Design of a precision tilt and rotational vibration isolation system for inertial sensor testing.
Precision tilt and rotational isolation system design for inertial navigation sensor testing
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Precision tilt and rotational isolation system design for inertial navigation sensor testing
Electron impact broadening of isolated atomic transition spectral line in plasma calculated using propagator technique, noting plasmon broadening
Bio-Isolator Suit for aseptic assembly of spacecraft in sterile chamber
Micro lagoon technique for culture and observation of isolated mammalian cells
Wind tunnel installation effects on isolated afterbodies at Mach numbers from 0.56 to 1.5
Identification of streptomycete isolants from Chile, Arizona, and Antarctic desert soils
Jet effects on boattail pressure drag of isolated ejector nozzles at Mach 0.60 to 1.47
Utilization of anisotropic effects in semiconductor plasmas for development of millimeter wavelength isolators
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Electron impact broadening of isolated spectral lines emitted by neutral atoms in plasma
Structural phospholipoprotein isolated from hydrogenomonas facilis and neurospora crassa
Switch uses a combination of N-channel and P-channel Metal Oxide Semiconductor Field Effect Transistors /MOSFET/ to obtain a normally open switch with no power applied. Series-shunt-series MOSFET switching achieves high input-output isolation.
System that employs opposed pairs of compression springs can be totally compressed to provide a ''hard mount'' during component installation and adjustment, and can be released to a free-floating condition for vibration isolation during test.
Active vibration isolation systems for severe ground transportation loading environments
Response and optimization of isolation system with relaxation type damping
Soil bacterial isolants from harsh environments
Long term effects of biological isolation on monkeys and mice with application to prolonged space flight