Magnetic wire stripping and connection method evaluation Final report, 15 Jun. - 11 Dec. 1965
Magnetic wire stripping and joining methods evaluation
SEARCH · Search NASA
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Magnetic wire stripping and joining methods evaluation
Anisotropy determination of critical current density in wide samples of strip semiconductors as function of magnetic field direction
Single-strip cesium-contact ion thrustor for rocket attitude control
Modified strip analysis method for predicting wing flutter at subsonic to hypersonic speeds
Scattering of TM surface wave by metallic strip above dielectric-clad ground plane, developing expression for Green function and formula for reflection coefficient
Modified strip analysis method for predicting finite-span, swept or unswept wing flutter at subsonic to hypersonic speeds
Stress calculation for infinite strip containing straight semiinfinite crack when clamped boundaries are displaced normal to crack
Nb-Zr strip superconductor for stabilization of critical current anisotropy and coil degradation in magnets
Cryogenic stripping of Teflon insulated wire leaves no residue and produces no physical damage. After the wire is immersed in liquid nitrogen, bent slightly, and returned to room temperature, the Teflon is removed by fingernails or flat-nosed pliers.
Single recorder channel helps determine the time an event is recorded on the readout of a strip chart recorder. It presents hours, tens of minutes, and minutes by a unique method of time increment identification. This facilitates recording timing marks.
Coaxial cable stripping device assures clean, right angled shoulder for RF cable connector fabrication. This method requires minimal skill and creates a low voltage standing wave ratio and mechanical stability in the interconnecting RF Cables.
Flat cable insulation stripping machine operates on a principle of variable parameters of abradive wheel speed, wheel pressure on the flat cable, and flat cable feed speed into the abradive wheel. Application of connectors is handled efficiently with this flat terminal termination technique.
Plastic deformation during cold rolling of high strength titanium alloy strips
Operational characteristics of dynode electron strip multipliers
Electric resistance of superconducting strips in magnetic field
Stresses in infinitely long strip of finite width containing semiinfinite crack calculated for displaced clamped boundaries, using Wiener-Hopf technique
Yielding and brittle cracking of orthotropic strip, using Wiener-Hopf technique and asymptotic method for isotropic case
Current strip in cold magnetoplasma, noting radiation resistance of Hertzian dipole for large frequency ranges