Add to ORKGCorrosion data are presented for several vanadium alloys exposed to flowing lithium at 427, 482, and 538/sup 0/C. The corrosion behavior is evaluated by weight change measurements. Metallographic results and data on the nonmetallic element transfer in lithium-exposed specimens are also presented. The influence of alloy composition and exposure conditions on the corrosion behavior of vanadium alloys is discussed. 6 refs., 9 figs., 2 tabs
Liquid lithium is a leading candidate as a tritium breeding material for fusion reactors because of ...
The corrosion behaviour of innovative Li-containing (AA2198) and Ag-containing (AA2139) aluminium a...
The electrochemical behavior of vanadium(II) was examined in the 66.7-33.3 mole percent aluminum chl...
"A candidate low activation vanadium (V) alloy, V-4Cr-4Ti (NIFS-HEAT-2), was exposed to liquid lithi...
ABS>The pure metals niobium, tantalum, vanadium, titanium, and zirconium exhibit excellent resistanc...
An attractive feature of lithium-containing aluminum alloys is decreased density with a correspondin...
The 86% Fe--5% Si--5% Cu--4% B brazing alloys show better corrosion resistance to high-temperatare l...
The corrosion of types 304L and 316 austenitic stainless steel by flowing lithium was studied in the...
Liquid metal corrosion can be an important consideration in developing alloys for fusion and fast br...
Aluminium-lithium alloy 8090 is of great interest due to its low density and good mechanical propert...
The article discusses studies and corrosion tests of binary Mg-Li alloys for plastic forming examine...
Kinetics for grain boundary penetration and weight loss were determined for 304L stainless steel in ...
The corrosion of KhN65MVU alloy was studied in chloride melts contained vanadium, zirconium, niobium...
The corrosion behavior of Inconel 625 in molten LiCl solutions maintained at 650 degrees C and conta...
The article discusses studies and corrosion tests of binary Mg-Li alloys for plastic forming examine...
Liquid lithium is a leading candidate as a tritium breeding material for fusion reactors because of ...
The corrosion behaviour of innovative Li-containing (AA2198) and Ag-containing (AA2139) aluminium a...
The electrochemical behavior of vanadium(II) was examined in the 66.7-33.3 mole percent aluminum chl...
"A candidate low activation vanadium (V) alloy, V-4Cr-4Ti (NIFS-HEAT-2), was exposed to liquid lithi...
ABS>The pure metals niobium, tantalum, vanadium, titanium, and zirconium exhibit excellent resistanc...
An attractive feature of lithium-containing aluminum alloys is decreased density with a correspondin...
The 86% Fe--5% Si--5% Cu--4% B brazing alloys show better corrosion resistance to high-temperatare l...
The corrosion of types 304L and 316 austenitic stainless steel by flowing lithium was studied in the...
Liquid metal corrosion can be an important consideration in developing alloys for fusion and fast br...
Aluminium-lithium alloy 8090 is of great interest due to its low density and good mechanical propert...
The article discusses studies and corrosion tests of binary Mg-Li alloys for plastic forming examine...
Kinetics for grain boundary penetration and weight loss were determined for 304L stainless steel in ...
The corrosion of KhN65MVU alloy was studied in chloride melts contained vanadium, zirconium, niobium...
The corrosion behavior of Inconel 625 in molten LiCl solutions maintained at 650 degrees C and conta...
The article discusses studies and corrosion tests of binary Mg-Li alloys for plastic forming examine...
Liquid lithium is a leading candidate as a tritium breeding material for fusion reactors because of ...
The corrosion behaviour of innovative Li-containing (AA2198) and Ag-containing (AA2139) aluminium a...
The electrochemical behavior of vanadium(II) was examined in the 66.7-33.3 mole percent aluminum chl...