )***
>
> O. FUJITA, [K. ITO]{.underline}, H. KOYAMA and M. NOGAMI
>
> *Department of Mechanical Science, Graduate School of Engineering,*
>
> *Hokkaido University*

**8-A-2. DETERMINATION OF VERY SLOW BURNING VELOCITY USING**

> **MICROGRAVITY TECHNIQUE**
>
> S. OKAJIMA
>
> *Faculty of Engineering, Hosei University*

**8-A-3. BIFURCATION AND PULSATION OF RADIATIVE COUNTERFLOW**

> **FLAME**
>
> K. MARUTAA, A. HONDAA, Y. JUB and T. NIIOKAA
>
> *A Institute of Fluid Science, Tohoku University*
>
> *B Department of Aeronautics and Space Engineering, Tohoku University*

**8-A-4. MICROGRAVITY SMOLDERING COMBUSTION EXPERIMENTS**

> D.C. WALTHERA, A.C. FERNANDEZ-PELLOA and D.L. URBANB
>
> *A University of California, B NASA Lewis Research Center*

**8-A-5. A STUDY OF FLAME PROPAGATION IN PULVERIZED COAL**

> **CLOUDS**
>
> T. SUDA
>
> *Ishikawajima-Harima Heavy Industries Co., Ltd.*

**16:10-17:50**

***Room A* Combustion II**

Chair : P.S. GREENBERG

**8-A-6. MODELING OF CANDLE FLAME AND NEAR-EXTINCTION**

> **OSCILLATION IN MICROGRAVITY**
>
> Y. SHUA, J.S. T'IENA,D. DIETRICHB and H. ROSSB
>
> *A Case Western Reserve University*
>
> *B NASA Lewis Research Center*

**8-A-7. COMBUSTION OF A FUEL DROPLET IN SUPERCRITICAL GASEOUS**

> **ENVIRONMENTS UNDER MICROGRAVITY IN A DROP SHAFT**
>
> T. KADOTA, A. NAKAINKYO, K. SATOH, T. KAWANISHI
>
> and D. SEGAWA
>
> *Osaka Prefecture University*

**8-A-8. EFFECTS OF UNSTEADINESS ON INTERACTING COMBUSTION OF**

> **TWO DROPLETS AT HIGH PRESSURE IN MICROGRAVITY**
>
> K. OKAIA, H. ENOMOTOA, H. KATOA, M. TSUEA, M. KONOA, J.SATOB,
>
> D.L. DIETRICHC and F.A. WILLIAMSD
>
> *A University of Tokyo, BIHI Research Institute,*
>
> *CNASA Lewis Research Center, D University of California,*

**8-A-9. MICROGRAVITY EXPERIMENTS OF FORMATION AND**

> **COMBUSTION OF HOMOGENEOUS STATIONARY SPRAY**
>
> H. NOMURAA, Y. UJIIEA, J. SATOB, Y. MARUTANIB, H. KAWASAKIB
>
> and S. YODAC

####### A College of Industrial Technology, Nihon University

####### B Research Institute, Ishikawajima-Harima Heavy Industry Co., Ltd.

####### C NASDA

**8-A-10. LIF DLAGNOSTICS FOR A FUEL DROPLET FLAME UNDER**

> **MICROGRAVITY**
>
> T. FUJII, K. MATSUMOTO, T. KADOTA and D. SEGAWA

###### Osaka Prefecture University

***Wednesday, 8 July***

**14:00-15:50**

***Room B* Experimental Technology I**

Chair : D.A. DA

**8-B-1. CONTAINERLESS EXPERIMENTATION IN FLUID DYNAMICS AND**

> **CRYSTAL GROWTH ON EARTH AND IN MICROGRAVITY *( Invited )***
>
> [E.H. TRINH]{.underline}A, S.S. SADHALB, L.G. LEALC and S.K. CHUNGA
>
> *A Jet Propulsion Laboratory, California Institute of Technology*
>
> *B Department of Mechanical Engineering, University of Southern
> California*
>
> *C Department of Chemical Engineering, University of California at
> Santa*
>
> *Barbara*

**8-B-2. DYNAMIC CHARACTERISTICS OF CONTAINERLESS PROCESSING**

> **BY ELECTROMAGNETIC LEVITATION**
>
> N. WANG, W.J. XIE and B. WEI

###### Department of Applied Physics, Northwestern Polytechnical University 

**8-B-3. NON-CONTACT ELECTRICAL CONDUCTIVITY MEASUREMENT**

> **TECHNIQUE FOR MOLTEN METALS**
>
> W.-K. RHIM and T. ISHIKAWA
>
> *Jet Propulsion Laboratory, California Institute of Technology*

**8-B-4. MAGNETIC READOUT FOR ELECTROSTATICALLY SUSPENDED**

> **VACUUM GYROSCOPES**
>
> Y. OHSHIMA and Y. XIAO
>
> *HEPL, Stanford University*

**8-B-5. PERFORMANCE OF ELECTROSTATICALLY SUSPENDED VACUUM**

> **GYROSCOPES WITH CIRCULAR ELECTRODES**
>
> Y. XIAO and Y. OHSHIMA
>
> *HEPL, Stanford University*

**16:10-17:50**

***Room B* Experimental Technology II**

Chair : E.H. TRINH

**8-B-6. ELECTROSTATIC LEVITATION FURNACE FOR MICROGRAVITY**

> **EXPERIMENTS**
>
> N. KOSHIKAWAA, A. OGISOA, T. NAKAMURAA, Y. NAKAMURAA,
>
> S. YOSHITOMIA, T. NAKAMURAA, Y. TSUCHIYAA, T. IKEDAA,
>
> S. YODAA, T. ISHIKAWAA, Y. ARAIA, Y.J.- DINGA, M. KOBAYASHIB
>
> and T.S. MORITAB,
>
> *A National Space Development Agency of Japan*
>
> *B Mitsubishi Electric Corporation*

**8-B-7. APPLICATION OF GLASS SEALING TECHNIQUE TO HIGH**

> **TEMPERATURE DIFFUSION EXPERIMENTS**
>
> J. YUA, M. NATSUISAKAA, T. MASAKIA, K. KINOSHITAA, B, H. KATOA
>
> and S. YODAA
>
> *A National Space Development Agency of Japan*
>
> *B NTT Basic Research Lab.*

**8-B-8. TECHNOLOGICAL DEVELOPMENT OF HIGHLY ACCURATE**

> **DIFFUSION COEFFICIENT MEASUREMENT BY SHEAR CELL**
>
> **METHOD**
>
> S. YODA,T. MASAKI and H. ODA

###### National Space Development Agency of Japan

**8-B-9. INITIAL DISTURBANCE CONTROL OF LIFT-UP OPERATION MODE OF DROP
TOWER**

> X.Q. ZHANG, M.G. WEI, P.Y. ZHANG and Z. XIE

###### Institute of Engineering Thermophysics, CAS

**8-B-10. A LIQUID PROPELLANT GAUGING IN MICROGRAVITY**

> **ENVIRONMENT AND ITS SIMULATIVE TEST EQUIPMENT ON THE GROUND**
>
> D.A.DA and T.P. ZHANG
>
> *Lanzhou Institute of Physics*

***Wednesday, 8 July***

**14:00-15:30**

***Room C* Fundamental Physics I**

Chair : L.P. MEZHOV-DEGLIN

**8-C-1. NEAR CRITICAL FLUIDS IN MICROGRAVITY: CONCEPT OF**

> **RESEARCH & NEW RESULTS OF CONVECTION MODELLING**
>
> ***(Invited)***
>
> [V.I. POLEZHAEV]{.underline}, V.M. EMELIANOV, and A.A. GORBUNOV

###### The Institute for Problems in Mechanics, Russian Academy of Sciences 

**8-C-2. MICROGRAVITY FUNDAMENTAL PHYSICS PROGRAM FOR THE NEW
MILLENNIUM**

> M.C. LEEA and U.E. ISRAELSSONB
>
> *A National Aeronautics and Space Administration*
>
> *B Jet Propulsion Laboratory California Institute of Technology*

**8-C-3. A SUPERCONDUCTING CAVITY-STABILIZED OSCILLATOR CLOCK FOR THE
SPACE STATION**

> S. BUCHMAN, M. DONG, J. LIPA, J. TURNEAURE and S. WANG

###### W.W. Hansen Experimental Physics Laboratory, Stanford University 

**8-C-4. THE RELATIVITY MISSION GRAVITY PROBE B, PERFORMANCE AND
TECHNOLOGY HERITAGE**

> S. BUCHMAN, F. EVERITT, B. PARKINSON,
>
> J.P. TURNEAURE, D. DEBRA, R. BRUMLEY, D. GILL, G. GREEN,
>
> J. GWO, M. KEISER, J. LIPA, J. LOCKHART, B. MUHLFELDER,
>
> M. TABER, S. WANG and Y. XIAO
>
> *W.W. Hansen Laboratory, Stanford University*

**16:10-18:00**

***Room C* Fundamental Physics II**

Co-Chairs : M. MURAKAMI and C.N. YEH

**8-C-5. BROKEN CYLINDRICAL SYMMETRY IN BOSE-EINSTEIN CONDENSATES OF
MIXTURES OF ATOMS**

> S.T. CHUIA and B.TANATARB
>
> *A Bartol Research Institute, University of Delaware*
>
> *B Physics Department, Bilkent University*

**8-C-6. PHENOMENA AT THE CHARGED SURFACE OF LIQUID HYDROGEN**

> A.A. LEVCHENKO, G.V. KOLMAKOV, L.P. MEZHOV-DEGLIN
>
> and A.B. TRUSOV

###### Institute of Solid State Physics RAS

**8-C-7. EARLY RESULTS FROM THE CONFINED HELIUM EXPERIMENT**

> ***( invited )***
>
> [J.A. LIPA]{.underline}A, J.A. NISSENA, D.R. SWANSONA, P.R.
> WILLIAMSONA,
>
> K.GENGA, D.A. STRICKERA, T.C.P. CHUIB and U.E. ISRAELSSONB
>
> *A Physics Department, Stanford University*
>
> *B Jet Propulsion Laboratory California Institute of Technology*

**8-C-8. NUCLEATION OF NON-EQUILIBRIUM PHASE IN A FIRST ORDER PHASE
TRANSITION IN HELIUM-FOUR**

> T.A. JOHNSON and C. ELBAUM
>
> *Department of Physics, Brown University*

**8-C-9. INTEGRATION OF HIGH-RESOLUTION FREQUENCY CONTROL**

> **AND THERMOMETRY FOR HIGH-PRECISION MEASUREMENTS OF**
>
> **PHYSICAL PROPERTIES OF HELIUM**
>
> W. JIANGA, D.M. STRAYERA, N.-C. YEHB, J. HUYNHB, N. ASPLUNDB,
>
> J. GATEWOODB and M.J. LYSEKA
>
> *A Jet Propulsion Laboratory, California Institute of Technology*
>
> *B Department of Physics, California Institute of Technology*

**18:30 - 20:30 *Reception***

***Thursday, July 9***

**9:00-10:20**

***Room A* CE: Heat Transfer and Two Phase Flow I**

Chair : S.P. LIN

**9-A-1. BUBBLE FORMATION IN QUIESCENT LIQUIDS UNDER LOW GRAVITY
CONDITIONS**

> H. TSUGE, K. TANAKA and K. TERASAKA
>
> *Department of Applied Chemistry, Faculty of Science and Technology,*
>
> *Keio University*

**9-A-2. A STUDY OF ANNULAR TWO-PHASE FLOW CHARACTERISTICS**

> **UNDER MICROGRAVITY CONDITIONS**
>
> K.S. REZKALLAH and P.de. JONG
>
> *Microgravity Research Group, University of Saskatchewan*

**9-A-3. EXPERIMENTS ON BOILING HEAT TRANSFER IN NARROW GAPS**

> H. OHTAA, T. SABATOB, S. OKADAC, H. WATANABED, S. TAKASUB
>
> and H. KAWASAKIE
>
> *A Kyushu University B Nichiden Machinery C Shimadzu Corporation*
>
> *D Graduate School, Kyushu University , Japan Space Utilization
> Promotion Center*

**9-A-4. TERRESTRIAL AND MICROGRAVITY POOL BOILING IN AN**

> **ACOUSTIC STANDING WAVE**
>
> R.E. MOEHRLE and J.N. CHUNG
>
> *School of Mechanical and Materials Engineering Washington State*
>
> *University*

**10:40-11:30**

***Room A* CE: Heat Transfer and Two Phase Flow II**

Chair : N. RAMACHANDRAN

**9-A-5. NONEQUILIBRIUM EVAPORATION AT MICROGRAVITY *( Invited )***

> [S.P. LIN]{.underline} and D.G. XI
>
> *Mechanical and Aeronautical Engineering Department Clarkson
> University*

**9-A-6. COMBINED FORCED AND THERMOCAPILLARY CONVECTION**

> **AROUND A BUBBLE ON A HEATED WALL UNDER**
>
> **MICROGRAVITY CONDITIONS**
>
> A.BHUNIA and Y. KAMOTANI
>
> *Department of Mechanical and Aerospace Engineering, Case Western*
>
> *Reserve University*

**11:30-12:30**

***Room A* CE: Magnetic Effects on Fluid**

Chair : K.S. REZKALLAH

**9-A-7. MAGNETIC FIELD EFFECTS ON AXISYMMETRICALLY**

> **OSCILLATING MAGNETIC LIQUID COLUMNS**
>
> M. OHABAA, T. SUGIMOTOA, T. SAWADAB, T. TANAHASHIB
>
> and S. SUDOC
>
> *A Department of Control System Engineering, Toin University of
> Yokohama*
>
> *B Department of Mechanical Engineering, Keio University*
>
> *C Department of Mechanical Engineering, Iwaki Meisei University*

**9-A-8. INTERNAL FLOW AND SURFACE OSCILLATION IN**

> **MAGNETICALLY POSITIONED DROPLETS IN MICROGRAVITY**
>
> S.P. SONG and B.Q. LI
>
> *School of Mechanical and Materials Engineering Washington State*
>
> *University*

**9-A-9. AN EXPERIMENTAL STUDY OF THE EFFECTS OF A ROTATING**

> **MAGNETIC FIELD ON ELECTRICALLY CONDUCTING AQUEOUS**
>
> **SOLUTIONS**
>
> N. RAMACHANDRAN and K. MAZURUK
>
> *Universities Space Research Association*

***Thursday, July 9***

**9:00-10:40**

***Room B* Experimental Technology III**

Co-Chairs : J. KEARNS and M. LEE

**9-B-1. THE APPLICATION OF \"WAVE PACKET\" MODEL AND PROGRAM-**

> **CONTROLLED TEMPERATURE FIELD TECHNIQUE ON FLOATING**
>
> **ZONE METHOD**
>
> P. GE, Y. NIE, Y. PANG, B. JU, Y. ZHAI and C. HUO
>
> *Institute of Physics, Chinese Academy of Sciences*

**9-B-2. INTEGRATED GRADIENT FURNACE FOR DIRECTIONAL**

> **SOLIDIFICATION OF ALLOYS OR GROWTH OF CRYSTALS ON US**
>
> **SPACE SHUTTLE**
>
> X.C. TAN, Z.G. ZHANG, W.X. CUI, M.J. MA,
>
> T.L. HU, H.CHENG, X.CUI and X.P. ZHEN
>
> *Lan Zhou Institute of Physics*

**9-B-3. DEVELOPMENT OF THE EXPERIMENTAL FACILITIES FOR**

> **MICROGRAVITY RESEARCH IN SPACE**
>
> H.X. GONG and H.Y. WANG
>
> *Shanghai Institute of Technical Physics*

#### 9-B-4. DEVELOPMENT OF GRADIENT HEATING FURNACE (GHF )

> T. KUWATAA and T. IKEDAB
>
> *A Ishikawajima-harima Heavy Industries Co., Ltd.*
>
> *B National Space Development Agency of Japan*

#### 9-B-5. DEVELOPMENT OF ADVANCED FURNACE FOR MICROGRAVITY 

> **EXPERIMENT WITH X-RAY RADIOGRAPHY ( AFEX )**
>
> G. FUJIIA and T. IKEDAB
>
> *A NEC corporation B National Space Development Agency of Japan*

**11:10-12:40**

***Room B* Experimental Technology IV**

Co-Chairs : G. FUJII and W.-T. NI

**9-B-6. CREATION OF HIGH-SIZE SPACE STATION BY POLYMERIZATION**

> **OF COMPOSITE MATERIALS IN FREE SPACE**
>
> A. KONDYURINA, G. MESYATSB and Y. KLYACHKINA
>
> *A Institute of Technical Chemistry B Institute of Electrophysics*

**9-B-7. THE STABLE MICROGRAVITY SYSTEM FLIGHT RESULTS AND**

> **APPLICATIONS**
>
> B.W. WILSON, R.L. BOUCHER and D.L. EDBERG

###### The Boeing Company 

**9-B-8. ASTRODYNAMICAL REALIZATIONS OF ULTRA HIGH PRECISION**

> **TESTS OF RELATIVISTIC GRAVIY USING OPTICAL DEVICES *( Invited )***
>
> [W.-T. NI]{.underline}
>
> *Center for Gravitation and Cosmology, Department of Physics,*
>
> *National Tsing Hua University*

**9-B-9. DESIGN AND DEVELOPMENT OF A SEMICONDUCTOR BASED**

> **TEMPERATURE SENSING ARRAY FOR USE IN BOILING HEAT**
>
> **TRANSFER**
>
> J. KIM, M. WHITTEN and R.W. QUINE

###### University of Denver, Dept. of Engineering 

***Thursday, July 9***

**9:00-9:40**

***Room C* Fundamental Physics III**

Chair : S.T. CHUI

**9-C-1. APPLICATION OF HIGH-RESOLUTION FREQUENCY**

> **MEASUREMENTS TO STUDIES OF CRITICAL PHENOMENA IN**
>
> **HELIUM**
>
> N.-C.YEHA, W. JIANGB and D.M. STRAYERB
>
> *A Department of Physics, California Institute of Technology*
>
> *B Jet Propulsion Laboratory California Institute of Technology*

**9-C-2. TEMPERATURE PROPAGATIONS AND CLUSTER STRUCTURES IN A**

> **NEAR-CRITICAL FLUID**
>
> T. MAEKAWA, K. ISHII and S. MASUDA
>
> *Tokyo University*

**9:40-10:40**

***Room C* G-Jitter I**

Chair : B.Q. LI

**9-C-3. INFLUENCE OF G-JITTER ON DIFFUSION COEFFICIENT**

> **MEASUREMENTS IN INTERNATIONAL SPACE STATION**
>
> S. MATSUMOTO and S. YODA

###### National Space Development Agency of Japan 

#### 

#### 9-C-4. INFLUENCE OF G-JITTER ON DIFFUSION IN LIQUID METALS AND 

> **METALLOIDS**
>
> J. ROBERT and R.W. SMITH

####### Department of Materials & Metallurgical Engineering, Queen's University

#### 

#### 9-C-5. THE INFLUENCE OF G-JITTER ON PARTICLE INCORPORATION BY 

> **AN ADVANCING SOLID / LIQUID INTERFACE**
>
> C.L. RUSSELL and R.W. SMITH
>
> Department of Materials & Metallurgical Engineering, Queen's
> University

**11:10-12:40**

***Room C* G-Jitter II**

Chair : R.W. SMITH

**9-C-6. DEVELOPMENT OF NUMERICAL SIMULATION SYSTEM ON**

> **RESIDUAL GRAVITY AND MARANGONI CONVECTION**
>
> R. IMAIA, H. NAKAMURAB, K. MURATAB, N. WATANABEB,
>
> S. TAKAHASHIC, K. NARITAC and S. YODAD
>
> *A Space Experiment Department Office, National Space Development
> Agency*
>
> *of Japan*
>
> *B Interdisciplinary Science Dept., Mitsubishi Research Institute*
>
> *C Space Systems Group, LTCB Systems Co., Ltd, Canada D NASDA*

**9-C-7. MAGNETIC DAMPING OF G-JITTER DRIVEN FLOWS: 3-D CALCULATIONS**

> D.Y. SHANGA, B.Q. LIA and H.C.de GROHB
>
> *A School of Mechanical and Materials Engineering Washington State*
>
> *University*
>
> *B NASA Lewis Research Center*

**9-C-8. LINEAR AND NONLINEAR ANALYSES OF G-JITTER INDUCED**

> **BENARD CONVECTION IN A MAGNETIC FIELD**
>
> B.Q. LI
>
> *School of Mechanical and Materials Engineering Washington State*
>
> *University*

**9-C-9. A STUDY ON BUBBLE MOTION SUBJECTED TO SIMULATED**

> **BROADBAND G- JITTER: RESULTS FROM A RECENT SHUTTLE**
>
> **FLIGHT*( Invited )***
>
> [S. FARRIS]{.underline}, K.S. REZKALLAH and J.D. BUGG
>
> *Mechanical Engineering Department, University of Saskatchewan*

***Thursday, July 9***

**14:00-15:50**

***Room A* Semiconductors I**

Chair : M. WARGO

**9-A-10. TRANSIENT GROWTH PROPERTIES OF Hg1-xCdxTe VAPOR PHASE**

> **EPITAXY UNDER NORMAL AND REDUCED GRAVITY CONDITIONS**
>
> ***( Invited )***
>
> [H. WIEDEMEIER]{.underline}, Y-R. GE and M.A. HUTCHINS
>
> *Department of Chemistry, Renesselaer Polytechnic Institute*

**9-A-11. VAPOR PHASE EPITAXY OF InGaP UNDER MICROGRAVITY IN SPACE FLYER
UNIT**

> S. OCHIA, J. TANIMURAA, H. ISHIKAWAA, Y. UEHARAA, K. MITSUIB and
> H.SAKAIC
>
> *A Mitsubishi Electric Co. Advanced Technology R&D Center*
>
> *B Mitsubishi Electric Co. Optoelectronics & Microwave Devices Lab.*
>
> *C Institute for Unmanned Space Experiment Free Flyer (USEF)*

**9-A-12. CHEMICAL VAPOR DEPOSITION AT HIGH PRESSURE IN A MICROGRAVITY
ENVIRONMENT**

> K.J. BACHMANN, S. LeSURE and S. McCALL
>
> *Department of Materials Science and Engineering and Department of*
>
> *Chemical Engineering, North Carolina State University*

**9-A-13. GROWTH OF HOMOGENEOUS SEMICONDUCTOR CRYSTALS IN MICROGRAVITY**

> K. KINOSHITAA,B ,H. KATOB and S. YODAB
>
> *A NTT Basic Research Laboratories*
>
> *B National Space Development Agency of Japan*

**9-A-14. THE ORIGIN AND TIME DEPENDENCE OF THE AMOUNT AND COMPOSITION
OF NON**

> **CONSTITUENT GASES PRESENT IN CRYSTAL GROWTH SYSTEMS**
>
> W. PALOSZ
>
> *USRA / NASA -- MSFC*

**16:10-17:50**

***Room A* Semiconductors II**

Chair : K. KINOSHITA

**9-A-15. CRYSTAL GROWTH OF CdTe UNDER MICROGRAVITY ENVIRONMENT**

> T. IINOA, H. MATSUMOTOA, T. KAJIGAYAA, A. TANAKAA
>
> and H. SAKAIB
>
> *A Research & Development Center, Electronics Div.,*
>
> *Sumitomo Metal Mining Co., Ltd.*
>
> *B Institute for Unmanned Space Experiments Free Flier*

**9-A-16. CRYSTALS FOR NON LINEAR INFRARED APPLICATIONS: GRAVITY EFFECTS
ON**

> **THE GROWTH AND OPTICAL PROPERTIES OF CHALCOPYRITE SINGLE CRYSTALS**
>
> O. BRISSONA, B, J. C.LAUNAYA, C and A. SIMONNETA
>
> *A Action Aquitaine de Recherche en Apesanteur (3AR)*
>
> *B Electrotechnical Lab.*
>
> *C Institut de Chimie de la Matière Condensée de Bordeaux
> (ICMCB/CNRS)*

**9-A-17. STUDIES ON STOICHIOMETRY IN SI-GaAs GROWN IN SPACE**

> L.Y. LIN, X.R. ZHONG and N.F. CHEN
>
> *Laboratory of Semiconductor Materials Science, Institute of*
>
> *Semiconductors, CAS*

**9-A-18. OM AND TEM OBSERVATIONS OF Ge SOLIDIFIED FROM MELT**

> **UNDER SHORT -TIME MICROGRAVITY CIRCUMSTANCES**
>
> T. TSURUEA, Y. NAKATAA, H. NAGAIA, M. SUZUKIA, J.-F. DESPRÉSB,
>
> O. ODAWARAB and T. OKUTANIA
>
> *A Hokkaido National Industrial Research Institute*
>
> *B Tokyo Institute of Technology*

**9-A-19. COMPARATIVE TERRESTRIAL AND MICROGRAVITY CRYSTAL GROWTH OF
DOPED**

> **GALLIUM AND INDIUM ANTIMONIDE USING MIM / QUELD**
>
> R.F. REDDENA, N. AUDETA and W.F. MICKLETHWAITEB
>
> *A Amistar Research Inc., Canada B Firebird Semiconductors Ltd.,
> Canada*

***Thursday, July 9***

**14:00-15:40**

***Room B* Experimental Technology V**

Chair : H.C. de GROH III

**9-B-10. NEW GENERATION LASER LIGHT SCATTERING PROBES: PARTICLE SIZE
MEASUREMENTS**

> **IN TANSPARENT AND TURBID MEDIA AND MEDICAL APPLICATIONS**
>
> R.R.ANSARI
>
> *NASA Lewis Research Center*

**9-B-11. REQUIREMENTS AND ADVANCES IN MICROGRAVITY COMBUSTION
DIAGNOSTICS**

> P.S. GREENBERG and K.J. THAILAND

###### Microgravity Science Division, NASA-Lewis Research Center

**9-B-12. RESULT OF SHORT DURATION MICROGRAVITY EXPERIMENT OF BUBBLE
REMOVAL USING**

> **SWIRLING FLOW FROM COOLING WATER**
>
> K. KUWAHARAA, T. OKAA, S. MATSUNOA, T. MOTOMURAA, N.SAITOA, T. SATOB
> and M. KANAMURAC
>
> *A Ishikawajima-Harima Heavy Industries Co.,Ltd.*
>
> *B National Space Development Agency of Japan*
>
> *C Japan Space Utilization Promotion Center*

**9-B-13. THE ITALIAN EXPERIMENT ON THERMOCAPILLARY BUBBLE MIGRATION
ON-BOARD THE LMS MISSION**

> A. VIVIANI and C.GOLIA
>
> *Sedonda Università di Napori, Dipartimento di Ingegneria
> Aerospaziale*

**9-B-14. INTRODUCTION OF NATIONAL MICROGRAVITY LABORATORY**

L.Q. TIAN and W.R. HU

*National Microgravity Laboratory, CAS*

**16:10-17:10**

***Room B* CE: Thermophysical Properties**

Chair : T. HIBIYA

**9-B-15. STUDY ON THE THERMOPHYSICAL PROPERTIES OF CsI:Tl**

> **CRYSTALS**
>
> D.Z. SHEN, G.H. REN, S.H. WANG, Q. DENG, H. WU and Z.W. YIN
>
> *Shanghai Institute of Ceramics, Chinese Academy of Sciences*

**9-B-16. PRECISE MEASUREMENTS OF DIFFUSION COEFFICIENT OF MOLTEN STATE
MATERIALS UNDER**

> **MICROGRAVITY AND MODELING OF MASS TRANSPORT PHENOMENA FROM A
> MICROSCOPIC VIEW**
>
> T. MASAKIA, T. OIDAA, H. ODAA, S. MATSUMOTOA, S. YODAA,
>
> A. SHISAB, S. AMANOB, M. KANEKOB, T. ITAMIA, D and H. AOKID
>
> *A National Space Development Agency of Japan*
>
> *B Ishikawajima-Harima Heavy Industries Co.,Ltd.*
>
> *C Ishikawajima Jet Service Co.,Ltd.*
>
> *D Hokkaido University*

**9-B-17. THERMAL CONDUCTIVITY MEASUREMENT OF MERCURY BY THE HOT DISK
METHOD**

> **UNDER SHORT-TIME MICROGRAVITY**
>
> H. NAGAIA, F. ROSSIGNOLA, Y. NAKATAA, T. TSURUEA,
>
> M. SUZUKIA, T. OKUTANIA and O. ODAWARAB
>
> *A Hokkaido National Industrial Research Institute*
>
> *B Tokyo Institute of Technology*

**14:00-15:40**

***Room C* Protein Crystal Growth I**

Chair : N. NIIMURA

**9-C-10. COMPARATIVE STUDIES ON STRUCTURES OF SPACE - AND GROUND -
GROWN PROTEIN CRYSTALS**

> R.-C. BI, J. DONG, J.-S. PAN and Y.-P. WANG
>
> *Institute of Biophysics, CAS*

**9-C-11. CONCENTRATION FIELD AROUND A GROWING CRYSTAL UNDER
MICROGRAVITY**

> S. MIYASHITA, K. KURIHARA, K. HASEGAWA, G. SAZAKI,
>
> T. NAKADA, S.D. DURBIN and H. KOMATSU
>
> *Institute for Materials Research, Tohoku University*

***Thursday, July 9***

**9-C-12. OPTIMIZATION OF PROTEIN CRYSTALLIZERS USED IN SPACE**

> H.-X. CANG, Z.-Y. SHU, Y.-P. WANG and R.-C. BI
>
> *Institute of Biophysics, CAS*

**9-C-13. INFLUENCES OF MICROGRAVITY ON PROTEIN CRYSTAL**

> **GROWTH**
>
> S. AIBARAA, A. SUZUKIB, K. SHIBATAC and T. YAMANEB
>
> *A Research Institute for Food Science, Kyoto University*
>
> *B Graduate School of Engineering, Nagoya University*
>
> *C School of Human Cultures, The University of Shiga Prefecture*

**9-C-14. PROTEIN CRYSTAL GROWTH UNDER VIRTUALLY REDUCED**

> **GRAVITY THAT IS REALIZED BY MAGNETIC FORCE**
>
> M. ATAKA, S. SAKURAZAWA and T. KUBOTA
>
> *National Institute of Bioscience and Human-Technology*

**16:10-17:50**

***Room C* Protein Crystal Growth II**

Co-Chairs : R.C. BI and P. GREGORY

**9-C-15. MELTING RATE OF TETRAGONAL HEN EGG-WHITE LYSOZYME**

**CRYSTAL UNDER MICROGRAVITY**

N. NIIMURAA, K. KURIHARAA and M. ATAKAB

*A Advanced Science Research Center, Japan Atomic Energy Research*

> *Institute*

*B National Institute of Bioscience and Human-Technology*

**9-C-16. PROTEIN CRYSTALLIZATION USING THERMAL GRADIENTS**

> R.F. REDDENA, L. VONGUYENA, N. AUDETA and G. BUSHNELL
>
> *A Amistar Research Inc.,Canada B University of Victoria*

**9-C-17. CANADIAN PROTEIN CRYSTALLIZATION EXPERIMENT ON**

> **THE MIR SPACE STATION**
>
> J. SYGUSCHA, H. MONIZA, S. TETREAULTA, R. SWEETB,
>
> A. BERINSTAINC and P. GREGORY
>
> *A Biochimie/Medecine, Univ. de Montreal*
>
> *B Brookhaven National Lab of Biology*
>
> *C Microgravity Sciences Program, Canadian Space Agency*

**9-C-18. THE MICROGRAVITY CRYSTALLIZATION COUPLED WITH THE**

> **SYNCHROTRON RADIATION DIFFRACTIOMETORY ON PROTEINS,**
>
> **3-ISOPROPYLMALATE DEHYDROGENASE AND ADRENODOXIN**
>
> **REDUCTASE**
>
> H. MORIYAMAA, B, T. KUMASAKAC, E. YAMASHITAD and
>
> M. YAMAMOTOC
>
> *A Tokyo Institute of Technology*
>
> *BJapan Synchrotron Radiation Research Institute*
>
> *C The Institute of Physicsl and Chemical Research*
>
> *D Institute for Protein Research, Osaka University*

**9-C-19.** **MICROGRAVITY CRYSTALLZATION OF JEL42 FAB FRAGMENT**

> L.T.J. DELBAERE, J.W. QUAIL, L. PRASAD and U. PUGAZHENTHI
>
> *Department of Biochemistry and Chemistry, University of Saskatchewan*

***Friday, July 10***

**9:00-10:40**

***Room A* Solidification**

Chair : R. RHOME

**10-A-1. DETACHED SOLIDIFICATION**

> L.L.REGEL and W.R.WILCOX
>
> *International Center for Gravity Materials Science and Applications,*
>
> *Clarkson University*

**10-A-2. UTILIZING VIBRATION TO PROMOTE UNIFORM COMPOSITE GROWTH
DURING**

> **DIRECTIONAL SOLIDIFICATION OF HYPERMONOTECTIC ALLOYS**
>
> S. KIMA and R.N. GRUGELB
>
> *A Hoseo University, Dept. of Materials Science and Engineering*
>
> *B Universities Space Research Association, Marshall Space Flight
> Center*

**10-A-3. PARTICLE ENGULFMENT AND PUSHING BY SOLIDIFYING**

> **INTERFACES LMS MISSION RESULTS**
>
> F.R. JURETZKOA, A.V. CATALINAA, D.M. STEFANESCUA,
>
> B.K. DHINDAWA, S. SENB, P.A. CURRERIC and J. MULLINS
>
> *A The University of Alabama B Univ. Space Research Assoc.,*
>
> *C NASA, Marshall Space Flight Center*

**10-A-4. DENDRITE SOLIDIFICATION IN A BINARY LIQUID UNDER MICROGRAVITY
CONDITIONS**

> L.C. CHIEN
>
> *Institute of Physics, Academia Sinica*

**10-A-5. RAPID SOLIDIFICATION OF Ag-Si EUTECTIC ALLOYS IN DROP TUBE**

> C.D. CAO, N. WANG and B. WEI

####### Department of Applied Physics, Northwestern Polytechnical University 

**11:10-13:00**

***Room A* Phase Transformation I**

Chair : T. NISHINAGA

**10-A-6. EXTRENAL FIELDS FOR FLOATING ZONE GROWTH OF SEMICONDUCTORS:**

> **THE USE OF MAGNETIC FIELDS AND MICROGRAVITY *( Invited )***
>
> [K.W- BENZ]{.underline} and A. CROELL
>
> *Kristallographisches Institut, Universitaet*

**10-A-7. INVESTIGATION OF LIQUID-PHASE PHENOMENA IN MOLTEN ALUMINA
-YTTRIA MATERIALS**

> R. WEBER, B. CHO and P. NORDINE
>
> *Containerless Research, Inc.,*

**10-A-8. METASTABLE PHASE SEPARATION OF Fe50 Cu50 HYPOPERITECTIC**

> **ALLOY UNDER SPACE SIMULATION CONDITIONS**
>
> X.Y. LU, C.D. CAO and B. WEI
>
> *Department of Applied Physics, Northwestern Polytechnical University*

**10-A-9. MEASUREMENT OF GROWTH RATE AND SUPERSATURATION IN**

> **MICROGRAVITY -FLUCTUATING GROWTH RATE**
>
> K. TSUKAMOTOA, E. YOKOYAMAB, S. MARUYAMAC, K. MAIWAD,
>
> K. SHIMIZUE,R.F. SEKERKAF, Y. MORITAG and S. YODAH
>
> *A Faculty of Science, Tohoku University*
>
> *B Department of KANSEI Design and Engineering, Yamaguchi University*
>
> *C Institute of Fluid Science, Tohoku University*
>
> *D National Institute for Metals, Sengen*
>
> *E Department of Applied Chemistry and Molecular Science, Iwate
> University*
>
> *F Physics and Mathematics, Carnegie Mellon University*
>
> *G JSUP H NASDA*

**10-A-10. MATHEMATICAL STUDY OF DOPE DISTRIBUTION IN SUBMERGED HEATER**

> **METHOD WITH AND WITHOUT ROTATION**
>
> N.G. BOURAGO, A.I. FEDYUSHKIN and V.I. POLEZHAEV
>
> *The Institute for Problems in Mechanics, Russian Academy of Science*

***Friday, July 10***

**9:00-10:40**

***Room B* CE: Colloid and Particles**

Chair : B. CARPENTER

**10-B-1. SEDIMENTATION OF COLLOIDAL PARTICLES IN POLYMER SOLUTIONS**

> P. TONG
>
> *Department of Physics Oklahoma State University*

**10-B-2. GROWTH OF COLLOIDAL CRYSTALS UNDER MICROGRAVITY**

> M. ISHIKAWAA and T. OKUBOB
>
> *A Mitsubishi Research Inst., Inc. B Gifu Univ.*

**10-B-3. COLLOIDAL FORMATION AND COLLOIDAL CRYSTALLIZATION IN A
MICROGRAVITY**

> T. OKUBOA, A. TSUCHIDAA, T. OKUDAA, K. FUJITSUNAA,
>
> K. KOBAYASHIA, A. KUNOA, M. ISHIKAWAB, T. MORITAC,
>
> M. FUJISHIMAC, T. TADAD, K. OHTAD and Y. KOHNOE
>
> *A Department of Applied Chemistry, Gifu University*
>
> *B Mitsubishi Research Institute Inc., C Japan Space Utilization
> Center*
>
> *D Nissan Motor Co., Ltd. E Mitsubishi Heavy Industries Co., Ltd.*

**10-B-4. A STUDY OF GRAVITATIVE INFLUENCE ON COAGULATION OF**

> **COLLOID SYSTEM BY DENSITY-MATCH METHOD**
>
> Z.W. SUN, X.C. DONG and R.L. QIAO
>
> *Institute of Mechanics, Chinese Academy of Sciences*

**10-B-5. SEGREGATION OF PARTICLES IN A NEARY PACKED ROTATING CYLINDER**

> M. NAKAGAWAA, J. MOSSA and S.A. ALTOBELLIB
>
> *A Perticulate Science & Technology Group, Division of Engineering,*
>
> *Colorado School of Mines*
>
> *B The New Mexico Resonance*

**11:10-12:30**

***Room B* CE: Transport Phenomena in Reactors**

Chair : N. IMAISHI

**10-B-6. CELL FUNCTION AND TISSUE GROWTH IN BIOREACTORS:**

> **FLUID-MECHANICAL AND CHEMICAL ENVIRONMENTS**
>
> ***( Invited )***
>
> [G.P. NEITZEL]{.underline}A, R.M. NEREMA, B, C, A. SAMBANISB, C,M.K.
> SMITHA,
>
> T.M.WICKB, C, J.B. BROWNA, C. HUNTERA, I. JOVANOVICB,
>
> P. MALAVIYAA, S. SANIB and S. TANB
>
> *A The George W.Woodruff School of Mechanical Engineering,*
>
> *Georgea Inst. Tech.*
>
> *B Petit Institute of Bioengineering and Bioscince, Georgia Inst.
> Tech.*
>
> *C School of Chemical Engineering, Georgia Inst. Tech.*

**10-B-7. THREE-DIMENSIONAL SIMULATION OF THE GROWTH OF InP IN**

> **AN MOCVD REACTOR**
>
> S. LOWRYA, A. KRISHNANA and I. CLARKB
>
> *A CFD Research,Corporation B NASA Langley Research Center*

**10-B-8. TRANSIENT BEHAVIOR OF GAS FLOW AND HEAT TRANSFER IN A**

> **HORIZONTAL FLOW CHANNEL LOCALLY HEATED FROM BELOW**
>
> **UNDER MICROGRAVITY**
>
> H. ARIMAA, S. MORIYAMAA, K. TANOUEA, T. SATOB, N. IMAISHIB,
>
> T.S. MORITAC, H. KAWASAKIC and H. KATOD
>
> *A Interdisciplinary Graduate School of Eng.Sci.,Kyushu Univ.*
>
> *B Institute of Advanced Material Study,Kyushu Univ.*
>
> *C Japan Space Utilization Promotion Center*
>
> *D National Space Development Agency of Japan*

**10-B-9. TRANSIENT AND TURBULENT MASS TRANSFER IN ROTATING**

> **SHALLOW ELECTROCHEMICAL CELLS**
>
> F.-B. WENG, Z. CHENG, Y. KAMOTANI and S. OSTRACH
>
> *Department of Mechanical and Aerospace Engineering, Case Western
> Reserve University*

***Friday, July 10***

**9:00-10:40**

***Room C* Life Sciences/Facility**

Chair : T. OHNISHI

**10-C-1. ANNOUNCEMENT OF THE PANEL DISCUSSION AND ITS GUIDANCE**

> G.M. MALACINSKIA and K.IJIRIB
>
> *A Department of Biology, Indiana University*
>
> *B Radioisotope Center, University of Tokyo*

**10-C-2. FIXATIVES APPLICABLE TO BIOLOGICAL EXPERIMENTS IN SPACE**

> J. GYOTOKUA, H.K. NAKAMURAB, Y. NAKAMURAC, S. AIZAWAC and M. TAKAOKIA
>
> *A Mitsubishi Heavy Industries Ltd., Kobe*
>
> *B Mitsubishi Heavy Industries Ltd., Takasago; C National Space
> Development Agency*

**10-C-3. WATER PURIFICATION SYSTEM FOR THE LONG-TERM**

> **EXPERIMENT WITH AQUATIC ANIMALS IN THE SPACE STATION**
>
> H.K. NAKAMURAA, N. OGAWAA, S. UCHIDAB and M. TAKAOKIB
>
> *A Takasago Research and Development Ctr.,*
>
> *Mitsubishi Heavy Industries,Ltd.,Hyogo*
>
> *B Space Engineering Dept., Mitsubishi Heavy Industries, Ltd., Hyogo*

**10-C-4. DEVELOPMENT OF SPACE-USE BIOFILTER FOR AQUATIC ANIMALS**

> R. SHIMURA and S. MOTOKI
>
> *Advanced Engineering Services, Tsukuba*

**10-C-5. THE DEVELOPMENT OF AN ARTIFICIAL ECOSYSTEM - FIRST**

> **STEP TORWARDS A \"BIOLOGICAL EXPERIMENTATION FACILITY - BEF\"**
>
> ***(invited)***
>
> [K.SLENZKA]{.underline}
>
> *OHB-System, Bremen, Germany*

**11:10-12:10**

***Room C* Life Sciences/Vestibular Function**

Chair : K. SLENZKA

**10-C-6. ANALYSIS OF A MUTANT MEDAKA FISH HAVING A DEFICIENCY IN
OTOLITH-VESTIBULAR SYSTEM**

> K. IJIRI
>
> *Radioisotope Center, University of Tokyo*

**10-C-7. EYE MOVEMENT OF GOLDFISH DURING LINEAR ACCELERATION**

> A. TAKABAYASHIA and S. MORIB
>
> *A School of Health Sciences, Fujita Health University*
>
> *B Research Institute of Environmental Medicine, Nagoya University*

**10-C-8. SIMULATED STUDY ON WEIGHTLESS ILLUSORY SENSATION**

> **INFLUENCE OF VESTIBULAR STIMULI ON VECTION**
>
> T.D. YANG and J.S. PEI
>
> *Institute of Space Medico-Engineering, China*

**12:10-12:40**

***Room C* Life Sciences/Recent Flight**

Chair : R.R. ROY

**10-C-9. NEUROLAB REPORT ON RAT BABIES(1)**

> T. SHIMIZU.
>
> *Department of Physiology, Fukushima Medical College*

**10-C-10. NEUROLAB REPORT ON RAT BABIES(2)**

> H. WAKI
>
> *Department of Physiology, Fukushima Medical College*

**10-C-11. NEUROLAB REPORT ON RAT BABIES(3)**

> M. YAMASAKI
>
> *Department of Physiology, Fukushima Medical College*

***Friday, July 10***

**14:00-15:40**

***Room A* Phase Transformation II**

Chair : K. KURIBAYASHI

**10-A-11. TERNARY EUTECTIC GROWTH IN UNDERCOOLED BULK**

> **Ag-Cu-Sb ALLOY**
>
> J.R. GAO, J.B. LI and B. WEI

####### Department of Applied Physics, Northwestern Polytechnical University 

**10-A-12. NUMERICAL MODELING OF PHYSICAL VAPOR TRANSPORT IN**

######### "CONTACTLESS" CRYSTAL GROWTH GEOMETRY

> W. PALOSZA, S. LOWRYB, A. KRISHNANB, A. PRZEKWASB
>
> and K. GRASZAC
>
> *A USRA / NASA -- MSFC B CFD Research Inc. C IFPAS*

**10-A-13. CHARACTERIZATION OF INDIUM ANTIMONIDE ALLOY**

> **SOLIDIFIED THROUGH SUPERCOOLING STATE ON THE**
>
> **EXPERIMENT OF ELECTROMAGNETIC LEVITATOR AND**
>
> **MICROGRAVITY CONDITION**
>
> H. MINAGAWA, K. SHIMOKAWA and Y. SUZUKI

####### Hokkaido National Industrial Research Institute

**10-A-14. PROSPECTS FOR THE SYNTHESIS OF NANOPARTICLES AND GAS**

> **PHASE POLYMERIZATION IN MIICROGRAVITY**
>
> M.S. El-SHALL

###### Department of Chemistry, Virginia Commonwealth University 

**10-A-15. SELF-PROPAGATING HIGH-TEMPERATURE SYNTHESIS(SHS)**

> **UNDER MICROGRAVITY**
>
> A.G. MERZHANOV, A.S. ROGACHEV, V.N. SANIN,
>
> V.A. SCHERBAKOV, A.E.SYTSCHEV and V.I.YUKHVID
>
> *Institute of Structural Macrokinetics*

**16:10-17:50**

***Room A* Mass Transport**

Chair : O.ODAWARA

**10-A-16. THE CONSTITUTIONAL SUPERCOOLING BEHAVIOR DURING**

> **DIRECTIONAL SOLIDIFICATION OF InXGa1-XAs**
>
> H.T. KATOA, K. KINOSHITAA, B and S. YODAA
>
> *A Space Utilization Research Center, National Space Development
> Agency*
>
> *of Japan*

*B NTT Basic Research Laboratories*

#### 10-A-17. DISPERSED-PHASE PARTICLE MIGRATION IN A TEMPERATURE 

> **GRADIENT**
>
> C.B. ALCOCK, V. ITKIN and J. BUTLER
>
> *Department of Metallurgical and Materials Science, University of
> Toronto*

**10-A-18. VOID MANAGEMENT IN MEPHISTO AND OTHER SPACE**

> **EXPERIMENTS**
>
> H.C. de GROH III and J.C. JOHNSTON

###### NASA Lewis Research Center 

**10-A-19. EXPERIMENTAL EVIDENCE ON THE THEORY OF IMPURITY**

> **SEGREGATION IN MICROGRAVITY FROM SPACE CRYSTAL GROWTH**
>
> W.C. CHENA, Z.H. MAIA and K. KOTOB
>
> *A Institute of Physics, Chinese Academy of Sciences*
>
> *B Institute for Hydrospheric and Atmospheric Science,*
>
> *Nagoya University*

**10-A-20. MASS TRANSPORT IN Ag-Cu BINARY ALLOY UNDER**

> **MICROGRAVITY AND ON GROUND**
>
> Y.X. ZHUANG, X.M. ZHANG, L.H. ZHU, X.X. ZHANG, H.C. YANG
>
> and Z.Q.HU
>
> *Institute of Metal Research, CAS*

***Friday, July 10***

**14:00-15:40**

***Room B* CE: Marangoni Instability in Fluid Layers**

Chair : V.I. POLEZHAEV

**10-B-10. PATTERN FORMATION AND FLOW INSTABILITIES IN BENARD-MARANGONI
CONVECTION**

> S. RAHAL, S. YOSHIHARA, M. OHNISHI and H. AZUMA
>
> *National Aerospace Laboratory*

**10-B-11. THERMOCAPILLARY OVERSTABILITY AND EXCITATION OF SURFACE
WAVES**

> R.V. BIRIKHA, V.A. BRISKMANB and M.G. VELARDEC
>
> *A Perm State Pedagogical University*
>
> *B Institute of Continuous Media Mechanics*
>
> *C Institute Pluridisciplinar, Universidad Complutense*

**10-B-12. INFLUENCE OF THE COUPLING OF THE SURFACE TENSION AND**

> **BUOYANCY ON BENARD-MARANGONI CONVECTION**
>
> Q. KANG and W.R. HU
>
> *National Microgravity Laboratory, CAS*

**10-B-13. THE THERMOCAPILLARY AND CONCENTRATIONAL- CAPILLARY
CONVECTION**

> **BY HIGH FREQUENCY VIBRATION IN WEIGHTLESSNESS AND MICROGRAVITY**
>
> S. ZENKOVSKAYA and A. SHLEYKEL

###### Rostov State University

######  

**10-B-14. LIQUID EQUILIBRIUM INSTABILITY AND OVERCRITICAL CONVECTION
CAUSED BY**

> **THE MARANGONI EFFECT ON FREE SURFACE PARTIALLY COVERED BY SOLID
> ELEMENTS**
>
> R.V. BIRIKHA, V.A. BRISKMANB, O.E. SHKLYAEVB
>
> and M.G. VELARDEC
>
> *A Perm State Pedagogical University*
>
> *B Institute of Continuous Media Mechanics*
>
> *C Institute Pluridisciplinar, Universidad Complutense*

**16:10-17:50**

***Room B* CE: Crystal Growth**

Chair : H. WIEDEMEIER

**10-B-15. OSCILLATORY FLOW OF MOLTEN SILICON IN A HALF ZONE
CONFIGURATION**

> S. NAKAMURAA, T. HIBIYAA, N. IMAISHIB, S. YODAC
>
> and M.KOYAMAD
>
> *A NEC B Kyushu University C NASDA*
>
> *D Japan Space Utilization Promotion Center*

**10-B-16**. **UTILIZING A MICROGRAVITY ENVIROMENT TO INVESTIGATE
THERMOCAPILARY FLOW**

> **AND PROMOTE MICROSTRUCTURAL UNIFORMITY DURING FLOATING ZONE CRYSTAL
> GROWTH**
>
> R.N. GRUGELA, C.P. LEEB, A.V. ANILKUMARB, T.G. WANGB,
>
> X.F. SHENB and A. CRÖLLC
>
> *A Universities Space Research Association, Marshall Space Flight
> Center*
>
> *B Vanderbilt University C Kristallographisches Institute*

**10-B-17. DOUBLE-DIFFUSIVE CONVECTION UNDER MICROGRAVITY CONDITIONS
NUMERICAL**

> **MODELING WITH AND WITHOUT OBERBECK-BOUSSINESQ APPROXIMATION.**
>
> A.V. BUNEA, D.C. GILLIESB and S.L. LEHOCZKYB
>
> *A USRA B Space Science Laboratory, NASA Marshall Space Flight Center*

**10-B-18. DEPENDENCE OF DISSOLUTION AND GROWTH PROCESSES OF**

> **COMPOUND SEMICONDUCTORS ON CRYSTAL SURFACE ORIENTATIONS**
>
> T. KIMURAA, Y. HAYAKAWAA, T. OZAWAB, Y. OKANOC,
>
> A. HIRATAD, M. MIYAZAWAC, N. IMAISHIE, K. ARAFUNED,
>
> T. YAMAGUCHIA and M. KUMAGAWAA
>
> *A Research Institute of Electronics, Shizuoka University; B Shizuoka
> Institute of Science and Technology*
>
> *C Faculty of Engineering, Shizuoka University; D School of Science
> and Engineering, Waseda University*
>
> *E Institute of Advanced Material Study, Kyushu University*

**10-B-19. MEASUREMENT OF DIFFUSION FIELD AND CRYSTAL GROWTH RATE FROM
SOLUTION**

> **IN MICROGRAVITY AND NORMAL GRAVITY**
>
> S. MARUYAMAA, J. YABANAA, N. SUMIA, A. KOMIYAA, K. TSUKAMOTOB, K.
> SHIMIZUC and M. FUJISHIMAD
>
> *A Institute of Fluid Science, Tohoku University ; B School of
> Science, Tohoku University,*
>
> *C Department on Applied Chemistry and Molecular Science, Iwate
> University*
>
> *D Japan Space Utilization Promotion Center*

**14:00-15:40**

***Room C* Life Sciences/Cells and Embryos**

Chair : M. ASASHIMA

**10-C-12. MIMICRY OF MICROGRAVITY EFFECTS FOR THREE DIMENSIONAL TISSUE
CULTURE**

> M.F. FENG, J.M. HE and Q. CAO
>
> *Institute of Zoology, Academy Sinica*

**10-C-13. CELL GROWTH, CELL DIFFERENTATION AND MORPHOLOGY**

> **OF *DICTYOSTELIUM* *DISCOIDEUM* IN SPACE ENVIRONMENT**
>
> T. OHNISHIA, A. TAKAHASHIA, T. NAKANOB and S. NAGAOKAB
>
> *A Department of Biology, Nara Medical University,*
>
> *B Space Experiment Department, National Space Development Agency of
> Japan*

**10-C-14. EMBRYONIC DEVELOPMENT IN THE EGGS OF THE SILKWORM,**

> ***BOMBYX MORI*, EXPOSED TO THE SPACE ENVIRONMENT**
>
> T. FURUSAWAA, E. KOTANIA, M. ICHIDAA, Y. SUGIMURAA, H. YAMANAKAB, S.
> TAKAHASHIC,
>
> M. FUKUIC, K. KOGURED, T. WATANABEA, M. IKENAGAE, B. SAKAGUCHIF and H.
> FUJIIG
>
> *A Dept.of Applied Biology, Kyoto Institute of Technology*
>
> *B LTCB Systems Co.Ltd. Space Systems Department CNASDA*
>
> *D Japan Space Forum E Radiation Biol. Center, Kyoto Univ.*
>
> *F Fukuoka city G Inst. Genetic Resources, Kyushu Univ.*

**10-C-15. EMBRYOS IN MICROGRAVITY : PAST, PRESENT, AND FUTURE**

> ***( Invited )***
>
> [G.M. MALACINSKI]{.underline}

####### Department of Biology, Indiana University

**16:10-17:50**

***Room C* Life Sciences/Muscle**

Chair : T.D. YANG

**10-C-16. EFFECT OF SPACEFLIGHT ON THE NEUROMUSCULAR CONTROL**

> **SYSTEM OF A NON-HUMAN PRIMATE: A MULTIFACETED APPROACH *( invited
> )***
>
> [R.R. ROY]{.underline}, J.A. HODGSON, M.R. RECKTENWALD, S. RIAZANSKI,
> I. KOZLOVSKAYA and V.R. EDGERTON
>
> *Brain Research Institute, UCLA*

**10-C-17. MUSCLE VOLUME CHANGES AFTER LONG DURATION SPACE FLIGHT**

> A. LEBLANCA, V. SINITSYNB, C. LINA, R. ROWEA, H. EVANSA,
>
> B. SHENKMANC, D. FEEBACKD and L. SHACKELFORDD
>
> *A Baylor College of Medicine,*
>
> *B Cardiology Research Center Russian Academy of Medical Sciences,*
>
> *C Institute of Biomedical Problems of Ministry of Health,, ; D
> Johnson Space Center*

**10-C-18. NEUROMUSCULAR ADAPTATION TO MICROGRAVITY IN RATS**

> Y. OHIRAA, A. ISHIHARAB, R.R. ROYC and V.R. EDGERTONC
>
> *A Department of Physiology and Biomechanics, National Institute of
> Fitness and Sports*

*B Faculty of Integrated Human Studies, Kyoto University*

*C Brain Research Institute and Department of Physiological Science,
University of California*

**10-C-19. ACCUMULATION OF TUMOR SUPPRESSOR p53 IN RAT MUSCLE**

> **AFTER A SPACE FLIGHT**
>
> X. WANGA, S. FUKUDAB, A. TAKAHASHIA, K. OHNISHIA, S. NAGAOKAC and
> T.OHNISHIA
>
> *A Nara Medical University*
>
> *B National Institute of Radiological Sciences; C National Space
> Development Agency of Japan*

**18:30-20:30 Banquet**

***Saturday, July 11***

**9:00-10:40**

***Room A* Oxides**

Chair : B. WEI

**11-A-1. CONGRUENT SOLIDIFICATION OF NdBa2 Cu3 O7-X FROM THE**

> **UNDERCOOLED MELT WITH LEVITATION METHOD**
>
> K. KURIBAYASHIA, Y. TAKAMURAA, K.NAGASHIOA
>
> and Y. SHIOHARAB
>
> *A The Institute of Space and Astronautical Science*
>
> *B Superconductivity Research Laboratory,ISTEC*

**11-A-2. PROCESSING OF POLED SECOND-ORDER NONLINEAR OPTICAL**

> **POLYMER SYSTEMS UNDER MICROGRAVITY CONDITIONS**
>
> L.H. DAOA, K. PARBHAKARA, H.M. NGUYENA, J.M. JINA, Y. SUNA,
>
> H. DITTUSB and C. EIGENBRODB
>
> *A Advanced Materials Research Laboratory, University of Quebec*
>
> *B ZARM, University of Bremen*

**11-A-3. EVAPORATION AND CONDENSATION OF Na2O-TeO2 GLASSY MELT**

> **IN LOW GRAVITY**

M. MAKIHARAA, C.S. RAYB and D.E. DAYB

> *A Optical Materials Science Section, Department of Optical
> Materials,*

*Osaka National Research Institute*

> *B Materials Research Center, University of Missouri-Rolla*

**11-A-4. CRYSTALLIZATION STUDIES IN GLASSES USING THE QUELD-II**

> **PAYLOAD AND THE MICROGRAVITY ISOLATION MOUNT**
>
> **ONBOARD THE MIR SPACE STATION**
>
> S. VARMAA, V. NIGAMB, S.E. PRASADB, R. MINHASC, A. AHMADC,
>
> and T.A. WHEATC,
>
> *A Supan Technologies Inc., Canada B Sensor Technology Limited,
> Canada*
>
> *C MTL / CANMET, Natural Resources Canada*

**11-A-5. IN SITU OBSERVATION OF HIGH TEMPERATURE OXIDE CRYSTAL**

> **GROWTH IN SPACE**
>
> W.Q. JIN, Z.H. LIU and Z.L. PAN
>
> *Shanghai Institute of Ceramics, CAS*

**11:10-12:30**

***Room A* Crystal Growth**

Chair : W.Q. JIN

**11-A-6. RAPID CRYSTAL GROWTH IN SIMULATED SPACE ENVIRONMENT**

> ***( Invited )***
>
> [B. WEI]{.underline}
>
> *Department of Applied Physics, Northwestern Polytechnical University*

**11-A-7. VISUALIZATION TECHNIQUE OF SEMICONDUCTOR GROWTH**

> **INTERFACE FROM SOLUTION IN MICROGRAVITY**
>
> Y. INATOMI and K.KURIBAYASHI
>
> *The Institute of Space and Astronautical Science*

**11-A-8. SOLIDIFICATION BEHAVIOR OF THE Al-Bi MONOTECTIC ALLOY**

> **UNDER MICROGRAVITY AND ON GROUND**
>
> L. ZHU, X. ZHANG, Y. ZHUANG and Y. LI
>
> *Institute of Metal Research, Chinese Academy of Sciences*

**11-A-9. USERS PROJECT ON THE GROWTH OF HIGH FUNCTIONAL BULK**

> **HIGH TEMPERATURE SUPERCONDUCTORS IN SPACE**
>
> M. MURAKAMIA, N. SAKAIA, S.J. SEOA, M. KANEKOA and H. SAKAIB
>
> *A ISTEC, Superconductivity Research Laboratory*
>
> *B Institute for Unmanned Space Experiment Free Flyer*

***Saturday, July 11***

**9:00-10:50**

***Room B* CE: Marangoni Convection in Liquid Bridge I**

Chair : D. SCHWABE

**11-B-1. SPACE EXPERIMENT ON THERMOCAPILLARY AND MARANGONI**

> **CONVECTIONS OF TWO LIQUID LAYER**
>
> Y.L. YAO, Q.S. LIU, F. LIU, P. ZHANG, L. HU and W.R. HU

###### Institute of Mechanics, CAS

**11-B-2. MARANGONI FLOW OF Si MELT: EXPERIMENTS IN**

> **MICROGRAVITY AND PERSPECTIVE *( Invited )***
>
> [T. HIBIYA]{.underline}A, S. NAKAMURAA, N. IMAISHIB, K. MUKAIC, K.
> ONUMAD,
>
> P. DOLDE, A. CRÖLLE and K-W. BENZE
>
> *A NEC B Kyushu University C Kyushu Institute of Technology*
>
> *D National Institute of Materials and Chemical Research*
>
> *E Universität Freiburg*

**11-B-3. NUMERICAL SIMULATION OF THREE-DIMENSIONAL**

> **MARANGONI CONVECTION IN A LIQUID BRIDGE**
>
> M. OHNISHI and H. AZUMA
>
> *Space Technology Research Group, National Aerospace Laboratory*

#### 11-B-4. OBSERVATION OF OSCILLATORY MARANGONI CONVECTION IN A LIOUID BRIDGE 

> H. KAWAMURA, N. HARADA and Y. ONO

###### Science University of Tokyo

**11-B-5. EFFECTS OF MARANGONI CONVECTION ON HEAT TRANSFER**

> **RATE IN A LIQUID BRIDGE UNDER 1G AND_G CONDITIONS_THIN**
>
> **FILM RESISTANCE THERMOMETER MEASUREMENT\_**
>
> A. KINOSHITA, M. SAKURAI and A. HIRATA
>
> *Department of Chemical Engineering, Waseda University*

**11:10-12:50**

***Room B* CE: Marangoni Convection in Liquid Bridge II**

Chair : Y.KAMOTANI

**11-B-6. MARANGONI FLOWS IN ELECTROSTATICALLY LEVITATED**

> **DROPLETS**
>
> S.P. SONG and B.Q. LI
>
> *School of Mechanical and Materials Engineering Washington State*
>
> *University*

**11-B-7. MARANGONI CONVECTION IN A LIQUID BRIDGE THAT IS HEATED**

> **BY A RING HEATER IN A FULL ZONE MODEL**
>
> M. SAKURAI, A. TAMURA, A. KINOSHITA and A. HIRATA
>
> *Department of Chemical Engineering, Waseda University*

**11-B-8. AN EXRERIMENT ON THERMOCAPILLARY CONVECTION IN A**

> **DOUBLE LIQUID COLUMN UNDER THE NORMAL GRAVITY**
>
> S. MAJIMAA, H. KAWAMURAA, F. OTSUBOB, K. KUWAHARAC
>
> and T. DOIC
>
> *A Science University of Tokyo B AES Co. C NASDA*

**11-B-9. TRANSITION TO OSCILLATORY THERMOCAPILLARY FLOW IN A**

> **HOLLOW FLOATING ZONE**
>
> D. SCHWABE and S. FRANK
>
> *I. Physical Institute University Giessen*

**11-B-10. THE THERMOCAPILLARY MULTI-ROLL-STATE IN LONG**

> **FLOATING ZONES**
>
> D. SCHWABE
>
> *I.Physical Institute University Giessen*

***Saturday, July 11***

**9:00-10:40**

***Room C* Life Sciences / Plants I**

Chair : M.F. FENG

**11-C-1. INVESTIGATION OF PLANT TISSUE CULTURES UNDER**

> **MICROGRAVITATION CONDITIONS**
>
> G. NECHITAILOA and A. MASHINSKYB
>
> *A Institute "Biotechnika" B Institute of Biomedical Problems*

**11-C-2. THE USE OF PLANTS FOR INDICATION OF MICROGRAVITATION**

> **CONDITIONS**
>
> A. MASHINSKYA and G. NECHITAILOB
>
> *A Institute of Biomedical Problems B Institute "Biotechnika"*

**11-C-3. MICROGRAVITY: CHALLENGE AND OPPORTUNITY FOR BIOLOGY**

> **\_PHENOMENON AND EXPLANATION OUT OF TEN YEAR'S**
>
> **STUDIES ON SPACE BIOLOGY OF MICROALGAE**
>
> Y.D. LIU, Z.L. HU, H.F. CHEN, L.R. SONG, S.YANG, H.M. LIN
>
> and L.F. DAI
>
> *Institute of Hydrobiology, The Chinese Academy of Sciences*

**11-C-4. GRAVITROPISM AND DEVELOPMENT OF ARABIDOPSIS IN**

> **MICROGRAVITY IN BIORACK : A JOINT NASA/ESA PROJECT**
>
> ***( Invited )***
>
> [J.Z. KISS]{.underline}
>
> *Department of Botany, Miami University*

**11:10-11:50**

***Room C* Life Sciences / Plants II**

Chair : J.Z. KISS

**11-C-5. INHIBITION OF GROWTH OF AZUKI BEAN AND MAIZE SEEDLINGS**

> **BY HYPERGRAVITY**
>
> K. SOGA, K. HARADA, K. WAKABAYASHI, T. HOSON
>
> and S. KAMISAKA
>
> *Department of Biology, Faculty of Science, Osaka City University*

**11-C-6. EFFECTS OF GRAVITYCOMPENSATION ON PLANT CELLS**

> C.W. MING, G.P. HZU and Y. JUN
>
> *Shanghai Institute of Plant Physiology, CAS*

**11:50-12:50**

***Room C* Panel Discussion**

Co-Chairs: G.M. MALACINSKI and K. IJIRI

**11-C-7. WHY SPACE EXPERIMENTS ? IS IT WORTHWHILE ?**

> **Panelists: M. ASASHIMA, M. YAMASHITA and others (TBD)**
>
> All the Workshop participants are welcome to speak.

***Saturday, July 11***

**12:50-**

***Room C* Closing Remarks**

Co-Chairs : H. AZUMA, M. LEE and Y.X. NIE

**T. Nishinaga**

University of Tokyo, President of Japan Sciety of Microgravity
Application

**A.E. Nicogossian**

Associate Administrator, Office of Life and

Microgravity Sciences and Applications, NASA Headquarters

**Y.A. Ossipyan**

Director, Institute of Solid State Physics, Russian Academy of Sciences

**W.R. Hu**

Institute of Mechanics, Chinese Academy of Science,

Director, National Microgravity Laboratory

***-\*- Program complete -\*-***