Comprehensive biological protocol for the lunar sample receiving laboratory
Biological quarantine protocol for safe handling and study of lunar sample in receiving laboratory for infectious or toxic properties
Source record↗
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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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Unified S-band receiver-exciter subsystem
Functional capabilities and physical arrangement of receiver exciter subsystem in unified S band Apollo communications and tracking ground station system
Bunce, R. C.↗
Experiments and operational procedures for developing germ-free seeds, seedlings, plants, tissues and cell lines for the Lunar Receiving Laboratory Final report
Germ-free seeds, seedlings, plants, tissues, and cell lines for lunar receiving laboratory, including algal and vascular plant systems
Venketeswaren, S.↗
Maximum-likelihood receiver for digital data transmission.
Digital data transmission maximum-likelihood receiver design minimizing effects of additive random noise and nearest neighbor intersymbol interference
Gonsalves, R. A.↗
Design and performance of a multi-layered stripline S-band spacecraft receiver front end.
Multilayered S band stripline spacecraft receiver front end design and performance
Christie, A. D.↗
Equivalence of FM threshold extension receivers.
FM threshold extension receivers equivalence, demonstrating phase locked loop /PLL/ and frequency locked loop /FLL/ as limiting forms of frequency demodulator with feedback /FMFB/
Hess, D. T.↗
Dual frequency receiver system for Mariner 1967 to Venus Final engineering report
Dual frequency receiver system for inclusion in Mariner 1967 spacecraft payload for use in measuring Venusian ionosphere and atmosphere by radio occultation
Fair, B. C., Jr.↗
Transient solidification outside a cooled pipe with application to a solar Brayton heat receiver
Transient solidification outside cooled pipe with application to solar Brayton heat receiver
Hu, W. W.↗
Measurement of irregularity heights by the spaced receiver technique
Spaced receiver method for measuring height variations in scintillating radio signals from artificial satellites
Paul, L. M.↗
Studies of lower ionosphere drifts by the three-receiver technique
Determination of lower ionospheric drifts by three receiver technique
Guha, D.↗
Electromagnetic interference aspects of integrating a UHF/VHF receiver onboard Mariner 5
Electromagnetic interference assessment in integration of Mariner 5 UHF/VHF receiver
Case, R. K.↗
Performance of an ideal quantum receiver of a coherent signal of random phase
Performance of ideal quantum receiver of coherent signal of random phase
Helstrom, C. W.↗
Development of an Orbital Receiver for Low-Frequency Radio Energy from the Planet Jupiter Final Report
Development of radio receiver for Pioneer F/G Asteroid-Jupiter spacecraft
Lebo, G. R.↗
An experiment to study whistlers and audio-frequency emissions with a receiving system on board the POGO S-50 satellite /OGO-C/2/ in conjunction with an existing network of ground-based observing stations Final report, 30 May 1963 - 29 Feb. 1968
Studying whistlers and audio frequency emissions with receiving system on POGO satellite in conjunction with ground based observing stations
Laaspere, T.↗
A brazing process for Cb-1Cr heat receiver tubes Final report
Zirconium-based alloy brazing of internal fins of Cb-1Zr foil to Cb-1Zr heat receiver tubes
Compton, W. A.↗
Integration of a VHF/UHF dual-channel receiver on board the Mariner 5 spacecraft
Integration of VHF/UHF dual channel receiver on board Mariner 5 spacecraft
Keller, L. H.↗
Techniques for reducing mixer conversion loss in millimeter wave receivers for communications and radiometry Final report, 1 Jan. - 31 Dec. 1968
Reducing conversion loss in semiconductor mixers of millimeter wave receivers used in radiometry and communications
Shackelford, R. G.↗
The antenna properties of optical heterodyne receivers
Antenna properties of optical heterodyne receivers
Siegman, A. E.↗