A low drive material for monolithic ferrite memories
Low drive material for monolithic ferrite memories
ROBBI↗
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Results for “ferrites”
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.
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Investigation of single-crystal ferrite thin film
Chemical vapor deposition growth of epitaxial single crystal lithium ferrite thin films
Kolb, L.↗
Laminated ferrite memory system
Feasibility study of random access laminated ferrite memory system for spacecraft use
Source record↗
Latching ferrite switch Final report, May 1967 - Jun. 1968
Ferrite latching switch and combiner with 33 circulators having low insertion loss
Source record↗
An MOS-transistor-driven laminated-ferrite memory.
High capacity random access magnetic memory storage device combining integrated array of MOS transistors and laminated ferrite memory planes
Gordon, I.↗
Adding calcium improves lithium ferrite core
Adding calcium increases uniformity of grain growth over a wide range of sintering temperatures and reduces porosity within the grain. Ferrite cores containing calcium have square hysteresis loops and high curie temperatures, making them useful in coincident current memories of digital electronic computers.
Lessoff, H.↗
Effects of lithium and oxygen losses on the magnetic and crystallographic properties of spinel lithium ferrite
Effects of lithium and oxygen losses on magnetic and crystallographic properties of spinel lithium ferrite
Childress, J. D.↗
Investigation of single-crystal ferrite thin film
Growth and characterization of single crystal thin films of lithium ferrite
Besser, P. J.↗
Investigation of single crystal ferrite thin film Semiannual report, 1 Feb. - 31 Jul. 1969
Vapor deposition of single crystal thin films of lithium ferrite utilizing ferric chloride
Besser, P. J.↗
Threshold switching delayed response in ferrite memory cores.
Delayed response in threshold switching from reset state in ferrite memory cores consisting of magnesium compounds
Barker, R. C.↗
Propagation in ferrite-filled coaxial transmission lines.
Dispersion relations for propagation of quasi-TEM mode and higher order symmetric modes in longitudinally magnetized ferrite filled coaxial waveguide
Mueller, R. S.↗
Dynamic mode surface waves on magnetized YIG and ferrite rods.
Dynamic mode electromagnetic surface waves on axially magnetized single crystalline YIG and polycrystalline ferrite rods
Schott, F. W.↗
Electromagnetic wave propagation along a ferrite loaded wire.
Dispersion of electromagnetic wave propagating along ferrite loaded wire, calculating tuning curves and three port waveguide circulator modes
Mueller, R. S.↗
Origin of threshold-response delay in ferrite memory cores.
Time logarithmic switching to explain anomalous delay in threshold response of MgMnZn ferrite memory cores
Barker, R. C.↗
Improved process of fabricating ferrite cores for magnetic logic circuits
Method of processing magnetic ferrite structures enhances their partially set-state properties, so that the threshold magnetomotive force required to produce a specified change of flux is increased.
Baba, P. D.↗
Contact material for pressure-sintering ferrites
Pressure-sintering, in which the unfired laminated ferrite plane is placed between two flat punches and pressed during firing, reduces lateral firing shrinkage to less than one percent. A decrease in thickness of the laminate produces the required volume shrinkage. Phlogopite is the most suitable contact material investigated.
Wentworth, C.↗
Packaging electronic circuitry inside ferrite pot cores
Packaging electronic circuitry inside ferrite pot cores
Westrom, J. L.↗
Design of a two-cycle shift ferrite-diode register with allowance for component tolerances
Design of two-cycle shift register using magnetic and electric parameters of ferrite-diode components
Grinkhof, M. F.↗