Engineering topics
Publications and source records attributed to Day, J. L..
Light, compact electrode monitors heart signals through burn ointment and requires no electrolyte paste for coupling to skin. Innovation is useful because of its ability to monitor heart condition of burn victims.
Physician's capabilities for on-site treatment are expanded by lightweight, compact medical kit, which contains practically all instrumentation of well-equipped medical office.
Migration of aqueous solutions through electrode pellet, and thus corrosion of soldered connection, is prevented by coating pellet and silver wire attachment with silver-conductive epoxy.
Characteristics of pressed disc electrode for biological measurements
Electrochemically reversible silver-silver chloride electrode for detecting bioelectric potential differences generated by human muscles and organs
Electrode-electrolytic paste system for space flight electroencephalogram, electrocardiogram, and respiration monitoring systems
Dimethyl sulfoxide /DMSO/ effect on morphology in basal layers of stratum corneum of guinea pig skin after profuse swabbing
High-conductivity electrode paste is used in obtaining accurate skin resistance or skin potential measurements. The paste is isotonic to perspiration, is nonirritating and nonsensitizing, and has an extended shelf life.
Pressed-disk electrode with low contact potential monitors physiological processes. It consists of silver and silver chloride combined with bentonitic clay. The clay affords a surface that permits use over extended periods without contact deterioration.
Long-term electrocardiograph and impedance pneumograph electrode system composed of silver, silver chloride and nonirritating paste
To obtain high quality waveforms from a subject engaged in physical activity, an improved electrode assembly has been devised. This consists of a cup containing an electrically conductive paste and a silver electrode. The paste maintains contact between the skin and the plate.
Electrocardiogram system for long term sensing of bioelectric potentials during space flight