Chronic intravascular catheterization - A technique for implanting and maintaining arterial and venous catheters in laboratory primates.
Surgical technique for implanting and maintaining arterial and venous catheters in monkeys
ANIMAL STUDY↗
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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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Implant biotelemetry and microelectronics.
Implant telemetry techniques and associated problems and potential of microelectronics
BIOINSTRUMENTATION↗
Multichannel implantable telemetry system
Multichannel telemetry system is used for chronic implantation in animals to monitor a variety of physiological parameters. A hermetically sealed unit, the system uses a time-sharing multiplex scheme to commutate between various sensor inputs and enables the number of channels to be increased or decreased.
Fryer, T. B.↗
Investigation of implantable multichannel biotelemetry systems Semiannual report, Mar. - Sep. 1967
System design and fabrication methods for multiple channel, physiologically implantable, telemetering systems
Ko, W. H.↗
An implantable multi-channel temperature transmitter
Implantable multi-channel temperature transmitter
Fryer, T. B.↗
Investigation if implantable multichannel biotelemetry systems Semiannual report, Sep. 1967 - Feb. 1968
Operation and maintenance of multichannel, physiologically implantable telemetering systems for biological measurements
Ko, W. H.↗
Investigation of implantable multichannel biotelemetry Semiannual report, Mar. - Aug. 1968
Multichannel, physiologically implantable telemetering system for biological measurements
Ko, W. H.↗
Development of ion implantation techniques for microelectronics
Ion implantation process for fabricating active devices in high bandgap semiconductor materials for high temperature operation
Dunlap, H. L.↗
A multichannel implantable telemetry system.
Multichannel telemetry system for chronic implantation in animals to monitor physiological parameters
Datnow, B.↗
Development of ion implantation techniques for microelectronics
Ion implantation techniques for p-n junction diodes of silicon carbide and gallium arsenide
Dunlap, H. L.↗
Charged particle sources for implantation and surface reactions Final report
High temperature ion source developed for implantation and surface reactions of Ar, Pb, and Ga ions
Crawford, C. K.↗
Radiation hardening of thermal oxides on silicon via ion implantation
Ion implantation for reducing space charge buildup in thermal oxides on silicon exposed to ionizing radiation
Donovan, R. P.↗
Diodes in silicon carbide by ion implantation
N-type layer formation with ion implanted nitrogen or Sb in p-type alpha-SiC, evaluating electrical characteristics, discussing junction devices formed
Dunlap, H. L.↗
Anneal behavior of defects in ion-implanted GaAs diodes
Ion-implanted GaAs junction diodes anneal behavior and defect nature
Hunsperger, R. G.↗
Miniature implantable sonomicrometer system
Heart dimension measurement by miniature implantable ultrasonic sonomicrometer, describing system design and operation
Lee, R. D.↗
Miniature implantable instrument measures and transmits heart function data
Heart diameter is derived from measured transit time of 2.25 MHz ultrasonic pulse between two piezoelectric crystals attached to diametrically opposite heart surfaces. Miniature instrument implanted in chest telemeters information to external receiver-converter. System permits continual dimensional data recording taken from awake animals during long-term experiments.
Lee, R. D.↗
Ion implantation reduces radiation sensitivity of metal oxide silicon /MOS/ devices
Implanting nitrogen ions improves hardening of silicon oxides 30 percent to 60 percent against ionizing radiation effects. Process reduces sensitivity, but retains stability normally shown by interfaces between silicon and thermally grown oxides.
Source record↗
RF-controlled implantable solid state switch
Miniature, totally implantable, solid state RF-controlled switching circuit for biotelemetry systems consumes zero power in off condition and turns on or off by pulse of RF energy. Switch, the size of small coin, is reducible by integrated circuit techniques.
Fryer, T. B.↗