Investigations of materials for use in connection with the SNAP I mercury Rankine cycle power conversion system are discussed. Test programs are outlined and results are tabulated for each candidate material. Several nonmetallic materials and processing procedures were developed which enabled uncooled high-performance electric machinery to operate at 550 deg F in mercury vapor. (J.R.D.
A modular concept has evolved which permits testing of SNAP-1 as an attachable unit. Integrity testi...
"Issued: January 15, 1967.""Contract: AT(11-1)-GEN-8.""Reactor Technology."Includes bibliographical ...
Design studies were made for the cooling, shielding, and electrical- control support systems require...
Development of the SNAP I power conversion system is described. The system is designed to convert th...
Development of bearings for use in the SNAP I power conversion system is described. Liquid mercury, ...
SNAP 1 is the designation for the 0.5-kw nuclear auxiliary power supply intended for application in ...
The SNAP I development program was initiated to develop a 500-watt turboelectric power conversion sy...
Alternator development for the SNAP 1 power conversion system is described. A radial air-gap permane...
S>Pump development for the SNAP I power conversion system is described. A four-vaned impeller pump s...
A system for nuclear auxiliary power (SNAP 2) was designed to deliver 3 kw of usable electrical ener...
The mercury-boiler development program was undertaken to develop a system that would utilize the hea...
S>Development of the condenser-radiator for use in the SNAP I power conversion system is described. ...
Turbine development for the SNAP I power conversion system is described. A three-stage axial flow tu...
Development of the control elements for the SNAP 1 power conversion system is described. A descripti...
The mercury-boiler development program was undertaken to develop a system that would utilize the hea...
A modular concept has evolved which permits testing of SNAP-1 as an attachable unit. Integrity testi...
"Issued: January 15, 1967.""Contract: AT(11-1)-GEN-8.""Reactor Technology."Includes bibliographical ...
Design studies were made for the cooling, shielding, and electrical- control support systems require...
Development of the SNAP I power conversion system is described. The system is designed to convert th...
Development of bearings for use in the SNAP I power conversion system is described. Liquid mercury, ...
SNAP 1 is the designation for the 0.5-kw nuclear auxiliary power supply intended for application in ...
The SNAP I development program was initiated to develop a 500-watt turboelectric power conversion sy...
Alternator development for the SNAP 1 power conversion system is described. A radial air-gap permane...
S>Pump development for the SNAP I power conversion system is described. A four-vaned impeller pump s...
A system for nuclear auxiliary power (SNAP 2) was designed to deliver 3 kw of usable electrical ener...
The mercury-boiler development program was undertaken to develop a system that would utilize the hea...
S>Development of the condenser-radiator for use in the SNAP I power conversion system is described. ...
Turbine development for the SNAP I power conversion system is described. A three-stage axial flow tu...
Development of the control elements for the SNAP 1 power conversion system is described. A descripti...
The mercury-boiler development program was undertaken to develop a system that would utilize the hea...
A modular concept has evolved which permits testing of SNAP-1 as an attachable unit. Integrity testi...
"Issued: January 15, 1967.""Contract: AT(11-1)-GEN-8.""Reactor Technology."Includes bibliographical ...
Design studies were made for the cooling, shielding, and electrical- control support systems require...