Add to ORKGBoron-deoxidized high-conductivity copper is used for fabrication of heat transfer components that are brazed in a hydrogen atmosphere. This copper has high strength and ductility at elevated temperatures and does not exhibit massive intergranular failure
Abstract. Cryogenic instruments usually require components with high thermal conductivity. Pure (non...
Various applications exist where a high conductivity alloy with good strength and creep resistance a...
A rocket engine's combustion chamber is lined with material that is highly conductive to heat in ord...
Commercially available nickel-copper wire containing 6 and 12 percent nickel is used in high tempera...
Pure oxygen-free high-conductivity copper is a widely used material for manufacturing accelerating c...
Two groups of refractory metal compositions have been developed that are very useful as high tempera...
Copper exhibits high thermal conductivity properties and hence it is extensively used in cryogenic a...
Dispersion-strengthened copper, Glidcop, is widely used in the design of high-heat-load, ultra-high-...
Electroforming offers a superior means for fabricating internally cooled heat exchangers and structu...
Diffusion bonding and brazing of high purity copper were investigated to develop procedures for join...
AbstractDHP (Deoxidized High Phosphorus(copper is widely used in various heat transfer units such as...
Alloy is precipitation-hardened, high-strength, and low-thermal-expansion materials. It is iron-base...
As part of an investigation by the National Aeronautics and Space Administration to determine the re...
Joining pure copper by brazing techniques using electric heated tube furnace has been done to brazed...
Heat treatment of carbide and boride strengthened chromium alloys to improve tensile and creep ruptu...
Abstract. Cryogenic instruments usually require components with high thermal conductivity. Pure (non...
Various applications exist where a high conductivity alloy with good strength and creep resistance a...
A rocket engine's combustion chamber is lined with material that is highly conductive to heat in ord...
Commercially available nickel-copper wire containing 6 and 12 percent nickel is used in high tempera...
Pure oxygen-free high-conductivity copper is a widely used material for manufacturing accelerating c...
Two groups of refractory metal compositions have been developed that are very useful as high tempera...
Copper exhibits high thermal conductivity properties and hence it is extensively used in cryogenic a...
Dispersion-strengthened copper, Glidcop, is widely used in the design of high-heat-load, ultra-high-...
Electroforming offers a superior means for fabricating internally cooled heat exchangers and structu...
Diffusion bonding and brazing of high purity copper were investigated to develop procedures for join...
AbstractDHP (Deoxidized High Phosphorus(copper is widely used in various heat transfer units such as...
Alloy is precipitation-hardened, high-strength, and low-thermal-expansion materials. It is iron-base...
As part of an investigation by the National Aeronautics and Space Administration to determine the re...
Joining pure copper by brazing techniques using electric heated tube furnace has been done to brazed...
Heat treatment of carbide and boride strengthened chromium alloys to improve tensile and creep ruptu...
Abstract. Cryogenic instruments usually require components with high thermal conductivity. Pure (non...
Various applications exist where a high conductivity alloy with good strength and creep resistance a...
A rocket engine's combustion chamber is lined with material that is highly conductive to heat in ord...