Increasing resistance to oxygen deficiency by means of drugs
Indole and hydrazine drug derivatives to increase resistance to oxygen deficiency
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Indole and hydrazine drug derivatives to increase resistance to oxygen deficiency
Current distribution along resistivity loaded V-antenna
Small electrostatic image dissector with parallel plate resistive strip electronic multiplier
High resistivity paste for screened printed circuit process - thallium oxide glass resistor paste and composition variation effect on resistor properties
Microorganism resistivity to thermal inactivation by dry heat - glass fibers and membrane filters
Magnetic shielding for electron resistance strip multiplier
Theory of resistively loaded traveling wave V-antenna
White primer for coating 2219 aluminum alloy supplies a base for a top coating of enamel. A formulation of pigments and vehicle results in a primer with high corrosion resistance and minimum film thickness.
Uniform sized, laminated panels protect delicate parts and equipment from damage during storage and transportation. The panels consist of sheets of steel foil bonded between sheets of elastic foam. They are lightweight, impact and puncture-resistant, and, when formed into an enclosure, provide a barrier against moisture and thermal shock.
Mathematical formulas are used to determine if, and to what extent, an instrumentation system that has been exposed to the elements should be dried out to restore minimum permissible leakage resistance to ground. Formulas are also derived and used for an intermediate number of systems that are exposed to moisture penetration.
Copper wire for electrical harnesses, when plated with both nickel and silver, resists galvanic corrosion and high temperatures while maintaining electrical properties and solderability.
Overaging during heat treatment of the aluminum alloys immediately followed by moderate plastic deformation, preferably by shock loading achieves near optimum values of both yield strength and resistance to stress corrosion. Similar results may be obtained by substituting a conventional deformation process for the shock loading step.
Dispersed copper phase increases the thermal shock resistance of a plasma-arc-sprayed coating of zirconia used as a heat barrier on a metal substrate. A small amount of copper is deposited on the granules of the zirconia powder before arc-spraying the resultant powder composite onto the substrate.
Physical properties affecting thermal shock resistance of zirconia with 15 mole percent titanium
Metal additions to zirconia to improve thermal shock resistance
Effect of prolonged hypokinesis on human resistance to acceleration periods of 3 and 20 days
Resistance of rats to hypoxia during radiation sickness caused by whole-body X-ray irradiation
Evaluating electroformed nickel to stainless steel resistance spot welds at room and cryogenic temperatures