Catholyte studies in copper oxide-magnesium thermal cells
Catholyte studies in copper oxide-magnesium thermal cells
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Catholyte studies in copper oxide-magnesium thermal cells
Laser breakdown of copper vapor to increase energy density of electrically-exploded wire
Friction and contact resistance for gallium lubricated low speed copper sliprings in vacuum
Oscillations of longitudinal magnetostriction in silver and copper single crystals at low temperature
Thermal conductivity of neutron irradiated copper at low temperature noting lattice defects
X ray excited LMM Auger spectra of copper, iron, and nickle
Auger electron spectroscopy study of surface segregation in copper-aluminum alloys
Optical transmission characteristics of copper sulfide barriers formed on cadmium sulfide films
Parallel gap welding Kovar ribbons to copper conductor printed wiring boards
Effects of surfaces and environment on nucleation and growth of fatigue cracks in copper
Open circuit and bias degradation tests in copper and cadmium sulfide thin film solar cells
Method of plating copper on aluminum to permit conventional soldering of structural aluminum bodies
Copper oxide-magnesium thermal cells open circuit voltage drop in latter discharge stages, discussing cuprous ion activity at cathode
Copper sulfide-cadmium sulfide thin film solar cells under simulated orbital conditions, including thermal cycling, constant illumination and temperature effects
Modulated beams of 0(+), Ar(+), and Kr(+) in the 100-300 eV range are directed into a copper box simulating the ante-chamber of an orbiting mass spectrometer. An RF quadrupole mass spectrometer and phase sensitive detection extract the component of the internal mass spectrum correlated with the beam. Intense Ar and Kr signals are observed; however, no O or O2 is detectable, indicating loss of the primary O(+) beam to surface interactions. All four primary ions stimulate sizeable signals at masses 26 and 28. The relevance of these experiments to the interpretation of mass spectra obtained by orbiting satellites is discussed.
Airborne beryllium sampling during machining of low percentage beryllium-copper alloys shows that normal dry machining creates 45.2 microgram/cu m of airborne beryllium in the casting operators breathing zone and 2.3 microgram/cu m in an adjacent machine working area. A small vacuum system placed over the tool effectively removes airborne beryllium in the breathing zone sample to 0.2 microgram/cu m.
Exploration for porphyry copper deposits in Chagai District, Pakistan, using ERTS-1 imagery