Calculation of leakage between metallic sealing surfaces.
Leakage flow calculation method for seal interface between metallic surfaces, noting application to fluid connector design
Gitzendanner, L. G.↗
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Design Criteria for Zero Leakage Connectors for Launch Vehicles. Mathematical Model of Interface Sealing Phenomenon, Volume 2 Final Report
Mathematical model of interface sealing phenomenon in determining design criteria for zero leakage connectors for launch vehicles
Gitzendanner, L. G.↗
Simulated hydrogen cross-leakage in a low-temperature, contained-electrolyte hydrogen-oxygen fuel cell
Simulated hydrogen leakage in electrolytic hydrogen-oxygen fuel cells
Hagedorn, N. H.↗
Causes, measurement, and elimination of fuel element fission product leakage at the NASA Plum Brook reactor
Source and cause of fuel element fisson product leakage in reactor cooling water system at Plum Brook Reactor
Bricklen, R. H.↗
Torque and leakage rates of various lubricated lip seal designs at a peripheral velocity of 120 feet per second
Torque and leakage rates of various lubricated lip seal designs at peripheral velocity of 120 feet per second
Johnson, R. L.↗
Leakage Testing Handbook
Leakage testing handbook giving fundamentals, theory, methods, detector equipment, and test media
Bialous, A. J.↗
Observations on a viscoseal in a transparent housing - The prevention of leakage and breakdown
Leakage and breakdown prevention in transparently housed viscoshaft seal with visual observation
Boon, R. J. G.↗
Measurements of leakage in mechanical face seals.
Leakage in mechanical face seals with hydrodynamic films, noting misaligned seal theories for pumping with cavities and two fluids
Findlay, J. A.↗
Leakage electrons from normal galaxies - The diffuse cosmic X-ray source.
Diffuse cosmic X rays from Compton collisions between galactic leakage electrons and extragalactic background photons to verify microwave blackbody radiation properties
Brecher, K.↗
The impact of vehicle leakage on the AILSS
Cabin leakage effects on advanced integrated life support system of spacecraft
Source record↗
Comparison of experimental and ideal leakage flows through labyrinth seals for very small pressure differences
Variable pressure leakage flow rate analysis on labyrinth seals
Cochran, R. P.↗
Vacuum leakage tests of a simulated lightweight spacecraft air lock
Structural sealing problems and leakage rates of lightweight simulated spacecraft air lock under high vacuum
Trout, O. F., Jr.↗
Measurements of leakage in mechanical face seals
Leakage in mechanical face seals with hydrodynamic films, noting misaligned seal theories for pumping with cavities and two fluids
Findlay, J. A.↗
Reduction of valve leakage - A concept
Leakage elimination occurs by increasing pressure on poppet seat, heating poppet plunger or cooling valve body, and then exerting force between 4.45 and 44.5 kN at poppet seat interface. Valves are useful in handling of corrosive fluids.
Doshi, N. H.↗
Method for leakage testing of tanks Patent
Development of apparatus and method for testing leakage of large tanks
Seiler, E. E.↗
Examination of the 'leakage-lifetime' approximation in cosmic-ray diffusion
Cosmic ray particles diffusion with simultaneous energy transport, using leakage lifetime approximation
Jones, F. C.↗
Effect of leakage and source inductances on the switching pattern of a magnetically coupled tunnel diode oscillator
Magnetically coupled tunnel diode oscillator with square loop core, calculating leakage and source inductances effect on switching pattern
Hester, D. L.↗
A study of microwave leakage through perforated flat plates.
A simple formula useful for predicting leakage through a circular hole array in a metallic flat plate is presented. A correction is given for plate thickness. The formula is applicable to arrays having either a 60-deg (staggered) or 90-deg (square) hole pattern, but is restricted to the case of (1) an obliquely incident plane wave with the E field polarized normal to the plane of incidence, and (2) large transmission loss. When theoretical values were compared to experimental data obtained on test samples having transmission losses greater than 20 dB, the agreement between theory and experiment was typically better than 1 dB at S band and 2 dB at X band.
Otoshi, T. Y.↗