NASA Logo

NTRS

NTRS - NASA Technical Reports Server

Collections About News Help Login
Back to Results
Proceedings of Outer Planet Probe Technology Workshop, Sections I Through IVOuter planet probe design requirements are studied in relation to scientific payloads for a Saturn Uranus baseline configuration and the influence of Titan and Jupiter options on mission planning.
Document ID
19750012286
Acquisition Source
Legacy CDMS
Document Type
Conference Proceedings
Date Acquired
September 3, 2013
Publication Date
August 1, 1974
Subject Category
Astronautics (General)
Report/Patent Number
NASA-CR-137543
Report Number: NASA-CR-137543
Accession Number
75N20358
Funding Number(s)
CONTRACT_GRANT: NAS2-7541
Distribution Limits
Public
Copyright
Work of the US Gov. Public Use Permitted.

Related Records

IDRelationTitle19750012287WorkKeynote address19750012288WorkNew IR observations of Titan and potential of in-situ atmospheric analysis of the outer planets19750012289WorkUpper atmospheres and diagnostic measurements19750012290WorkCompositional measurements by outer planet entry probe19750012291WorkPioneer 10 Jupiter atmospheric definition results: A summary19750012292WorkImpact of science objectives and requirements on probe mission and system design19750012293WorkUranus science planning19750012294WorkScience payload19750012295WorkOuter planet mission analysis overview19750012296WorkOuter planet probe navigation19750012297WorkThe Pioneer spacecraft as a probe carrier19750012298WorkThe Mariner Spacecraft as a Probe Carrier19750012299WorkSelection of a common communication link geometry for Saturn, Uranus and Titan19750012300WorkCommunications constraints on a Jupiter probe mission19750012301WorkTen bar probe technical summary19750012302WorkViking lander design and systems integration19750012303WorkPioneer Venus probe design19750012304WorkProbe interface design consideration19750012305WorkProbe design19750012306WorkProbe design and system integration19750012307WorkEntry aerodynamics and heating19750012308WorkEffect of initial conditions on deduced atmosphere for Uranus and Jupiter entries19750012309WorkRadiative relaxation rates and intensities during outer planet entries19750012310WorkNon-equilibrium shock-layer computation for Saturn probes19750012311WorkViking entry aerodynamics and heating19750012312WorkCalculation of downstream radiative flow fields with massive ablation19750012313WorkThe aerothermal environment and material response: A review19750012314WorkCarbon phenolic heat shields for Jupiter/Saturn/Uranus entry probes19750012315WorkTests of heat shield materials in intense laser radiation19750012316WorkMajor uncertainties influencing entry probe heat shield design19750012317WorkHigh purity silica reflecting heat shield development19750012318WorkPerformance of reflecting silica heat shields during entry into Saturn and Uranus19750012319WorkHigh purity silica reflective heat shield development19750012320WorkAmes facility for simulating planetary probe heating environments19750012321WorkCommunications and data handling19750012322WorkMicrowave propagation in the atmosphere of the outer planets19750012323WorkData link relay design19750012324WorkDigital receiver simulation19750012325WorkConvolutional code performance in planetary entry channels19750012326WorkRadio frequency science considerations19750012327WorkDetermination of the composition of rarefied neutral atmospheres by mass spectrometers carried on high-speed spacecraft19750012328WorkA mass spectrometer concept for identifying planetary atmosphere composition19750012329WorkMass spectrometric measurements of atmospheric composition19750012330WorkComparative atmosphere structure experiment19750012331WorkImpact of the retained heat shield concept on science instruments19750012332WorkCloud detecting nephelometer for the Pioneer-Venus probes19750012333WorkAn application of gas chromatography to planetary atmospheres19750012334WorkAn overview of planetary quarantine considerations for outer planet probes19750012335WorkPlanetary quarantine impacts on probe design19750012336WorkViking planetary quarantine procedures and implementation19750012337WorkRadiation effects19750012338WorkJupiter radiation belt electrons and their effects on sensitive electronics19750012339WorkThermal control for planetary probes19750012340WorkOuter planet probe cost estimates: First impressions19750012341WorkCost Modeling Techniques for Design Maturity19750012342WorkDesign-to-cost19750012326WorkRadio frequency science considerations19750012305WorkProbe design19750012324WorkDigital receiver simulation19750012302WorkViking lander design and systems integration19750012298WorkThe Mariner Spacecraft as a Probe Carrier19750012333WorkAn application of gas chromatography to planetary atmospheres19750012323WorkData link relay design19750012303WorkPioneer Venus probe design19750012329WorkMass spectrometric measurements of atmospheric composition19750012310WorkNon-equilibrium shock-layer computation for Saturn probes19750012316WorkMajor uncertainties influencing entry probe heat shield design19750012319WorkHigh purity silica reflective heat shield development19750012314WorkCarbon phenolic heat shields for Jupiter/Saturn/Uranus entry probes19750012327WorkDetermination of the composition of rarefied neutral atmospheres by mass spectrometers carried on high-speed spacecraft19750012318WorkPerformance of reflecting silica heat shields during entry into Saturn and Uranus19750012311WorkViking entry aerodynamics and heating19750012325WorkConvolutional code performance in planetary entry channels19750012340WorkOuter planet probe cost estimates: First impressions19750012322WorkMicrowave propagation in the atmosphere of the outer planets19750012337WorkRadiation effects19750012295WorkOuter planet mission analysis overview19750012292WorkImpact of science objectives and requirements on probe mission and system design19750012332WorkCloud detecting nephelometer for the Pioneer-Venus probes19750012321WorkCommunications and data handling19750012331WorkImpact of the retained heat shield concept on science instruments19750012338WorkJupiter radiation belt electrons and their effects on sensitive electronics19750012290WorkCompositional measurements by outer planet entry probe19750012294WorkScience payload19750012300WorkCommunications constraints on a Jupiter probe mission19750012293WorkUranus science planning19750012289WorkUpper atmospheres and diagnostic measurements19750012339WorkThermal control for planetary probes19750012291WorkPioneer 10 Jupiter atmospheric definition results: A summary19750012287WorkKeynote address19750012307WorkEntry aerodynamics and heating19750012320WorkAmes facility for simulating planetary probe heating environments19750012336WorkViking planetary quarantine procedures and implementation19750012301WorkTen bar probe technical summary19750012341WorkCost Modeling Techniques for Design Maturity19750012313WorkThe aerothermal environment and material response: A review19750012328WorkA mass spectrometer concept for identifying planetary atmosphere composition19750012299WorkSelection of a common communication link geometry for Saturn, Uranus and Titan19750012330WorkComparative atmosphere structure experiment19750012308WorkEffect of initial conditions on deduced atmosphere for Uranus and Jupiter entries19750012335WorkPlanetary quarantine impacts on probe design19750012304WorkProbe interface design consideration19750012288WorkNew IR observations of Titan and potential of in-situ atmospheric analysis of the outer planets19750012296WorkOuter planet probe navigation19750012312WorkCalculation of downstream radiative flow fields with massive ablation19750012309WorkRadiative relaxation rates and intensities during outer planet entries19750012334WorkAn overview of planetary quarantine considerations for outer planet probes19750012317WorkHigh purity silica reflecting heat shield development19750012297WorkThe Pioneer spacecraft as a probe carrier19750012306WorkProbe design and system integration19750012315WorkTests of heat shield materials in intense laser radiation19750012342WorkDesign-to-cost
No Preview Available