Engineering topics
Publications and source records attributed to Kueser, P. E..
The results are summarized of a research program on electrical materials for advanced space electric power systems. The areas investigated included improved high-temperature magnetic materials, high-temperature capacitor materials, ceramic-to-metal bore-seal technology, and simulated-space environmental testing of electric-power system components
Tests of magnetic materials from 800 to 1600 F
Thermophysical, compatibility, and mechanical properties of ceramic-to-metal bore seal materials
High temperature and high strength alloy development for magnetic and electric equipment
High temperature magnetic alloys, dielectric materials, and lightweight capacitor design for advanced spacecraft power supply system
Development and evaluation of high temperature magnetic and electrical materials for advanced space electric power systems
Magnetic and electrical materials capable of operation in 800 deg F to 1600 deg F temperature range for advanced space electric power system
Magnetic materials for high temperature operation, high temperature capacitor feasibility, and bore seal development under space simulated environment
High temperature magnetic and electric materials with satisfactory strength for rotor use
Magnetic, electric conductor, electric insulation, and bore seal materials for advanced space electric power systems
Electrical, mechanical, and thermo-physical properties of conductor and insulation materials for application to advanced space electric power systems
Magnetic, mechanical, and thermophysical property data on magnetic materials for use in advanced space electric power systems