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James H. Howard
Comprehensive Space Shuttle Payload: International Space Station, statellites and Experiments
Material(s) Certifications:
1. Technology,ApplicationandScience (TAS)-01
2. CryogenicInfraredSpectrometerandTelescope forthe Atmosphere (CRISTA)
3. Shuttle PalletSatellite(SPAS)-02,
4. InterferometerProgramExperiment(IPEX)-II
5. SloshTestOrbital Facility(STOF)
6. HitchhikerCommunicationSystem(HHCS)
7. EuropeanSpace AgencyEjectionSystem(ESAJECT)
8. Satelite de Aplicaciones/Cientifica-A(SAC-A)
9. SouthwestUltravioletImagingSystem(SWUIS)-01
10. DeltaPostPhase II Technical Interchange Meeting(TIM),
11. SafetyReview forTechnologyApplicationsandScience (TAS)-01,
12. Two Phase FlowExperiment(TFE)
13. Microgravity(MSL)-01 payload
14. The CoarseninginSolid-LiquidMixtures(CSLM),
15. FiberSupportedDropletCombustion(FSDC) and
16. CapillaryHeatTransfer(CHT) experimentmaterials
17. The Internal Flowsina Free Drop(IFFD),
18. Bubble andDrop NonlinearDynamics(BDND)
19. Astro/PlantGenericBioprocessingApparatus (A/PGBA) experiment
20. ProtienCrystal Growth(PCG) andSingle LockerThermal Enclosure System(STES)
21. International Space Station(ISS)LaboratorySupportEquipment(LSE)
22. International Space Station(ISS)CryogenicStorage Freezer(CSF)
23. International Space Station(ISS)Quick/SnapCryogenicFreezer(QSCF)
24. Shuttle Ozone LimbSoundingExperiment(SOLE) Hitchhiker-Junior(HH-J) payload
25. Hot wateror steamfrom the VRA Flight ExperimentReactorProcessLoop
26. SPACEHAB/MirMission(SPACEHAB/MM)-06,
27. Volatile Removal Assembly(VRA) PhaseResponses
28. SafetyReview forAlphaMagneticSpectrometer
29. Thispayloadhas three subsystems:
a. PayloadInterface Unit(PIU),
b. RendezvousSensor(RVS)
c. Global PositioningSystem(GPS)withinterfacingcablingandMLI.
30. RiskMigationExperiment(RME) 1314
31. ATV RendezvousPre-development(ARP) Kernel- FlightDemostration
32. LiquidMotionina RotatingTank Experiment(LME)
33. The payloadhazard reportsforthe ADvanced SEParations(ADSEP)
34. PlantGenericBioprocessingApparatus (PGBA)
35. FluidGenericBioprocessingApparatusPhase 2(FGBA2)
36. SPACEHAB-04Experiments
37. Hubble Space Telescope SecondServicingMission(HSTSM-02)
38. Near-InfraredCameraandMulti-ObjectSpectrometer(NICMOS)
39. Space Telescope ImagingSpectrograph(STIS) ScientificInstruments(SI's)
40. The Office of AeronauticsandSpace (OAST) Flyerreusable Spartanmodule,itwill launchand
landunpoweredwithmissionunique experiments. These experimentsare:
a) GSFC ReturnFlux Experiment(REFLEX);
b) GSFC Global PositioningSystem(GPS) Attitude DeterminationandControl system
(GADACS) experiment;
c) JSC SolarExposure toLaser Ordnance Device Experiment(SELODE);
d) Universityof MarylandAmateurRadioAssociation's(UMARAs)
e) Spartan PacketRadioExperiment(SPRE).
41. The Passive AerodynamicallyStabilizedMagnetically DampedSatellite (PAMS) experimentconsists
of three mainsubassemblies:
a) the Satellite TestUnit(STU),whichisdeployedfroma5.0 ft3 Hitchhikercylindrical
canisterand will notbe retrieved;
b) the Attitude MeasurementSystem(AMS) transmitter/receiver,whichishousedina
Hitchhikercanister withafive inchextensionring,(AMScanister#1)
c) the AMS electronics,housedinanotherHitchhikercanister(withoutextension)
(AMScanister#2).
42. Office of AdvancedConceptsandTechnology(OACT)
43.Passive AerodynamicallyStabilizedMagneticallyDampedSatellite (PAMS)
44. Integratedhazardreportsare treatedas reflightandreferbackto the SPACEHAB-01- SPACEHAB- 03
Package ExperimentsandModule whichincludes:
45. Variousexperimentsdescribed: ASC-4,BPL,BRIC-03,CFZF,CGBA, CHARLOTTE, CHROMEX-06, CPCG-
VDA,CREAM, F-GBA,GPPM, IMMUNE-02, NIH-C,PCF,PCF-LST,PCG-STES,RME-III-13,SAMS,WINDEX-
01, 3-DMA, and CPDS,have theirindividual hazardreports(13are reflight) inorder. CHARLOTTEhad its
ownseparate package.
46. Space FlyerUnitRetrieval (SFU-RETR)
47. SPACEHAB-03,Charlotte IntravehicularActivity(IVA) Robot
Office of AeronauticsandSpace Technology(OAST)-Flyer,
48. SolarExposure toLaser Ordnance DevicesExperiment(SELODE)
49. Space FlyerUnit-Retrieval (SFU-RETR)
50.Japanese ExperimentModule (JEM) FlightDemonstration(JFD)
51. FluidsGenericBioprocessingApparatus(FGBA) Experiment
52. RobotOperatedMaterialsProcessingSystem(ROMPS)-01
53. Office of AeronauticsandSpace Technology(OAST)-3VentedTankResupplyExperiment(VTRE)
54. Space Complex AutonomousPayload(CONCAP)-IV-02
55. SpacelabLife Sciences(SLS) -02AftEndCone (AEC) Stowage Bag
56. Phase 0/I SafetyReviewforElectrolysisPerformance ImprovementComceptStudy(EPICS)
57.Phase III SafetyReviewforCapillaryPumpedLoop(CAPL)/Hichhiker(HH) IntegratedPayload
58. Phase II SafetyReviewforSpacehab-02Experiments,Spacehab-02Module Series
ReverificationMatrix.Phase IISafetyReviewfor Spacehab-03Commercial FloatZone Furnace (CFZF)Experiment
59. Phase I SafetyReview forMicrogravityScienceLaboratory(MSL-1)/CombustionModule(CM-1) Experiment
60. Phase III Safety ReviewforSpacelabLife Sciences(SLS) -02AftEnd Cone (AEC) Stowage Bag
61. Technical Interchange :MicrogravityScience Laboratory(MSL-1)/DropletCombustionExperiment(DCE)
62. Office of AeronauticsSpace Technology-2(OAST-2)
63.Gas-AwaySpecial (GAS)-491
64.Phase Post Phase IIISafetyReviewforGet-AwaySpecial (GAS) BallastPayload(GBP) #1
65. ReflightSafetyReviewforCommercialGenericBioprocessingApparatus(CGBA)-02
66. Phase I SafetyReviewforHydrogenMaserClock(HMC)
67. Phase I/IISafetyReviewforProteinCrystal Growth(PCG)-SingleLockerThermal Enclosure
System(STES) BlockII Configuration
68. Gas Bridge Structure
69. ProteinCrystal Growth(PCG) Single LockerThermal
Enclosure System(STES) BlockIConfiguration
70. ProteinCrystal Growth(PCG) Thermal Enclosure System(TES)-02BlockIIConfiguration
71. Commercial ProteinCrystal Growth(CPCG)-06BlockI
72. Get-Awayspecial (GAS) BallastPayload#2(GBP#2)-Removal of PressureReliefValves
73. AtmosphericLaboratoryforApplicationsandScience (ATLAS)-03
74. Space Shuttle/MirMission-03(S/MM-03) AdvancedGradientHeatingFacility(AGHF)
75. International Space Station (ISS)
a) Laboratory Support Equipment (LSE)
b) Cryogenic Storage Freezer (CSF)
c) Quick /Snap Cryogenic Freezer (QSCF)
76. Dual-Level End Effector Assembly
77. Engineering Development Unit (EDU)
78. Inertial Vibrational Isolation System (IVIS)
79. LESC materials engineering on the hydrogen and oxygen and flammability hazards
assessment
80. Petite Amateur Navy Satellite (PANSAT)
81. SEEDS
82. Shuttle Radar Topography Mission (SRTM)
83. South-West Ultraviolet Imaging System (SWUIS)
84. Water Experiment Kit (WEK)
85. Space-laboratory Life Sciences
86. Space-habitation Double Module. (SPACEHAB)
87. ConsortiumforMaterialsDevelopmentinSpace ComplexAutonomousPayload(CONCAP)-IV-
02
88. Phase I Space Flyer Unit (SFU)
89. Aeronautics and Space Technology (OAST)-3 Vented Tank Resupply Experiment (VTRE)
90. Robot Operated Materials Processing System (ROMPS)
91. SPACEHAB, Fluids Generic Bioprocessing Apparatus (FGBA) Experiment
92. Japanese Experiment Module (JEM) Flight Demonstration (JFD)
93. Space Flyer Unit-Retrieval (SFU-RETR)
94. Aeronautics and Space Technology (OAST)-Flyer,
95. Solar Exposure to Laser Ordnance Devices Experiment (SELODE)
96. SPACEHAB, Charlotte Intravehicular Activity (IVA) Robot Droplet Combustion Experiment
(DCE)
97. Passive Aerodynamically Stabilized Magnetically Damped Satellite (PAMS) experiments
consists of three main subassemblies are:
a) Satellite Test Unit (STU)
b) Attitude MeasurementSystem(AMS) transmitter/receiver,whichishousedinaHitchhiker
canisterwitha five 5 inchextensionring.
c) AMS electronics,housedinanotherHitchhikercanister(withoutextension,(AMScanister#2).
98. Office of AeronauticsandSpace Technology(OAST) Flyer
Flyerunique experimentspayloadare:
a) ReturnFlux Experiment(REFLEX)
b) Global PositioningSystem(GPS) Attitude DeterminationandControl system(GADACS)
experiment
c) SolarExposure toLaser Ordnance Device Experiment(SELODE);
d) Universityof MarylandAmateurRadioAssociation's(UMARAs) SpartanPacketRadio
Experiment(SPRE)
99. Hubble Space Telescope SecondServicingMission(HSTSM-02) Near-InfraredCamera and Multi-
ObjectSpectrometer(NICMOS)andSpace TelescopeImagingSpectrograph(STIS) Scientific
Instruments(SI's)
100. ADvancedSEParations(ADSEP),PlantGenericBioprocessingApparatus(PGBA),andFluid
GenericBioprocessingApparatusPhase 2(FGBA2)
101. PayloadInterface Unit(PIU),RendezvousSensor(RVS) andthe Global Positioning System (GPS)
plus the interfacing cabling and MLI.
102. RiskMigationExperiment(RME) 1314 - ATV RendezvousPre-development(ARP)Kernel - Flight
Demonstration.
103. AlphaMagneticSpectrometer.
104. Shuttle Ozone LimbSoundingExperiment(SOLE) Hitchhiker-Junior(HH-J) payload
The CoarseninginSolid-LiquidMixtures(CSLM),FiberSupportedDropletCombustion(FSDC) and
CapillaryHeatTransfer(CHT) experiment
105. The Internal Flowsina Free Drop(IFFD),Bubble andDropNonlinearDynamics(BDND) and
Astro/PlantGenericBioprocessingApparatus(A/PGBA) experiment
106. ProteinCrystal Growth(PCG) andSingle LockerThermal Enclosure System(STES) inandfor
Microgravity
107. TestOrbital Facility(STOF),HitchhikerCommunicationSystem(HHCS) andEuropeanSpace
AgencyEjectionSystem(ESAJECT) all have beenapproved
108. CryogenicInfraredSpectrometerandTelescope forthe Atmosphere (CRISTA)-Shuttle Pallet
Satellite (SPAS)-02,InterferometerProgramExperiment(IPEX)
109. International Space Station(ISS)LaboratorySupportEquipment(LSE),CryogenicStorage Freezer
(CSF) andthe Quick/SnapCryogenicFreezer(QSCF)
110. MATCERT (1)
111. Dual-Level EndEffectorAssembly
112. EngineeringDevelopmentUnit(EDU)
113. Inertial Vibrational IsolationSystem(IVIS)
114. LESC materialsengineeringonthe hydrogenandoxygenandflammabilityhazardsassessment
115. Petite AmateurNavySatellite (PANSAT)
116. SEEDS
117. Shuttle RadarTopographyMission(SRTM)
118. South-WestUltravioletImagingSystem (SWUIS)
119. Water ExperimentKit(WEK)
120. Space-laboratoryLife Sciences
121. Space-habitationDoubleModule. (SPACEHAB)
122. ConsortiumforMaterialsDevelopmentinSpace ComplexAutonomousPayload (CONCAP)-IV-02
123. Phase I Space FlyerUnit(SFU)
124. AeronauticsandSpace Technology(OAST)-3VentedTankResupplyExperiment(VTRE)
125. RobotOperatedMaterialsProcessingSystem(ROMPS)
126. SPACEHAB,FluidsGenericBioprocessingApparatus(FGBA)Experiment
127. Japanese ExperimentModule(JEM) FlightDemonstration(JFD)
128. Space FlyerUnit-Retrieval (SFU-RETR)
129. AeronauticsandSpace Technology(OAST)-Flyer,SolarExposure toLaserOrdnance Devices
Experiment(SELODE)
130. SPACEHAB,Charlotte IntravehicularActivity(IVA)RobotDropletCombustionExperiment(DCE)
131. Passive AerodynamicallyStabilizedMagneticallyDampedSatellite(PAMS) experimentsconsists
of three mainsubassembliesare:
a) Satellite TestUnit(STU)
b) Attitude MeasurementSystem(AMS) transmitter/receiver,whichishousedina Hitchhiker
canisterwitha five inchextensionring.
c) AMS electronics,housedinanotherHitchhikercanister(withoutextension,(AMScanister#2).
132. Office of AeronauticsandSpace Technology(OAST) Flyer
Flyerunique experimentsare:
a) ReturnFlux Experiment(REFLEX)
b) Global PositioningSystem(GPS) Attitude DeterminationandControl system(GADACS)
experiment
c) SolarExposure toLaser Ordnance Device Experiment(SELODE);
d) Universityof MarylandAmateurRadioAssociation's(UMARAs) SpartanPacketRadio
Experiment(SPRE)
133. Hubble Space Telescope SecondServicingMission(HSTSM-02) Near-InfraredCamera
and Multi- ObjectSpectrometer(NICMOS)andSpace Telescope ImagingSpectrograph(STIS)
ScientificInstruments(SI's)
134. ADvancedSEParations(ADSEP),PlantGenericBioprocessingApparatus(PGBA),and
FluidGenericBioprocessingApparatusPhase 2(FGBA2)
135. PayloadInterface Unit(PIU),RendezvousSensor(RVS) andthe Global Positioning
System(GPS) plusthe interfacingcablingandMLI.
136. RiskMigationExperiment(RME) 1314 - ATV RendezvousPre-development(ARP)Kernel
- FlightDemonstration.
137. AlphaMagneticSpectrometer
138. Shuttle Ozone LimbSoundingExperiment(SOLE) Hitchhiker-Junior(HH-J) payload
The CoarseninginSolid-LiquidMixtures(CSLM),FiberSupportedDropletCombustion(FSDC) and
CapillaryHeatTransfer(CHT) experiment
139. The Internal Flowsina Free Drop(IFFD),Bubble andDropNonlinearDynamics(BDND)
and Astro/PlantGenericBioprocessingApparatus(A/PGBA)experiment
140. ProteinCrystal Growth(PCG) andSingle LockerThermal Enclosure System(STES) inand
for Microgravity
141. TestOrbital Facility(STOF),HitchhikerCommunicationSystem(HHCS) andEuropean
Space AgencyEjectionSystem(ESAJECT) all have beenapproved
142. CryogenicInfraredSpectrometerandTelescope forthe Atmosphere (CRISTA)-Shuttle
PalletSatellite (SPAS)-02,InterferometerProgramExperiment(IPEX)

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Comprehensive Space Certification Listings

  • 1. James H. Howard Comprehensive Space Shuttle Payload: International Space Station, statellites and Experiments Material(s) Certifications: 1. Technology,ApplicationandScience (TAS)-01 2. CryogenicInfraredSpectrometerandTelescope forthe Atmosphere (CRISTA) 3. Shuttle PalletSatellite(SPAS)-02, 4. InterferometerProgramExperiment(IPEX)-II 5. SloshTestOrbital Facility(STOF) 6. HitchhikerCommunicationSystem(HHCS) 7. EuropeanSpace AgencyEjectionSystem(ESAJECT) 8. Satelite de Aplicaciones/Cientifica-A(SAC-A) 9. SouthwestUltravioletImagingSystem(SWUIS)-01 10. DeltaPostPhase II Technical Interchange Meeting(TIM), 11. SafetyReview forTechnologyApplicationsandScience (TAS)-01, 12. Two Phase FlowExperiment(TFE) 13. Microgravity(MSL)-01 payload 14. The CoarseninginSolid-LiquidMixtures(CSLM), 15. FiberSupportedDropletCombustion(FSDC) and 16. CapillaryHeatTransfer(CHT) experimentmaterials 17. The Internal Flowsina Free Drop(IFFD), 18. Bubble andDrop NonlinearDynamics(BDND) 19. Astro/PlantGenericBioprocessingApparatus (A/PGBA) experiment 20. ProtienCrystal Growth(PCG) andSingle LockerThermal Enclosure System(STES) 21. International Space Station(ISS)LaboratorySupportEquipment(LSE) 22. International Space Station(ISS)CryogenicStorage Freezer(CSF) 23. International Space Station(ISS)Quick/SnapCryogenicFreezer(QSCF) 24. Shuttle Ozone LimbSoundingExperiment(SOLE) Hitchhiker-Junior(HH-J) payload 25. Hot wateror steamfrom the VRA Flight ExperimentReactorProcessLoop 26. SPACEHAB/MirMission(SPACEHAB/MM)-06, 27. Volatile Removal Assembly(VRA) PhaseResponses 28. SafetyReview forAlphaMagneticSpectrometer 29. Thispayloadhas three subsystems: a. PayloadInterface Unit(PIU), b. RendezvousSensor(RVS) c. Global PositioningSystem(GPS)withinterfacingcablingandMLI. 30. RiskMigationExperiment(RME) 1314 31. ATV RendezvousPre-development(ARP) Kernel- FlightDemostration 32. LiquidMotionina RotatingTank Experiment(LME) 33. The payloadhazard reportsforthe ADvanced SEParations(ADSEP) 34. PlantGenericBioprocessingApparatus (PGBA) 35. FluidGenericBioprocessingApparatusPhase 2(FGBA2) 36. SPACEHAB-04Experiments 37. Hubble Space Telescope SecondServicingMission(HSTSM-02)
  • 2. 38. Near-InfraredCameraandMulti-ObjectSpectrometer(NICMOS) 39. Space Telescope ImagingSpectrograph(STIS) ScientificInstruments(SI's) 40. The Office of AeronauticsandSpace (OAST) Flyerreusable Spartanmodule,itwill launchand landunpoweredwithmissionunique experiments. These experimentsare: a) GSFC ReturnFlux Experiment(REFLEX); b) GSFC Global PositioningSystem(GPS) Attitude DeterminationandControl system (GADACS) experiment; c) JSC SolarExposure toLaser Ordnance Device Experiment(SELODE); d) Universityof MarylandAmateurRadioAssociation's(UMARAs) e) Spartan PacketRadioExperiment(SPRE). 41. The Passive AerodynamicallyStabilizedMagnetically DampedSatellite (PAMS) experimentconsists of three mainsubassemblies: a) the Satellite TestUnit(STU),whichisdeployedfroma5.0 ft3 Hitchhikercylindrical canisterand will notbe retrieved; b) the Attitude MeasurementSystem(AMS) transmitter/receiver,whichishousedina Hitchhikercanister withafive inchextensionring,(AMScanister#1) c) the AMS electronics,housedinanotherHitchhikercanister(withoutextension) (AMScanister#2). 42. Office of AdvancedConceptsandTechnology(OACT) 43.Passive AerodynamicallyStabilizedMagneticallyDampedSatellite (PAMS) 44. Integratedhazardreportsare treatedas reflightandreferbackto the SPACEHAB-01- SPACEHAB- 03 Package ExperimentsandModule whichincludes: 45. Variousexperimentsdescribed: ASC-4,BPL,BRIC-03,CFZF,CGBA, CHARLOTTE, CHROMEX-06, CPCG- VDA,CREAM, F-GBA,GPPM, IMMUNE-02, NIH-C,PCF,PCF-LST,PCG-STES,RME-III-13,SAMS,WINDEX- 01, 3-DMA, and CPDS,have theirindividual hazardreports(13are reflight) inorder. CHARLOTTEhad its ownseparate package. 46. Space FlyerUnitRetrieval (SFU-RETR) 47. SPACEHAB-03,Charlotte IntravehicularActivity(IVA) Robot Office of AeronauticsandSpace Technology(OAST)-Flyer, 48. SolarExposure toLaser Ordnance DevicesExperiment(SELODE) 49. Space FlyerUnit-Retrieval (SFU-RETR) 50.Japanese ExperimentModule (JEM) FlightDemonstration(JFD) 51. FluidsGenericBioprocessingApparatus(FGBA) Experiment 52. RobotOperatedMaterialsProcessingSystem(ROMPS)-01 53. Office of AeronauticsandSpace Technology(OAST)-3VentedTankResupplyExperiment(VTRE) 54. Space Complex AutonomousPayload(CONCAP)-IV-02 55. SpacelabLife Sciences(SLS) -02AftEndCone (AEC) Stowage Bag 56. Phase 0/I SafetyReviewforElectrolysisPerformance ImprovementComceptStudy(EPICS) 57.Phase III SafetyReviewforCapillaryPumpedLoop(CAPL)/Hichhiker(HH) IntegratedPayload 58. Phase II SafetyReviewforSpacehab-02Experiments,Spacehab-02Module Series ReverificationMatrix.Phase IISafetyReviewfor Spacehab-03Commercial FloatZone Furnace (CFZF)Experiment 59. Phase I SafetyReview forMicrogravityScienceLaboratory(MSL-1)/CombustionModule(CM-1) Experiment 60. Phase III Safety ReviewforSpacelabLife Sciences(SLS) -02AftEnd Cone (AEC) Stowage Bag 61. Technical Interchange :MicrogravityScience Laboratory(MSL-1)/DropletCombustionExperiment(DCE) 62. Office of AeronauticsSpace Technology-2(OAST-2)
  • 3. 63.Gas-AwaySpecial (GAS)-491 64.Phase Post Phase IIISafetyReviewforGet-AwaySpecial (GAS) BallastPayload(GBP) #1 65. ReflightSafetyReviewforCommercialGenericBioprocessingApparatus(CGBA)-02 66. Phase I SafetyReviewforHydrogenMaserClock(HMC) 67. Phase I/IISafetyReviewforProteinCrystal Growth(PCG)-SingleLockerThermal Enclosure System(STES) BlockII Configuration 68. Gas Bridge Structure 69. ProteinCrystal Growth(PCG) Single LockerThermal Enclosure System(STES) BlockIConfiguration 70. ProteinCrystal Growth(PCG) Thermal Enclosure System(TES)-02BlockIIConfiguration 71. Commercial ProteinCrystal Growth(CPCG)-06BlockI 72. Get-Awayspecial (GAS) BallastPayload#2(GBP#2)-Removal of PressureReliefValves 73. AtmosphericLaboratoryforApplicationsandScience (ATLAS)-03 74. Space Shuttle/MirMission-03(S/MM-03) AdvancedGradientHeatingFacility(AGHF) 75. International Space Station (ISS) a) Laboratory Support Equipment (LSE) b) Cryogenic Storage Freezer (CSF) c) Quick /Snap Cryogenic Freezer (QSCF) 76. Dual-Level End Effector Assembly 77. Engineering Development Unit (EDU) 78. Inertial Vibrational Isolation System (IVIS) 79. LESC materials engineering on the hydrogen and oxygen and flammability hazards assessment 80. Petite Amateur Navy Satellite (PANSAT) 81. SEEDS 82. Shuttle Radar Topography Mission (SRTM) 83. South-West Ultraviolet Imaging System (SWUIS) 84. Water Experiment Kit (WEK) 85. Space-laboratory Life Sciences 86. Space-habitation Double Module. (SPACEHAB) 87. ConsortiumforMaterialsDevelopmentinSpace ComplexAutonomousPayload(CONCAP)-IV- 02 88. Phase I Space Flyer Unit (SFU) 89. Aeronautics and Space Technology (OAST)-3 Vented Tank Resupply Experiment (VTRE) 90. Robot Operated Materials Processing System (ROMPS) 91. SPACEHAB, Fluids Generic Bioprocessing Apparatus (FGBA) Experiment 92. Japanese Experiment Module (JEM) Flight Demonstration (JFD) 93. Space Flyer Unit-Retrieval (SFU-RETR) 94. Aeronautics and Space Technology (OAST)-Flyer, 95. Solar Exposure to Laser Ordnance Devices Experiment (SELODE) 96. SPACEHAB, Charlotte Intravehicular Activity (IVA) Robot Droplet Combustion Experiment (DCE) 97. Passive Aerodynamically Stabilized Magnetically Damped Satellite (PAMS) experiments consists of three main subassemblies are: a) Satellite Test Unit (STU)
  • 4. b) Attitude MeasurementSystem(AMS) transmitter/receiver,whichishousedinaHitchhiker canisterwitha five 5 inchextensionring. c) AMS electronics,housedinanotherHitchhikercanister(withoutextension,(AMScanister#2). 98. Office of AeronauticsandSpace Technology(OAST) Flyer Flyerunique experimentspayloadare: a) ReturnFlux Experiment(REFLEX) b) Global PositioningSystem(GPS) Attitude DeterminationandControl system(GADACS) experiment c) SolarExposure toLaser Ordnance Device Experiment(SELODE); d) Universityof MarylandAmateurRadioAssociation's(UMARAs) SpartanPacketRadio Experiment(SPRE) 99. Hubble Space Telescope SecondServicingMission(HSTSM-02) Near-InfraredCamera and Multi- ObjectSpectrometer(NICMOS)andSpace TelescopeImagingSpectrograph(STIS) Scientific Instruments(SI's) 100. ADvancedSEParations(ADSEP),PlantGenericBioprocessingApparatus(PGBA),andFluid GenericBioprocessingApparatusPhase 2(FGBA2) 101. PayloadInterface Unit(PIU),RendezvousSensor(RVS) andthe Global Positioning System (GPS) plus the interfacing cabling and MLI. 102. RiskMigationExperiment(RME) 1314 - ATV RendezvousPre-development(ARP)Kernel - Flight Demonstration. 103. AlphaMagneticSpectrometer. 104. Shuttle Ozone LimbSoundingExperiment(SOLE) Hitchhiker-Junior(HH-J) payload The CoarseninginSolid-LiquidMixtures(CSLM),FiberSupportedDropletCombustion(FSDC) and CapillaryHeatTransfer(CHT) experiment 105. The Internal Flowsina Free Drop(IFFD),Bubble andDropNonlinearDynamics(BDND) and Astro/PlantGenericBioprocessingApparatus(A/PGBA) experiment 106. ProteinCrystal Growth(PCG) andSingle LockerThermal Enclosure System(STES) inandfor Microgravity 107. TestOrbital Facility(STOF),HitchhikerCommunicationSystem(HHCS) andEuropeanSpace AgencyEjectionSystem(ESAJECT) all have beenapproved 108. CryogenicInfraredSpectrometerandTelescope forthe Atmosphere (CRISTA)-Shuttle Pallet Satellite (SPAS)-02,InterferometerProgramExperiment(IPEX) 109. International Space Station(ISS)LaboratorySupportEquipment(LSE),CryogenicStorage Freezer (CSF) andthe Quick/SnapCryogenicFreezer(QSCF) 110. MATCERT (1) 111. Dual-Level EndEffectorAssembly 112. EngineeringDevelopmentUnit(EDU) 113. Inertial Vibrational IsolationSystem(IVIS) 114. LESC materialsengineeringonthe hydrogenandoxygenandflammabilityhazardsassessment 115. Petite AmateurNavySatellite (PANSAT) 116. SEEDS 117. Shuttle RadarTopographyMission(SRTM) 118. South-WestUltravioletImagingSystem (SWUIS) 119. Water ExperimentKit(WEK) 120. Space-laboratoryLife Sciences
  • 5. 121. Space-habitationDoubleModule. (SPACEHAB) 122. ConsortiumforMaterialsDevelopmentinSpace ComplexAutonomousPayload (CONCAP)-IV-02 123. Phase I Space FlyerUnit(SFU) 124. AeronauticsandSpace Technology(OAST)-3VentedTankResupplyExperiment(VTRE) 125. RobotOperatedMaterialsProcessingSystem(ROMPS) 126. SPACEHAB,FluidsGenericBioprocessingApparatus(FGBA)Experiment 127. Japanese ExperimentModule(JEM) FlightDemonstration(JFD) 128. Space FlyerUnit-Retrieval (SFU-RETR) 129. AeronauticsandSpace Technology(OAST)-Flyer,SolarExposure toLaserOrdnance Devices Experiment(SELODE) 130. SPACEHAB,Charlotte IntravehicularActivity(IVA)RobotDropletCombustionExperiment(DCE) 131. Passive AerodynamicallyStabilizedMagneticallyDampedSatellite(PAMS) experimentsconsists of three mainsubassembliesare: a) Satellite TestUnit(STU) b) Attitude MeasurementSystem(AMS) transmitter/receiver,whichishousedina Hitchhiker canisterwitha five inchextensionring. c) AMS electronics,housedinanotherHitchhikercanister(withoutextension,(AMScanister#2). 132. Office of AeronauticsandSpace Technology(OAST) Flyer Flyerunique experimentsare: a) ReturnFlux Experiment(REFLEX) b) Global PositioningSystem(GPS) Attitude DeterminationandControl system(GADACS) experiment c) SolarExposure toLaser Ordnance Device Experiment(SELODE); d) Universityof MarylandAmateurRadioAssociation's(UMARAs) SpartanPacketRadio Experiment(SPRE) 133. Hubble Space Telescope SecondServicingMission(HSTSM-02) Near-InfraredCamera and Multi- ObjectSpectrometer(NICMOS)andSpace Telescope ImagingSpectrograph(STIS) ScientificInstruments(SI's) 134. ADvancedSEParations(ADSEP),PlantGenericBioprocessingApparatus(PGBA),and FluidGenericBioprocessingApparatusPhase 2(FGBA2) 135. PayloadInterface Unit(PIU),RendezvousSensor(RVS) andthe Global Positioning System(GPS) plusthe interfacingcablingandMLI. 136. RiskMigationExperiment(RME) 1314 - ATV RendezvousPre-development(ARP)Kernel - FlightDemonstration. 137. AlphaMagneticSpectrometer 138. Shuttle Ozone LimbSoundingExperiment(SOLE) Hitchhiker-Junior(HH-J) payload The CoarseninginSolid-LiquidMixtures(CSLM),FiberSupportedDropletCombustion(FSDC) and CapillaryHeatTransfer(CHT) experiment
  • 6. 139. The Internal Flowsina Free Drop(IFFD),Bubble andDropNonlinearDynamics(BDND) and Astro/PlantGenericBioprocessingApparatus(A/PGBA)experiment 140. ProteinCrystal Growth(PCG) andSingle LockerThermal Enclosure System(STES) inand for Microgravity 141. TestOrbital Facility(STOF),HitchhikerCommunicationSystem(HHCS) andEuropean Space AgencyEjectionSystem(ESAJECT) all have beenapproved 142. CryogenicInfraredSpectrometerandTelescope forthe Atmosphere (CRISTA)-Shuttle PalletSatellite (SPAS)-02,InterferometerProgramExperiment(IPEX)