Facsimile and accelerometer systems integration study Interim report
Mission planning and systems design of lunar surface photographic reconnaissance capsule
MISSION PLANNING↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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An Analytical Investigation of Acquisition Techniques and System Integration Studies for a Radar Aircraft Guidance Research Facility
Boresight camera records for angular tracking accuracy of aircraft
Britt, C. L.↗
Burner 2/improved Centaur integration study. Volume 2 - Costs and schedules Final report
Planning level costs and program schedule for incorporating Burner 2 on Titan/Centaur launch vehicles
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An integrated study of earth resources in the State of California using remote sensing techniques Annual progress report
Remote sensing inventories and socio-economic studies of water resources and management in California
Burgy, R. H.↗
An analytical investigation of acquisition techniques and system integration studies for a radar aircraft guidance research facility, phase 2
Aircraft tracking and guidance facility using FPS-16 radar supplemented by laser tracker permanently mounted on antenna
Thompson, W. S.↗
Bioresearch Module Design Definition and Space Shuttle Vehicle Integration Study. Volume 1: Basic Report
Preliminary designs of the Bioexplorer spacecraft, developed in an earlier study program, are analyzed and updated to conform to a new specification which includes use of both the Scout and the space shuttle vehicle for launch. The updated spacecraft is referred to as bioresearch module. It is capable of supporting a variety of small biological experiments in near-earth and highly elliptical earth orbits. The baseline spacecraft design is compatible with the Scout launch vehicle. Inboard profile drawings, weight statements, interface drawings, and spacecraft parts and aerospace ground equipment lists are provided to document the design. The baseline design was analyzed to determine the design and cost impact of a set of optional features. These include reduced experiment power and thermal load, addition of an experiment television monitor, and replacement of VHF with S-band communications. The impact of these options on power required, weight change and cost is defined.
Lang, A. L., Jr.↗
Bioresearch module design definition and space shuttle vehicle integration study. Volume 2: Appendices
Data presented in the appendices covers: (1) summary description of baseline power system; (2) revised thermal profile analysis; (3) design analysis of television monitor; (4) bioresearch module ground station support evaluation; (5) variable spin control analysis; and (6) bioresearch modules and work flow.
Lang, A. L., Jr.↗
Life sciences payload definition and integration study. Volume 1: Management summary
The objectives of a study program to determine the life sciences payloads required for conducting biomedical experiments during space missions are presented. The objectives are defined as: (1) to identify the research functions which must be performed aboard life sciences spacecraft laboratories and the equipment needed to support these functions and (2) to develop layouts and preliminary conceptual designs of several potential baseline payloads for the accomplishment of life research in space. Payload configurations and subsystems are described and illustrated. Tables of data are included to identify the material requirements for the space missions.
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Life sciences payload definition and integration study. Volume 2: requirements and design studies
For abstract, see .
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Life sciences payload definition and integration study. Volume 3: Appendices
Detail design information concerning payloads for biomedical research projects conducted during space missions is presented. Subjects discussed are: (1) equipment modules and equipment item lists, (2) weight and volume breakdown by payload and equipment units, (3) longitudinal floor arrangement configuration, and (4) nonbaseline second generation layouts.
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An Integrated Study of Earth Resources in the State of California Using Remote Sensing Techniques
Remote sensing techniques for regional planning and managing earth resources, particularly water resources in California
R. N. Colwell↗
An Integrated Study of Earth Resources in the State of California Using Remote Sensing Techniques: Introduction
A study of California's water project by remote procedures is presented. The program is designed to acquire data, analyze the data, and effect means by which the data may be used most effectively.
Colwell, R. N.↗
An Integrated Study of Earth Resources in the State of California Using Remote Sensing Techniques
Remote sensing techniques for managing California earth resources
Colwell, R. N.↗
An integrated study of earth resources in the state of California using remote sensing techniques
The earth resources study for California is reported. The objectives, user needs, water management, data acquisition, data processing, and atmospheric effects in image transfer are discussed.
Colwell, R. N.↗
An analytical investigation of acquisition techniques and system integration studies for a radar aircraft guidance research facility, phase 2
A review of user requirements and updated instrumentation plans are presented for the aircraft tracking and guidance facility at NASA Wallops Station. User demand has increased as a result of new flight research programs; however, basic requirements remain the same as originally reported. Instrumentation plans remain essentially the same but with plans for up- and down-link telemetry more firm. With slippages in the laser acquisition schedule, added importance is placed on the FPS-16 radar as the primary tracking device until the laser is available. Limited simulation studies of a particular Kalman-type filter are also presented. These studies simulated the use of the filter in a helicopter guidance loop in a real-time mode. Disadvantages and limitations of this mode of operation are pointed out. Laser eyesafety calculations show that laser tracking of aircraft is readily feasible from the eyesafety viewpoint.
Thompson, W. S.↗
An integrated study of earth resources in the state of California based on ERTS-1 and supporting aircraft data
There are no author-identified significant results in this report.
Colwell, R. N.↗
Life science payload definition and integration study, task C and D. Volume 3: Appendices
Research equipment requirements were based on the Mini-7 and Mini-30 laboratory concepts defined in Tasks A and B of the intial LSPD contract. Modified versions of these laboratories and the research equipment within them were to be used in three missions of Shuttle/Sortie Module. These were designated (1) the shared 7-day laboratory (a mission with the life sciences laboratory sharing the sortie module with another scientific laboratory), (2) the dedicated 7-day laboratory (full use of the sortie module), and (3) the dedicated 30-day laboratory (full sortie module use with a 30-day mission duration). In defining the research equipment requirements of these laboratories, the equipment was grouped according to its function, and equipment unit data packages were prepared.
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Life sciences payload definition and integration study, task C and D. Volume 4: Preliminary equipment item specification catalog
A specification catalog to define the equipment to be used for conducting life sciences experiments in a space laboratory is presented. The specification sheets list the purpose of the equipment item, and any specific technical requirements which can be identified. The status of similar hardware for ground use is stated with comments regarding modifications required to achieve spaceflight qualified hardware. Pertinent sketches, commercial catalog sheets, or drawings of the applicable equipment are included.
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