Title
Select... "Human Performance Issues Arising From Manned Space Station Missions." "Skylab Mission Commentary 5/14/73 1:10 CST 18:04 GET 5:32 MC27/1" - "Skylab Mission Commentary 5/15/73 1:20 CST MC38/1." "Skylab: An Adventure in Science and Photography." "SkyLab: An Oral History of America's First Space Station." "SL II MC 1/1 Time: 6:32 a.m. CDT, T-01:25:00 GET 5/25/73" - "SL-II MC-11/3 Time: 08:01 A.M. CDT, T-1 minute Get 5/25/73." "SL-II MC-109/1 Time: 20:02 CDT 1:12:02 GET 5/26/73"-"SL-II MC-114/3 Time: 21:36 CDT 01:13:36 GET 5/26/73." "SL-II MC-114/4 Time: 21:36 CDT 01:13:36 GET 5/26/73" - "SL-II MC-117/4 Time: 23:47 CDT, 1:15:47 GET 5/27/73." "SL-II MC-60/1 Time: 22:50 CDT 14:50 GET 5/25/73" - "SL-II MC 64/1 Time: 01:25 CDT 17:25 GET 5/25/73." "SL-II MC-616/1 Time: 20:41 CDT, 14:01:41 GMT 6/6/73" - "SL-II MC-630/1 Time: 07:57 CDT, 14:12:57 GMT 6/7/73." "SL-II MC-64/2 Time: 01:25 CDT 17:25 GET 5/25/73" - "SL-II MC 75/2 Time: 10:17 a.m. CDT 1:02:17 GET 5/26/73." "SL-II MC-81/1 Time: 11:44 a.m. CDT, 1:03:44 GET 5/26/73" - "SL-II MC-88/1 Time: 1:34 p.m. CDT 1:05:34 GET 5/26/73." "SL-II MC-88/2 Time: 1:34 p.m. CDT, 1:05:34 GET 5/26/73" - "SL-II MC-96/1 Time: 15:13 p.m. CDT 1:07:13 GET 5/26/73." "SL-II MC-97/1 Time: 3:23 p.m. CDT, 1:07:23 GET 5/26/73" - "SL-II MC-101/2 Time: 4:56 p.m. CDT 1:08:56 GET 5/26/73." "SL-II MC75/3 Time: 10:17 a.m. CDT, 1:02:17 GET 5/26/73" - "SL-II MC-79/3 Time: 11:24 a.m. CDT 1:03:24 GET 5/26/73." "SL-III MC-1/1 Time: 05:01 CDT 09:10 GMT 7/28/73" - "SL-III MC-10/4 Time:06:08 CDT 09:11:08 GMT 7/8/73." "The Skylab Student Project." "Time: 17:15 p.m. CDT, 1:09:15 GET SL-II MC102/1 5/26/73" - "SL-II MC-108/1 Time: 19:53 p.m. CDT 1:11:53 GET 5/26/73." External and Electronic Views of the Skylab Habitat. External Views of Skylab Habitat and Skylab Airlock. Internal Forward View of the Skylab Habitat. Internal Views of Cone Area and Multiple Docking Adapter. Internal Views of Skylab Control Systems, External and Internal views of Skylab Electronic Systems. Internal Views of Skylab Experiments. Internal Views of Skylab Storage Systems. NASA Announcement of Plans to Launch First Orbital Workshop. Skylab Airlock Components, and Skylab Airlock Internal Views. Skylab Airlock Components. Skylab Airlock, and Skylab Airlock Components being Prepared for Installation. Skylab Blueprint "119700." Skylab Blueprint "119702." Skylab Blueprint "119706." Skylab Control Panels. Skylab Control Systems, Skylab Life Support Systems. Skylab External Views. Skylab Food Storage Systems, Skylab Life Support Systems. Skylab Habitat Food Preparation Area Systems. Skylab Habitat Urine and Fecal Processing Systems. Skylab Human Factors Systems. Skylab Life Support Systems Internal Views, and Skylab Life Support Systems Electronic Views. Skylab Life Support Systems, and Skylab Storage Systems. Skylab Life Support Systems, Skylab Storage Systems, and Skylab Electronic Systems. Skylab Life Support Systems, Skylab Storage Systems, and Skylab Experimentation. Skylab Life Support Systems. Skylab Molecular Sieve Components of Life Support System. Skylab Neutral Buoyancy Testing. Skylab Orbit Workshop Components, and Skylab Orbital Workshop Electronic Systems. Skylab Provision Storage Systems. Skylab Reuse Diagrams. Skylab Storage Systems, Skylab Habitat. Skylab Storage Systems, Skylab Safety Systems Skylab Stowage Systems. Skylab Testing and Equipment. Skylab Trash Airlock System, Skylab Habitat Area. Skylab Unrefrigerated Storage Systems. Skylab Water Storage Systems.
Description
Select... Students involved in the student experiment selection are: Bochsler, Daniel C., Converse, Vincent W., Crites, Troy A., Dunlap, W. Brian, Hamilton, John C., Hopfield, Alison, Jackson, Kathy L., Johnston, Roger G., Leventhal, Jeanne L., Meister, Todd A., Miles, Judith S., Peltz, Cheryl A., Quist, Terry C., Reihs, Joe W., Schlack, Donald W., Wordekemper, Joel G., Shannon, Neal W., Staehle, Robert L., Zmolek, Joe B. Students whose experiments were held in consideration for future programs are Stein, Keith L., Brandt, Kent M., McGee, Keith, Sherhart, Kirk M., Merkel, Gregory A., Healy, James E. The images depict the Skylab experiments, as installed in the Skylab habitat. The images also depict the Skylab tape recorder, which would be used to record data from the three manned Skylab missions. The images depict an internal view of the Skylab life support systems. The images depict an electronic view of the Skylab life support systems. The images depict the Skylab coolant system which supported extravehicular activity. The images depict components of the Skylab airlock being prepared in the cleanroom. The images depict the Skylab airlock stowage container. The image depicts an internal view of the Skylab airlock. The images depict components of the Skylab airlock being prepared in the cleanroom. The images depict the Skylab airlock stowage container. The images depicts an internal view of the Skylab airlock. The images depict the installation of Skylab airlock components in the Skylab airlock. The images depict external views of Skylab Orbital Workshop components. The images depict internal views of Skylab Orbital Workshop electronic systems. The images depict external views of the Skylab habitat, and the Skylab airlock during the assembly process. The images depict external views of the Skylab habitat. The images depict external views of the instillation of Skylab Electronic Systems. The images depict external views of Skylab life support systems. The images depict external views of the Skylab habitat. The images depict external views of the Skylab electronic systems. The images depict in internal view of the Skylab control systems. The images depict the control systems for the Skylab airlock The images depict internal and external views of Skylab electronic systems. The images depict internal and electrical views of the molecular sieve in the Skylab life support systems. The images depict internal and external views of the Skylab Orbital Workshop life support systems. The primary life support systems depicted in the photos are the temperature control systems. The images depict Skylab life support systems. The images depict Skylab storage systems related to life support and experimentation. The images depict Skylab experiments. The images depict the assembly process for aspects of the Skylab habitat. The pictures primarily depict external views, and internal electronics. The pictures feature the Skylab docking port in various states of assembly. The images depict the ducts of the Skylab life support systems. The images depict Skylab storage systems. The images depict the electronic and external views of the Skylab airlock during the assembly process. The images also depict airlock components being prepared seperately from the Skylab airlock, in the cleanroom, to be installed on the Skylab airlock. The images depict the Skylab cone area, and includes descriptions of the stowage systems in the cone area. The images also depict the multiple docking adapter The images depict the Skylab fecal bag storage lockers. The images depict the Skylab food refrigeration and storage systems. The images depict the Skylab food preparation table. The images depict the Skylab food storage systems. The images depict the Skylab food storage systems for refrigerated and unrefrigerated food. The images depict the Skylab temperature control systems for the habitat area. The images depict the Skylab habitat from an internal forward view. The images depict the docking port and the docking tunnel. The images depict the stowage systems designed to hold experiments that would be carried out in space. The image depicts completed wiring systems. The images depict the Skylab internal temperature control systems. The images depict the Skylab unrefrigerated and refrigerated food storage systems. The images depict Skylab's electronic systems related to the temperature control systems and the food storage systems. The images depict the Skylab neutral buoyancy tests. The images depict the Skylab neutral buoyancy tests. The images depict the Skylab equipment tests. The images depict the Skylab refrigerated & unrefrigerated food storage stystem. The images depict the Skylab unrefrigerated non-food provision storage, including storage for medical supplies and storage for washcloths. The images depict the Skylab storage systems for unrefrigerated provisions. The images depict the Skylab storage systems for film. The images depict the Skylab safety systems, including the Skylab fire extinguisher. The images depict the Skylab trash disposal airlock system. The images depict the Skylab habitat. The images depict the Skylab urine freezing and preservation systems. The images depict the Skylab fecal collection systems. The images depict the Skylab wastewater disposal system. The images depict the Skylab waste disposal systems. The images depict the Skylab provision storage systems. The images depict the Skylab sleeping compartments. The images depict the Skylab water storage systems, and the water related utilities onboard Skylab. The images depict the storage systems in the Skylab habitat. These storage systems contain materials to support habitation, or they contain experiment components. The images depict various Skylab electronic systems related to control systems. The images depict various Skylab life support systems. The images depict various Skylab storage systems. The images depict various aspects of the Skylab habitat. These diagrams depict potential options for reuse of the Skylab habitat for the Space Shuttle program. This blueprint depicts a working space for the Skylab habitat, and includes work stations, and storage systems. This blueprint also depicts the water storage system for the Skylab habitat. This blueprint depicts some of the life support systems of skylab, especially as related to temperature control. This blueprint also depicts storage, and food refrigeration, as well as food preparation spaces. This blueprint depicts the working space of the Skylab astronauts. It includes the layout of the workstations, and the locations of both provision containers, and experiment supply containers. It also depicts the location of the local mobility aids such as handrails and foot restraints. This is a series of interviews with various anonymous astronauts from various programs including Skylab, focused on the future of manned spaceflight. This leaflet gives an overview of types of film and camera systems being used in photography and observations on Skylab, the first space station launched by the United States. This mission commentary depicts NASA's attempts to alleviate some of the temperature issues caused by the broken micrometeoroid shield on Skylab 1. This mission commentary depicts Skylab 2 docking with Skylab 1. This mission commentary also depicts the Skylab 2 crew beginning work on resolving the solar panel and micrometeoroid shield problems. This mission commentary depicts the improving temperature conditions on Skylab 1 following the Skylab 2 crew's efforts to resolve the temperature problems. This mission commentary depicts the initial discovery of Skylab 1's Orbital Workshop Solar arrays not deploying as intended. This mission commentary depicts the Skylab 1 launch. This mission commentary depicts the Skylab 2 crew trying to resolve a low temperature problem in the scientific airlock. The commentary also depicts the Astronaut assessment of the Orbital Workshop high temperature problems. This mission commentary depicts the Skylab 2 crew working to secure the fastening between the Skylab 2 command module and the Skylab 1 habitat. This mission commentary also depicts the Skylab II crew working on the life support systems. This mission commentary describes the Skylab 3 launch. This mission commentary primarily depicts the Skylab 2 crew carrying out maintenance on the life support systems. This mission commentary also depicts the Skylab 2 crew operating the Apollo Telescope Mount. This mission commentary primarily depicts the Skylab 2 crew discussing the deployment of the parasol for the alleviation of temperature pressures. The Skylab 2 crew is also depicted making the preparations for the deployment of the solar parasol. This mission commentary primarily depicts the Skylab 2 crew finishing their work on the solar parasol. This mission commentary also depicts the discussion between the Skylab 2 crew and ground control about the permanent move to habitation in the Orbital Workshop. This mission commentary primarily depicts the Skylab 2 crew transitioning to permanent habitation in the Skylab 1 Orbital Workshop from the Skylab 2 Command module. This mission commentary primarily depicts the Skylab 2 crew unpacking and assembling the solar parasol. The Skylab 2 crew is also depicted deploying the solar parasol. This mission commentary primarily depicts the Skylab 2 crew working on, and maintaining the Apollo Telescope Mount systems. This video was released in conjunction with Skylab's 30th anniversary in 2003. It contains video footage from the Skylab program as well as interviews with those associated with the program.
Subject
Select... Airlock modules Apollo applications program Apollo Telescope Mount Bean, Alan L. Belew, Leland F. Conrad, Charles, Jr. Drag chutes Earth Resources Program Experimentation Extravehicular mobility units Film Vault Garriott, Owen K. George C. Marshall Space Flight Center George C. Marshall Space Flight Center. Public Affairs Office Gibson, Edward G. Human factors in engineering design John F. Kennedy Space Center Kerwin, Joseph P. Life support systems Lousma, Jack R. Manned Spacecraft Center (U.S.) McDonnell Douglas Corporation Merritt Island (Fla.) Multiple docking adapters Musgrave, Story National Science Teaching Association Neutral buoyancy simulation Onboard equipment Provisioning Saturn launch vehicles Schweickart, Russell L. Science—Study and teaching Skylab 1 Skylab 2 Skylab 3 Skylab 30th anniversary Skylab Program Space habitats Space photography Spacecraft control Spacecraft electronic equipment Spacelab Spent Stage Workshop United States. National Aeronautics and Space Administration Von Braun Symposium Weitz, Paul J.
