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| GO | Mission | Principal Investigator | Experiment Title | Chapter | |
|---|---|---|---|---|---|
| IML-1 | American Association for Promotion of Science in China (1); The Chinese Society of Astronautics (2) | Investigation of Low Melting Point Materials in Microgravity (G-614) | Metals and Alloys | |
| IML-1 | Booker T. Washington Senior High School (Sponsor) (1) | Brine Shrimp/Air Bubbles in Microgravity (G-086) | Fluid Physics | |
| IML-1 | Swedish Space Corporation (SSC) (Sponsor) (1) | The Effect of Gravity on the Solidification Process of Alloys (G-329) | Metals and Alloys | |
| IML-1 | The Society of Japanese Aerospace Companies, Inc. (SJAC) (Sponsor) (1) | Separation of Gas Bubbles from Liquid (G-457) | Fluid Physics | |
| SLS-1 | Cocks, F. (1) | Foamed Ultralight Metals (G-286) | Composites with Gases | |
| SLS-1 | Matthiesen, D. H. (1) | Experiment in Crystal Growth (G-052) | Crystal Growth from the Melt | |
| SLS-1 | Students from Worcester Polytecnic Institute (1) | Five Microgravity Experiments (G-408) | Miscellaneous | |
| SLS-1 | Students from California State University, Northridge (CSUN) (1) | Orbital Ball Bearing Experiment (OBBFX) (G-091 | Metals and Alloys | |
| SLS-1 | Unknown (1) | Six Active Soldering Experiments (G-486) | Technological Experiments | |
| SLS-1 | Unknown (1) | Semiconductor Crystal Growth: GaAs (G-455) | Crystal Growth from the Melt | |
| SLS-1 | Unknown (1) | Semiconductor Crystal Growth: PbSnTe (G-455) | Crystal Growth from the Melt | |
| SLS-1 | Wessling. F. (1) | In-Space Commercial Processing (G-105): Electrodeposition and Codeposition | Physical Chemistry/Phase Transition | |
| SLS-1 | Wessling. F. (1) | In-Space Commercial Processing (G-105): Nonlinear Optical (NLO) Crystal Growth | Crystal Growth from the Melt | |
| SLS-1 | Wessling. F. (1) | In-Space Commercial Processing (G-105): Separation of Aqueous Phases | Biotechnology | |
| SLS-1 | Wessling. F. (1) | In-Space Commercial Processing (G-105): Polymer Thin Films | Biotechnology | |
| Spacelab D2 | Delgado, A. (1) | A Highly Precise Measurement of the Molecular Transport of Heat Energy for Different Concentrations of a Binary Liquid Mixture of Low Viscosity under Microgravity (GA-BRE-COND) | Physical Chemistry/Phase Transition | |
| Spacelab J | Ashford School (1) | G-520 | Miscellaneous | |
| Spacelab J | Boy Scouts of America's Exploring Division/Explorer Post 822 (1) | Fluid Droplets (G-102) | Fluid Physics | |
| Spacelab J | Boy Scouts of America's Exploring Division/Explorer Post 475 (1) | Fiber Optics (G-102) | Crystal Growth from the Melt | |
| Spacelab J | Boy Scouts of America's Exploring Division/Explorer Post 475 (1) | Emulsions (G-102) | Systems Exhibiting a Miscibility Gap | |
| Spacelab J | Boy Scouts of America's Exploring Division/Explorer Post 310 (1) | Crystal Growth (G-102) | Crystal Growth from the Melt | |
| Spacelab J | Boy Scouts of America's Exploring Division/Explorer Post 9005 (1) | Capillary Pumping (G-102) | Capillarity | |
| Spacelab J | Canadian Space Agency (Sponsor) (1) | Queen's University Experiment on the Shuttle Transportation System (QUESTS) (G-521) | Miscellaneous | |
| Spacelab J | Kansas University Space Program (comprised of undergraduate engineering and science majors) (1) | Analysis of Biochemistry Structures in Microgravity (G-255) | Biotechnology | |
| Spacelab J | Matra Marconi Space/Laboratorie De Genie Electrique De Paris (1) | Thermal Conductivity of Liquids in Microgravity (G-300) | Physical Chemistry/Phase Transition | |
| Spacelab J | NASA Lewis Research Center (LeRC) (Sponsor) (1) | Nucleate Pool Boiling (G-534) | Physical Chemistry/Phase Transition | |
| Spacelab J | Swedish Space Corporation (Sponsor) (1) | G-330 | Miscellaneous | |
| Spacelab J | University of Washington (Sponsor) (1) | Experimental Cooling System (G-613) | Technological Experiments | |
| STS-004 | Alford, G. C. (1) | Soldering (Experiment Number 11-M) | Technological Experiments | |
| STS-004 | Dalley, A. M. (1) | Composite Curing (Experiment Number 12-M) | Composites with Solid Particles | |
| STS-004 | Elwell, J. K. (1) | Surface Tension Experiment - Shape of Liquid Meniscus (Experiment Number 10-P) | Fluid Physics | |
| STS-004 | Laher, R. R. (1) | Thermal Conductivity of a Binary Heterogeneous Mixture (Experiment Number 9-P) | Systems Exhibiting a Miscibility Gap | |
| STS-004 | Thomas, T. L. (1) | Eutectic Formation (11-M/13-M) | Metals and Alloys | |
| STS-005 | Otto, G. H. (1) | Stability of Metallic Dispersions (DG-205) | Systems Exhibiting a Miscibility Gap | |
| STS-006 | Amidon, J. M. (1) | Metal Alloy Solidification (Sn-Pb) | Metals and Alloys | |
| STS-006 | Gross, H. N. (1) | Metal Beam Joiner | Technological Experiments | |
| STS-006 | Kimura, S. (Payload Manager) (1) | Artificial Snowflake Crystal Experiment | Crystal Growth from Vapor | |
| STS-006 | Neel, R. R., II (1) | Formation of Foam Metal | Composites with Gases | |
| STS-006 | Peter, L. J. (1) | Electroplating | Technological Experiments | |
| STS-006 | Streb, J. M. (1) | Zone Refining Purification | Metals and Alloys | |
| STS-007 | Bennit, C. (Project Manager) (1) | Separation of Oil and Water | Systems Exhibiting a Miscibility Gap | |
| STS-007 | EDSYN, Inc. (1) | Solder Flux Selection Test (Dynamic Experiment #1) | Technological Experiments | |
| STS-007 | EDSYN, Inc. (1) | Solder Wetting and Surface Tension I (Dynamic Experiment #2) | Technological Experiments | |
| STS-007 | EDSYN, Inc. (1) | Wetting and Surface Tension II: Solder Flow and Bridging Test (Dynamic Experiment #3) | Technological Experiments | |
| STS-007 | EDSYN, Inc. (1) | Metallurgical Properties: Eyelet and Post Soldering Test (Dynamic Experiment #4) | Technological Experiments | |
| STS-007 | EDSYN, Inc. (1) | Solder Removal: Integrated Circuit Removal Test (Dynamic Experiment #5) | Technological Experiments | |
| STS-007 | EDSYN, Inc. (1) | Desoldering II: Pressure Desoldering Demo (Dynamic Experiment #6) | Technological Experiments | |
| STS-007 | EDSYN, Inc. (1) | Electronically Controlled Solder Tip Demo with Flux (Dynamic Experiment #7) | Technological Experiments | |
| STS-007 | EDSYN, Inc. (1) | Electronically Controlled Solder Tip Demo Without Flux (Dynamic Experiment #8) | Technological Experiments | |
| STS-007 | EDSYN, Inc. (1) | Product Exposure Test (Experiment #9) | Technological Experiments | |
| STS-007 | Klein, H. (1) | Particle Transport Induced by Directional Solidification | Metals and Alloys | |
| STS-007 | Otto, G. H. (1) | The Stability of Metallic Dispersions (DG-205I and DG-205II) | Systems Exhibiting a Miscibility Gap | |
| STS-007 | Pant, P. (1) | Fundamental Studies in the Manganese-Bismuth System (DG-206) | Systems Exhibiting a Miscibility Gap | |
| STS-007 | Pascherat, M. (1) | Crystal Growth in Liquid Salt Solution | Crystal Growth From Solution | |
| STS-007 | Perez, R. (1); other students (2) | Motion of Mercury Under Low-G | Fluid Physics | |
| STS-007 | Riepl, H. (1) | Nickel Catalyst | Physical Chemistry/Phase Transition | |
| STS-007 | Schwabe, D. (1) | Critical Marangoni Number | Fluid Physics | |
| STS-008 | Kimura, S. (Payload Manager) (1) | Artificial Snowflake Crystal Experiment | Crystal Growth from Vapor | |
| STS-011 | Alford, G. C. (1) | Soldering Experiment | Technological Experiments | |
| STS-011 | Bellows, A. H. (1); Feuersanger, A. E. (2) | Study of Convection-Free Metal Halide Lamps | Technological Experiments | |
| STS-011 | Frischat, G. H. (1); Rosenkranz, V. (2) | Reaction Kinetics in Glass Melts (DG-318) | Diffusion | |
| STS-011 | Gadsden, M. (1) | Three Dimensional Brownian Motion | Physical Chemistry/Phase Transition | |
| STS-011 | Gadsden, M. (1) | Stability of Materials - Residual Acceleration Measurements | Technological Experiments | |
| STS-011 | Gerpheide, G. E. (1) | Crystallization of Proteins | Protein Crystal Growth | |
| STS-011 | Kitaura, T. (1) | Capillary Wave Study | Capillarity | |
| STS-011 | Schweitzer, K. (1) | Slip Casting I | Technological Experiments | |
| STS-011 | Thomas, S. (1) | Thermocapillary Convection (Float Zone) | Fluid Physics | |
| STS-011 | Walden, V. (1) | Heat Pipe Fluid Flow Experiment, #1 | Technological Experiments | |
| STS-017 | Asahi National Broadcasting Company, Ltd. (1) | Physics of Solids and Liquids (Water Ball Collision) | Fluid Physics | |
| STS-017 | Asahi National Broadcasting Company, Ltd. (1) | (1) Indium Antimony Crystal Production, (2) Lead Zinc Alloy Production, and (3) Glass Composite Production | Metals and Alloys | |
| STS-017 | Henderson, A. J., Jr. (1) | Solidification of Lead-Antimony and Aluminum-Copper Alloys | Metals and Alloys | |
| STS-017 | Kayser-Threde GmbH (1); Dornier System GmbH (2) | Halogen Lamp Experiment (HALEX) | Technological Experiments | |
| STS-017 | Kitaura, T. (1) | Capillary Wave Study | Capillarity | |
| STS-017 | Lee, J. (1) | Growth of Potassium-Tetracyanoplatinate Hydrate Crystals in an Aqueous Solution | Crystal Growth From Solution | |
| STS-017 | McDonnell Douglas Astronautics Company (1) | Zero G Fuel System Test: (A) Surface Tension Propellant Tank Test Test and (B) Inertia-Driven Propellant Transfer Demonstration | Fluid Physics | |
| STS-017 | McShane, J. W. (1) | Art in Space: Coating of Glass Spheres by Vacuum Deposition Techniques | Crystal Growth from Vapor | |
| STS-017 | McShane, J. W. (1) | Art in Space: Sampling and Artistic Preservation of the Space Vacuum | Technological Experiments | |
| STS-017 | Thomas, S. (1) | Thermocapillary Convection (Float Zone) | Fluid Physics | |
| STS-017 | Unknown, possibly a student at Utah State University, Logan, Utah | Solder-Flux Separation (Reflight of G-008 Soldering Experiment) | Technological Experiments | |
| STS-017 | Walden, V. (1) | Heat Pipe Fluid Flow Experiment, #2 | Technological Experiments | |
| STS-023 | Asahi National Broadcasting Company, Ltd. (1) | Physics of Solids and Liquids (Water Ball Collision) | Fluid Physics | |
| STS-023 | Asahi National Broadcasting Company, Ltd. (1) | (1) Indium Antimony Crystal Production, (2) Lead-Zinc Alloy Production, and (3) Glass Composite Production | Metals and Alloys | |
| STS-023 | McIntosh, R. (1) | Capillary Pumped Loop (CPL) | Technological Experiments | |
| STS-025 | Casarez, C. (1) | Testing of a Liquid Laser | Technological Experiments | |
| STS-025 | Foster, K. (1) | Wicking of Freon | Capillarity | |
| STS-025 | McIntosh, R. (1) | Capillary Pumped Loop (CPL) | Technological Experiments | |
| STS-025 | Messerchmitt-Boelkow-Blohm (MBB/ERNO) (1) | Liquid Sloshing: Dynamic Behavior of Liquid Propellants | Fluid Physics | |
| STS-025 | Moore, M. (1) | Crystallization of Potassium-Aluminum-Sulfate | Crystal Growth From Solution | |
| STS-025 | Pant, P. (1) | Fundamental Studies of the Manganese-Bismuth System | Systems Exhibiting a Miscibility Gap | |
| STS-025 | Schweitzer, K. (1) | Slip Casting II | Technological Experiments | |
| STS-025 | Thurston, J. (1) | Performance of Dynamic Random Access Memory (DRAM) Chip in Space Environment | Technological Experiments | |
| STS-031 | Lipsett, F. (1) | Cadmium Crystal Production | Crystal Growth From the Melt | |
| STS-031 | Rey, D. (1); Deschenes, J.-F. (2) | Primary Mirror Production Using Vapor Deposition on a Quartz Plate | Crystal Growth from Vapor | |
| STS-032 | Alltech Associates, Inc. (1) | High Performance Liquid Chromatography (HPLC) | Technological Experiments | |
| STS-032 | Henderson, A. J., Jr. (1) | Study of Solidification of Alloys in Zero-G | Metals and Alloys | |
| STS-032 | Kedzierski, M. (1) | Convection Experiment | Physical Chemistry/Phase Transition | |
| STS-032 | Lee, J. (1) | Growth of Potassium-Tetracyanoplatinate Hydrate Crystals in an Aqueous Solution | Crystal Growth From Solution | |
| STS-032 | McIntosh, R. (1) | Capillary Pump Loop Experiment (CPL) | Technological Experiments | |
| STS-032 | Rice, J. (1); Kline, B. (2) | Terminal Velocity Experiment | Fluid Physics | |
| STS-032 | Thames, M. (1); | Liquid Sloshing Experiment | Fluid Physics | |
| STS-032 | Wesley, F. (1) | Fluid/Air Interaction Experiment | Fluid Physics | |
| STS-032 | Wishnow, H. (1); Kurtz, E. (2) | Reaction of Oil Paints on Canvas to Space Travel | Technological Experiments | |
| STS-43 | Bentz, M. D. (1) | Tank Pressure Control Experiment (TPCE) | Physical Chemistry/Phase Transition | |
| STS-45 | Unknown, possibly Matthiesen, D. H. (1) | Experiment in Crystal Growth (G-229) | Crystal Growth from the Melt | |
| STS-46 | Riley, C. (1) | Electroplating Experiment using Pure Nickel | Physical Chemistry/Phase Transition | |
| STS-68 | Ahrens, S. (1) | G-316 | Crystal Growth from Solution | |
| STS-68 | Townley, C. (1) | Concrete Curing in Microgravity (ConCIM), G-503 | Technological Experiments |
If you have questions or sugestions, please contact J. C. Jones.