PHYSICAL AND MECHANICAL PROPERTIES OF REACTOR MATERIALS.
High temperature (to 3000 deg C) physical and mechanical properties for commercially available and newly developed materials being considered for use in high temperature reactors were measured. Creep, stress rupture, ductility, microstructure, and failure mechanism for tungsten were determined. Values were found for creep of as cast Mo; creep rupture of Re, Mo - Re - W, Mo - W, and Re - W; thermal conductivity and electrical resistivity of Re - W; and enthalpies, heat content and heat capacity of W. (F.S.)
- Research Organization:
- General Electric Co., [Cincinnati, Ohio]. Nuclear Materials and Propulsion Operation
- Sponsoring Organization:
- USDOE
- NSA Number:
- NSA-23-006662
- OSTI ID:
- 4815902
- Report Number(s):
- GEMP--1004
- Country of Publication:
- United States
- Language:
- English
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Related Subjects
CASTING
CREEP
ELECTRIC CONDUCTIVITY-- RHENIUM ALLOYS-- THERMAL CONDUCTIVITY-- TUNGSTEN ALLOYS
HIGH TEMPERATURE
MOLYBDENUM
MOLYBDENUM ALLOYS AND SYSTEMS/Mo--Re--W
creep rupture at high temperatures
MOLYBDENUM ALLOYS AND SYSTEMS/Mo--W
creep rupture at high temperatures
MOLYBDENUM ALLOYS-- RHENIUM ALLOYS-- TUNGSTEN ALLOYS
MOLYBDENUM ALLOYS-- TUNGSTEN ALLOYS
MOLYBDENUM/creep of cast
at high temperature
N30130* --Metals
Ceramics
& Other Materials--Metals & Alloys--Properties Evaluations
REACTORS
RHENIUM ALLOYS AND SYSTEMS/Mo--Re--W
creep rupture at high temperatures
RHENIUM ALLOYS AND SYSTEMS/Re--W
creep rupture at high temperatures
RHENIUM ALLOYS AND SYSTEMS/Re--W
electric and thermal properties at high temperatures
RHENIUM DUCTILITY-- ENTHALPY-- FAILURES-- LATTICES-- MECHANICAL PROPERTIES-- TUNGSTEN
RHENIUM/creep rupture at high temperatures
TUNGSTEN ALLOYS AND SYSTEMS/Mo--Re--W
creep rupture at high temperatures
TUNGSTEN ALLOYS AND SYSTEMS/Mo--W
creep rupture at high temperatures
TUNGSTEN ALLOYS AND SYSTEMS/Re--W
creep rupture at high temperatures
TUNGSTEN ALLOYS AND SYSTEMS/Re--W
electric and thermal properties at high temperatures
TUNGSTEN/ enthalphy and thermal capacity at high temperatures
TUNGSTEN/properties at high temperatures
mechanical and physical
CREEP
ELECTRIC CONDUCTIVITY-- RHENIUM ALLOYS-- THERMAL CONDUCTIVITY-- TUNGSTEN ALLOYS
HIGH TEMPERATURE
MOLYBDENUM
MOLYBDENUM ALLOYS AND SYSTEMS/Mo--Re--W
creep rupture at high temperatures
MOLYBDENUM ALLOYS AND SYSTEMS/Mo--W
creep rupture at high temperatures
MOLYBDENUM ALLOYS-- RHENIUM ALLOYS-- TUNGSTEN ALLOYS
MOLYBDENUM ALLOYS-- TUNGSTEN ALLOYS
MOLYBDENUM/creep of cast
at high temperature
N30130* --Metals
Ceramics
& Other Materials--Metals & Alloys--Properties Evaluations
REACTORS
RHENIUM ALLOYS AND SYSTEMS/Mo--Re--W
creep rupture at high temperatures
RHENIUM ALLOYS AND SYSTEMS/Re--W
creep rupture at high temperatures
RHENIUM ALLOYS AND SYSTEMS/Re--W
electric and thermal properties at high temperatures
RHENIUM DUCTILITY-- ENTHALPY-- FAILURES-- LATTICES-- MECHANICAL PROPERTIES-- TUNGSTEN
RHENIUM/creep rupture at high temperatures
TUNGSTEN ALLOYS AND SYSTEMS/Mo--Re--W
creep rupture at high temperatures
TUNGSTEN ALLOYS AND SYSTEMS/Mo--W
creep rupture at high temperatures
TUNGSTEN ALLOYS AND SYSTEMS/Re--W
creep rupture at high temperatures
TUNGSTEN ALLOYS AND SYSTEMS/Re--W
electric and thermal properties at high temperatures
TUNGSTEN/ enthalphy and thermal capacity at high temperatures
TUNGSTEN/properties at high temperatures
mechanical and physical