Transport Phenomena In Microgravity

, by Sadhal, S. S.; MICROGRAVITY TRANSPORT PROCESSES IN FLUI

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ISBN: 9781573315647 | 1573315648
Cover: Paperback
Copyright: 12/31/2004

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Supplemental Materials

Preface.

By SATWINDAR SINGH SADHAL, NAOMI CHAYEN, VIJAY K. DHIR, HARUHIKO OHTA, AND REGINALD W. SMITH

Part I: Protein Crystal Growth

Effects of Buoyancy-Driven Convection on Nucleation and Growth of Protein Crystals.

By CHRISTO N. NANEV, ANITA PENKOVA, AND NAOMI CHAYEN

(9)

Numerical Analysis of the Depletion Zone Formation Around a Growing Protein Crystal.

By HIROAKI TANAKA, KOJI INAKA, SHIGERU SUGIYAMA, SACHIKO TAKAHASHI, SATOSHI SANO, MASARU SATO, AND SUSUMU YOSHITOMI

(10)

Size and Shape Determination of Proteins in Solution by a Noninvasive Depolarized Dynamic Light Scattering Instrument.

By NAOMI CHAYEN, MATTHIAS DIECKMANN, KARSTEN DIERKS, AND PETRA FROMME

(8)

Scientific Approach to the Optimization of Protein Crystallization Conditions for Microgravity Experiments.

By IZUMI YOSHIZAKI, HIROHIKO NAKAMURA, SEIJIRO FUKUYAMA, HIROSHI KOMATSU, AND SHINICHI YODA

(20)

High Resolution Imaging as a Characterization Tool for Biological Crystals.

By VIVIAN STOJANOFF, B. CAPPELLE, Y. EPELBOIN, J. HARTWIG, A.B. MORADELA, AND F. OTALORA

(8)

Nucleation of Insulin Crystals in a Wide Continuous Supersaturation Gradient.

By ANITA PENKOVA, IVAYLO DIMITROV, AND CHRISTO NANEV

(8)

Part II: Biotransport Phenomena

Bone Cell Survival in Microgravity: Evidence that Modeled Microgravity Increases Osteoblast Sensitivity to Apoptogens.

By M.A. BUCARO, J. FERTALA, C.S. ADAMS, M. STEINBECK, P. AYYASWAMY, K. MUKUNDAKRISHNAN, I.M. SHAPIRO, AND M.V. RISBUD

(10)

The Importance of Being Asymmetric: The Physiology of Digesta Propulsion on Earth and in Space.

By C.P. ARUN

(11)

Modeling of Phosphate Ion Transfer to the Surface of Osteoblasts under Normal Gravity and Simulated Microgravity Conditions.

By KARTHIK MUKUNDAKRISHNAN, PORTONOVO S. AYYASWAMY, MAKARAND RISBUD, HOWARD H. HU, AND IRVING M. SHAPIRO

(14)

Magnetic Microspheres and Tissue Model Studies for Therapeutic Applications.

By NARAYANAN RAMACHANDRAN AND KONSTANTIN MAZURUK

(11)

Part III: Crystal Growth and Materials Technology

The Measurement of Solute Diffusion Coefficients in Dilute Liquid Alloys: The Influence of Unit Gravity and G-Jitter on Buoyancy.

By R.W. SMITH, B.J. YANG, AND W.D. HUANG

110

(19)

Effects of Gravity on ZBLAN Glass Crystallization.

By DENNIS S. TUCKER, EDWIN C. ETHRIDGE, GUY A. SMITH, AND GARY WORKMAN

129

(9)

Space Radiation Transport Properties of Polyethylene-Based Composites.

By R.K. KAUL, A.F. BARGHOUTY, AND H.M. DAHCHE

138

(12)

The Study of Devitrification Processes in Heavy-Metal Fluoride Glasses.

By IAN R. DUNKLEY, REGINALD W. SMITH, AND SUDHANSHU VARMA

150

(8)

Effect of Magnetic Field on the Crystalline Structure of Magnetostrictive TbFe2 Alloy Solidified Unidirectionally in Microgravity.

By TAKESHI OKUTANI, YOSHINORI NAKATA, AND HIDEAKI NAGAI

158

(11)

Ground-Based Diffusion Experiments on Liquid Sn-In Systems Using the Shear Cell Technique of the Satellite Mission Foton-M1.

By SHINSUKE SUZUKI, KURT-HELMUT KRAATZ,AND GUNTER FROHBERG

169

(13)

Part IV: Boiling Phenomena

Microgravity Experiments on Boiling and Applications: Research Activity of Advanced High Heat Flux Cooling Technology for Electronic Devices in Japan.

By KOICHI SUZUKI AND HIROSHI KAWAMURA

182

(14)

Momentum Effects in Steady Nucleate Pool Boiling During Microgravity.

By HERMAN MERTE, JR

196

(21)

Development of a High-Performance Boiling Heat Exchanger by Improved Liquid Supply to Narrow Channels.

By HARUHIKO OHTA, TOSHIYUKI OHNO, FUMIAKI HIOKI, AND YASUHISA SHINMOTO

217

(18)

Numerical Simulation and Experimental Validation of the Dynamics of Multiple Bubble Merger During Pool Boiling Under Microgravity Conditions.

By H.S. ABARAJITH, V.K. DHIR, G. WARRIER, AND G. SON

235

(24)

A Study of Subcooled Pool Boiling of Water: Contact Area of Boiling Bubbles with a Heating Surface During a Heating Process.

By KOICHI SUZUKI, SAIKA TAKAHASHI, AND HARUHIKO OHTA

259

(10)

Microgravity Experiments on Phase Change of Self-Rewetting Fluids.

By YOSHIYUKI ABE, AKIRA IWASAKI, AND KOTARO TANAKA

269

(17)

Part V: Interfacial Phenomena

Unsteady Near-Critical Flows in Microgravity.

By V.I. POLEZHAEV, A.A. GORBUNOV, AND E.B. SOBOLEVA

286

(17)

Thermocapillary Migration of a Drop: An Exact Solution with Newtonian Interfacial Rheology and Stretching/Shrinkage of Interfacial Area Elements for Small Marangoni Numbers.

By R. BALASUBRAMANIAM AND R. SHANKAR SUBRAMANIAN

303

(8)

The Formation of Spikes in the Displacement of Miscible Fluids.

By N. RASHIDNIA, R. BALASUBRAMANIAM, AND R.T. SCHROER

311

(6)

Experimental Study of a Constrained Vapor Bubble Fin Heat Exchanger in the Absence of External Natural Convection.

By SUMITA BASU, JOEL L. PLAWSKY, AND PETER C. WAYNER, JR.

317

(13)

Surfactant Effect on the Buoyancy-Driven Motion of Bubbles and Drops in a Tube.

By EISA ALMATROUSHI AND ALI BORHAN

330

(12)

Part VI: Fluid Dynamics

Miscible, Porous Media Displacements with Density Stratification.

By AMIR RIAZ AND ECKART MEIBURG

342

(18)

Effect of Gravity on the Caloric Stimulation of the Inner Ear.

By MOHAMMAD KASSEMI, DIMITRI DESERRANNO, AND JOHN G. OAS

360

(11)

Gravitational Effects on Structure Development in Quenched Complex Fluids.

By V.E. BADALASSI, H.D. CENICEROS, AND S. BANERJEE

371

(12)

Density-Driven Instabilities of Variable-Viscosity Miscible Fluids in a Capillary Tube.

By ECKART MEIBURG, SURYA H. VANAPARTHY, MATTHIAS D. PAYR, AND DIRK WILHELM

383

(20)

An Experimental Study of the Richtmyer-Meshkov Instability in Microgravity.

By CHARLES. E. NIEDERHAUS AND JEFFREY W. JACOBS

403

(11)

Part VII: Acoustic, Electrostatic, and Electromagnetic Levitation

Manipulation of Fluid Objects with Acoustic Radiation Pressure.

By PHILIP L. MARSTON AND DAVID B. THIESSEN

414

(21)

Contrasting Electrostatic and Electromagnetic Levitation Experimental Results for Transformation Kinetics of Steel Alloys.

By DOUGLAS M. MATSON, DAVID J. FAIR, ROBERT W. HYERS, AND JAN R. ROGERS

435

(12)

Shape Relaxation of Liquid Drops in a Microgravity Environment.

By S.S. SADHAL, A. REDNIKOV, AND K. OHSAKA

447

(17)

Property Measurements and Solidification Studies by Electrostatic Levitation.

By PAUL-FRANÇOIS PARADIS, JIANDING YU, TAKEHIKO ISHIKAWA, AND SHINICHI YODA

464

(10)

Convection in Containerless Processing.

By ROBERT W. HYERS, DOUGLAS M. MATSON, KENNETH F. KELTON, AND JAN R. ROGERS

474

(21)

Active Electrostatic Control of Liquid Bridge Dynamics and Stability.

By DAVID B. THIESSEN, WEI WEI, AND PHILIP L. MARSTON

495

(16)

Part VIII: Space Systems

Ventless Pressure Control of Two-Phase Propellant Tanks in Microgravity.

By MOHAMMAD KASSEMI AND CHARLES H. PANZARELLA

511

(18)

Gravitational Effects on the Weld Pool Shape and Microstructural Evolution During Gas Tungsten Arc and Laser Beam Welding of 304 Stainless Steel and Al-4wt% Cu Alloy.

By NAMHYUN KANG, JOGENDER SINGH, AND ANIL K. KULKARNI

529

(21)

Design and Preparation of a Particle Dynamics Space Flight Experiment, SHIVA.

By JAMES D. TROLINGER, DREW L'ESPERANCE, ROGER H. RANGEL, CARLOS F.M. COIMBRA, AND WILLIAM K. WITHEROW

550

(17)

Index of Contributors

567

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Transport Phenomena In Microgravity

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