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Results for “mercury”

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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At least 739 records · Page 41

All sources NASA NTRS DOE OSTI

NASA NTRS1963

Mercury Spacecraft Pre-Launch Preparations. Part II - At the Launch Site

Mercury capsule checkout and prelaunch testing

MERCURY CAPSULE↗

NASA NTRS1963

REVIEW OF LESSONS LEARNED IN THE MERCURY PROGRAM RELATIVE TO SPACECRAFT DESIGN AND OPERATIONS

Spacecraft design and operations as learned from mercury project

MERCURY PROJECT↗

NASA NTRS1960

FREE-FLIGHT MEASUREMENTS OF STATIC AND DYNAMIC STABILITY OF MODELS OF THE PROJECT MERCURY RE-ENTRY CAPSULE AT MACH NUMBERS 3 AND 9.5

Static & dynamic stability of mercury reentry capsule scale models at mach 3 & 9.5

REENTRY VEHICLE↗

NASA NTRS1961

WIND-TUNNEL INVESTIGATION AT MACH NUMBERS FROM 0.30 TO 1.14 OF THE STATIC AERODYNAMIC CHARACTERISTICS OF MODIFIED MERCURY ESCAPE AND EXIT CAPSULE CONFIGURATIONS

Static aerodynamic characteristics of modified mercury escape and exit capsule configurations at mach numbers 0.30 to 1.4

MERCURY CAPSULE↗

NASA NTRS1961

Effects of transverse center-of-gravity displacement, afterbody geometry, and front-face curvature on the aerodynamic characteristics of Mercury-type models at a Mach number of 5.5

Effects of transverse barycenter displacement, conical afterbody, curved front face on mercury capsule supersonic aerodynamic characteristics

BARYCENTER↗

NASA NTRS1963

PROJECT MERCURY - A CHRONOLOGY

Chronology of project mercury

MERCURY PROJECT↗

NASA NTRS1963

MERCURY PROJECT SUMMARY INCLUDING RESULTS OF THE FOURTH MANNED ORBITAL FLIGHT, MAY 15 AND 16, 1963

Mercury project summary - results of fourth manned orbital flight

FAITH 7↗

NASA NTRS1963

MERCURY-REDSTONE LAUNCH-VEHICLE DEVELOPMENT AND PERFORMANCE

Mercury-redstone launch vehicle development and performance

MERCURY PROJECT↗

NASA NTRS1963

FLIGHT EXPERIENCES IN THE MERCURY PROGRAM

At this time, the National Aeronautics and Space Administration (NASA) has successfully completed five manned space flights in Project Mercury. Two of these were suborbital, and of approximately 19 minutes duration, and each of these subjected the pilot to about 5 minutes of weightlessness. The remaining three manned flights were orbital. Two of these flights involved the completion of three orbital passes, or about hours of weightlessness. The last orbital flight was extended to six orbital passes with nearly 10 hours of weightlessness. As a result of these flights, we have gained a wealth of information about space and man's ability to function in this new environment. There is, however, much which is yet to be learned regarding both of these aspects.

MERCURY PROJECT↗

NASA NTRS1962