National Space Goals for the Post-Apollo Period: Hearings on Alternative Goals for the National Space Program Following the Manned Lunar Landing. Eighty-ninth Congress, First Session. August 23, 24, and 25, 1965

U.S. Government Printing Office, 1965 - 383 lappuses

Page	1

Hess Dr Harry H member National Academy of Sciences Chairman Space Science Board Chairman Department of Geology Princeton University 269	2

Webb James E Administrator National Aeronautics and Space Adminis tration	3

Figure	7

Lunar landed payloads	28

Manned space flight general objectives	48

MSF program evolution alternatives	50

Exploitation of presently programed capabilities	51

Space physics and subsystem developmentoutboard profile	95

Space physics and subsystem developmentinboard profile	96

Lunar orbiting LEM laboratory	97

Spacecraft power requirements	162

Earth orbit launch weightsMars mission	164

Attitude control and stationkeeping systems550pound satellite	165

Protection against micrometeoroids	167

Figure Page 42 Weight savings due to use of plasma shielding	169

Apollo applications objectives	52

Compatible grouping of payloads with individual experiments	53

Experiment pallet	54

Apollo spacecraft for orbital missions	55

Biosciencephysical science laboratory	56

Lunar exploration capabilities	57

LEM shelter	58

LEM taxi	59

Apollo applications planning schedules	60

MSF program alternatives	61

MSF program evolution alternatives 1	63

MSF program evolution alternatives 2	65

MSF program evolution alternatives 3	66

MSF program evolution alternatives 4 and 5	68

Space project cycle	78

Manned Earth orbit experiments	80

Lunar surface scientific mission objectives	81

Planetary mission objectives	82

Future program logic diagram	83

Bioscience	85

Operations techniques and advanced mission spacecraft sub systems	86

Astronomyastrophysics	87

Physical sciences	88

Extravehicular engineering activities	89

Advanced technology and supporting research	90

Biosciencephysical science laboratory	92

Space operationsbioscience laboratoryoutboard profile	93

Space operationsbioscience laboratoryinboard profile	94

Life support systems technology availability	170

Projected gyro life improvements___	172

Pointing sensors accuracy requirements	173

Projected communications capability to Mars	174

Data compression potential video	176

Data storage projections_	177

Atmospheric and space vacuum levels	178

Effect of advances in structures and propulsion on useful load ratio of VSTOL aircraft__	180

Range estimates for subsonic and supersonic combustion ramjets__	182

Materials considerations for hypersonic flight in the mach 68 range_	183

Hypersonic test facility capability	184

Graphite reactor___	207

Propulsion module concept_	208

Earthorbit weights for manned Mars missions	209

Earthorbit weights for manned Mars missions	210

Manned Mars landing mission 1978_	211

Manned Mars landing mission 1986	212

Effect of engine thrust on lunar landed payload and operating time	213

Effect of engine thrust on lunar landed payload and operating time	214

NASA requests to AEC for isotope thermoelectric systems_	216

Solar power system characteristics	219

Chemical power system characteristics_	220

Nuclear power systems	221

Facilities dollars per capita___	224

NASA research facilities grants	225

Additional information supplied by witnesses to questions from the com	334

Index___	363

III	381

Nosaukums	National Space Goals for the Post-Apollo Period: Hearings on Alternative Goals for the National Space Program Following the Manned Lunar Landing. Eighty-ninth Congress, First Session. August 23, 24, and 25, 1965
Autors	United States. Congress. Senate. Committee on Aeronautical and Space Sciences
Izdevējs	U.S. Government Printing Office, 1965
Oriģināls no	Mičiganas Valsts universitāte
Digitalizēta	14.8.2014
Apjoms	383 lappuses

Eksportēt avotu	BiBTeX EndNote RefMan

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