Hearings, Volume 2

Front Cover
U.S. Government Printing Office, 1966
 

Contents

Federal expenditures defense atomic energy and space as a percent 112 5 NAÅ A Manned Space Flight fiscal year 1967 budget estimate
112
Manned Space Flight general objectives
155
Manned Space Flight specific objectives time phasing
156
Major MSF milestones
157
NASA Office of Manned Space Flight_
158
Manpower management
162
Mission operations organization
163
Launch operations changes
164
SaturnApollo Applications organizational relations
165
Roles of Manned Space Flight Centers for SaturnApollo Applica tions___
166
Advanced Manned Missions Experiments Office
167
MSF experiment program
168
Phase A Advanced studies conceptfeasibility studies
169
Phase B Project definition
170
Phase D Development and operations_
171
Manned space flight incentive contract conversion_
173
Space medicine
175
Manned space flightGovernment relation DOD_
176
Manned space flightGovernment relation HEW Commerce AEC
177
Manned Space Flightindustry relationships
179
Apollo executive group
180
Operations executive group
181
SaturnApollo contractor and Government meeting on manufacturing technology
183
Gemini objectives
184
Gemini III launch_
185
Extravehicular activity Gemini IV
186
Earth orbit rendezvous Gemini 7Gemini 6
187
Incentive contract summary
188
Twomonth launch interval study__
189
Significance of medical data through Gemini VII
191
Apollo program objectives
196
Apollo space vehicle capability
197
Apollo program phasing
198
Apollo flight development phases
199
Primary objectives ApolloSaturn 201___
200
Primary objectives ApolloSaturn I first manned flight___
201
Manned Space Flight program management
202
Launch vehicle and spacecraft supporting certification review phasing
203
Apollo scheduling system_
205
Control levels
206
Levels of change authority
207
Apollo data management system
208
Apollo incentive contract status
209
Apollo technical support
210
Manned Space Flight total employment_
211
Marshall Space Flight CenterTest area_
213
Mississippi Test FacilityTest stand complex__
214
Michoud Assembly Facility
216
Manned Spacecraft CenterAnechoic chamber_
217
Manned Spacecraft CenterEnvironmental test chamber
218
Manned Spacecraft Center Flight acceleration facility
219
White Sands Test FacilityLunar module test site
220
White Sands Test FacilityApollo command and propulsion module test site
221
Kennedy Space CenterLaunch complex 39 area A
222
Kennedy Space CenterVehicle assembly building
223
Kennedy Space CenterLaunch complex 37
224
Exploitation of presently programed capabilities
226
Present Apollo capability
228
Basic Apollo missionsAAP capabilities
229
Derivation of Apollo Applications objectives
230
Apollo ApplicationsSpecific objectives__
231
Research Laboratory
232
Apollo ApplicationsSynchronous orbit operations orbital telescope
233
Apollo ApplicationsCargo and personnel transfer operations_
235
Apollo ApplicationsExtravehicular activity
236
Apollo ApplicationsExtended lunar exploration_
238
Apollo ApplicationsMission concepts
239
Apollo ApplicationsBasic hardware procurement initiation for follonon flights
240
Apollo Applications program cost variation
241
Apollo Applications major 1965 accomplishments
242
Apollo Applications major 1966 planned activities
243
Apollo programThe job ahead
244
planned major activities spacecraft__
245
planned major activities launch vehicles
246
planned major activities spacecraftCheckout__
247
Basis for confidence__
248
AS201 mission sequence
249
AS202 mission sequence
250
Mission sequence_
251
Launch crew training
252
Flight controller training
253
Apollo flight crew training
254
MSF program evolution alternatives
255
Earth orbital program
256
Lunar programsApollo
257
Lunar programsPower systems
258
Planetary program
259
MSF capability growth_
260
Categories of Earth orbital studies_
261
Categories of planetary studies
263
MSF vehicles study area___
264
Saturn vehicles upratingimprovement techniques
265
NASA Manned Space Flight fiscal year 1967 budget estimate
266
Kennedy Space CenterApollo propulsion module____
269
Mississippi Test FacilityNavigation lock and bascule bridge__
271
Mississippi Test FacilitySaturn V first stage dual position test stand___
272
Space science and applicationsProgram content_
279
Luna 9 photograph of lunar surface
302
Facsimile of lunar surface_
303
Space science and applicationsSpace missions lunar and planetary
339
Space science and applicationsSpace missions meteorology
340
Space science and applicationsSpace missions launch vehicles
341
Space science and applicationsFlight missions__
342
Space science and applications Program content_
343
Program contentPhysics and astronomy
344
Areas of significant OÄœO I and II measurements
346
Program contentLunar and planetary
348
Ranger photographs__
349
Mariner IVMars photographs_
351
Operational use of data by Weather Bureau_
353
154b TOS system concept
354
Tiros IX_view of the global circulation_
355
Nimbus I
356
Program contentCommunications and ATS
357
Televising Gemini 6 and 7 recoveries_
358
Program contentBioscience__
359
Automated urine analysis apparatus
360
Turbidostat continuous culture equipment for hydrogenomonas
361
First photo ever obtained of Gegenschein
362
Synoptic terrain photography
363
Program contentSustaining university program
365
Regional distribution of NASA trainees 196566
366
Sustaining university programResearch
367
Program contentLaunch vehicle development
368
Program contentLaunch vehicle procurement
369
Administrative operations budget
370
Fiscal year 1967 construction projects
371
Tracking and data acquisition
381
NASA tracking and data acquisition stations
383
Tracking and data acquisition support of Gemini 76 mission_
384
Mariner IV mission support
385
Tracking and data acquisition fund requirements
386
Apollo support stations
387
Manned Space Flight network implementation for Apollo
388
Instrumentation ship schedule
389
NASA tracking and data acquisition stations
412
Tracking and data acquisitionSupport of Gemini 76 mission
414
Ranger IX support___
415
Tracking and data acquisition programFund requirements_
416
Instrumentation ship schedule
417
T2 tanker and Apollo tracking ship conversion
418
Apollo reentry shipsHurricane damage and salvage operations
419
Apollo support stations___
421
Station at Guam for Manned Space Flight support__
422
Deep space network planned support
423
Added facilities for deep space support
424
Satellite program support
425
Satellite support stations
426
Tracking and data acquisition station Rosman N C
427
Communications requirements for Apollo mission control
428
Communication satellite coverage for Apollo support
429
Tracking and data acquisition NASA direct manpower
430
NASADOD cooperation
432
NASAOART budget
435
Advanced research and technology
436
OART program distribution
437
VSTOL transition research wind tunnel
438
Propulsion systems laboratory
439
Advanced research and technology
440
Solid rocket motor firing
442
Status of SNAP 8 testing
443
Discipline group
444
Physiological data from aircraft flights
445
Mariner IVTV processing___
446
Advanced research and technology
482
Aeronautical simulators
483
Air traffic control
484
VSTOL stability and control
485
Helicopter research
486
Helicopter research
487
Helicopter research
488
Progress in space group 241 Lifting reentry vehicle HL10
491
Project fire
492
Solid rocket motor firing
493
Progress in nuclear rockets
494
SNAP 8 NaK pump testing
495
Status of SNAP 8 testing
496
Electric propulsion____
497
Fluid mechanics of blood flow
498
Advanced space suit_
499
Human factor systems program
500
Mariner IVTV processing
501
Laser tracking
502
Supersonic aircraft
503
Stress corrosion of titanium
504
Human endoradiosonde
505
Physiological data___
506
Automobile braking studies
507
Outgrowth of aircraft operation study
508
Automobile braking studies
509
NASAOART budget
510
Planning process
511
Program cycle
512
Aeronautics_
513
Operation of jet VTOL aircraft_
515
Airborne system__
516
Expansion of propulsion systems laboratory
518
Relation of internal to external forces
520
Perceived noise levels
522
Advanced research and technology
523
Earth orbit launch weights___
525
Rechargeable space batteries_
528
Projected SNAP 8 applications
529
Discipline group
530
Effect of atomic structure on friction
531
Life support_
532
Human factors system program
533
Recycling life support system test_
534
Optical radar__
536
Statistical data compression ____
537
Impact of integrated electronics__
538
Propulsion module concept__
565
Versatility
566
Earth orbit weights
567
Manned Mars landing 1986
568
Nuclear rocket vehicle for manned planetary landing missions
569
Manned planetary flyby missions_
570
Interplanetary mission summary
571
Nuclear rocket program parts_
572
Graphite reactor
573
Engine system test
574
Graphite reactor
575
NRXA3 test results
576
Nominal design values___
577
Phoebus IA reactor at test cell_
578
Increased test cell C capacity
579
Growth of fuel element performance__
580
Nozzle comparison
581
Phoebus 2 nozzle development_
582
Nuclear rocket engine__
583
Reactor test_
584
Hot bleed port nozzle___
586
Nuclear rocket systems experiment
587
Cold flow engine tests_
588
Ground experiment engine
589
Exhaust duct elbow fabrication_
590
EMAD handling equipment_
591
Pressure acceleration and temperature measurement_
592
Cable and cable assemblies
593
Engine configurations___
595
Thermal cycle failure of tungsten
596
Improved tungstenuraniumeioxide fuel
597
Tungsten uraniumdioxide fuel 196263
598
Comparison between solidcore reactors__
599
Liquid nuclear fuel reactor_
600
Cavity reactor concepts research part B
602
Isotopic thruster___
603
Nuclear rocket technology utilization_
604
Operating range of power sources_
606
Space power systems under investigation_
607
Nuclear heat source_
609
Nimbus BSNAP 19___
610
Apollo lunar surface experiment package_
611
Brayton turboelectric_
612
Brayton cycle research turbine 6inch diameter
613
Shipping of reactor systems
615
Shipping of reactor systems
616
Shipping of reactor systems
617
SNAP 8 power system
618
Status of SNAP 8 testing
619
SNAP 8 NaK pump
620
SNAP 8 condenser_
621
SNAP 8 turbine failure
622
Ground prototype test facility
623
Advanced nuclear power technology
625
Advanced systems_
626
Twostage potassium turbine rotor_
627
Potassium turbine after 2000hour endurance test
628
Voyager planning 314
714
Opening statement by the chairman__ 1
1

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