An improved method has been developed using inert-gas fusion for determining the hydrogen content in uranium-niobium-zirconium (U-7.5Nb-2.5Zr) alloy. The method is applicable to concentrations of hydrogen ranging from 1 to 250 micrograms per gram and may be adjusted for analysis of greater hydrogen concentrations. Hydrogen is determined using a hydrogen determinator. The limit of error for a single determination at the 95%-confidence level (at the 3.7-..mu..g/g-hydrogen level) is +-1.4 micrograms per gram hydrogen
An ultrasonic method has been developed to observe the solid solubility phase transition of metallic...
Fabrication of an apparatus for the determination of hydrogen in metals and alloys by vacuum heating...
A non-destructive assessment of Zircaloy-2 samples charged with hydrogen in the range of 50 to 1150 ...
An improved analytical method has been developed using inert-gas fusion for determining the nitrogen...
Hydrogen absorbed by pure zirconium can be determined quantitatively with a precision of better than...
The reaction of He with the epsilon phase of the 50 wt. % U--Zr alloy is studied using a sensitive v...
Hydrogen-absorption isotherms were measured over the range 535 to 835 C for zirconium--1 wt.% and--2...
A simple apparatus connected directly to a mass spectrometer enables the fairly rapid determination ...
Zr-based alloys are used in nuclear power plants because of a unique combination of very low neutron...
A new method of introducing predetermined quantities of hydrogen into zirconium was developed and ev...
A rapid determination of hydrogen in metals was examined by applying the carrier gas fusion-gas chro...
Hydrogen absorption properties of several U-Th-Zr and U-Th-Ti-Zr alloys were investigated for the pu...
Hydrogen sorption isotherms have been measured between 542 and 798 deg C at pressures of 0.001 to 70...
865-868The limitation of commercially available dedicated equipment based on Inert Gas Fusion-Therm...
To be used as a nuclear fuel, a fuel alloy must meet several requirements such as chemical, mechanic...
An ultrasonic method has been developed to observe the solid solubility phase transition of metallic...
Fabrication of an apparatus for the determination of hydrogen in metals and alloys by vacuum heating...
A non-destructive assessment of Zircaloy-2 samples charged with hydrogen in the range of 50 to 1150 ...
An improved analytical method has been developed using inert-gas fusion for determining the nitrogen...
Hydrogen absorbed by pure zirconium can be determined quantitatively with a precision of better than...
The reaction of He with the epsilon phase of the 50 wt. % U--Zr alloy is studied using a sensitive v...
Hydrogen-absorption isotherms were measured over the range 535 to 835 C for zirconium--1 wt.% and--2...
A simple apparatus connected directly to a mass spectrometer enables the fairly rapid determination ...
Zr-based alloys are used in nuclear power plants because of a unique combination of very low neutron...
A new method of introducing predetermined quantities of hydrogen into zirconium was developed and ev...
A rapid determination of hydrogen in metals was examined by applying the carrier gas fusion-gas chro...
Hydrogen absorption properties of several U-Th-Zr and U-Th-Ti-Zr alloys were investigated for the pu...
Hydrogen sorption isotherms have been measured between 542 and 798 deg C at pressures of 0.001 to 70...
865-868The limitation of commercially available dedicated equipment based on Inert Gas Fusion-Therm...
To be used as a nuclear fuel, a fuel alloy must meet several requirements such as chemical, mechanic...
An ultrasonic method has been developed to observe the solid solubility phase transition of metallic...
Fabrication of an apparatus for the determination of hydrogen in metals and alloys by vacuum heating...
A non-destructive assessment of Zircaloy-2 samples charged with hydrogen in the range of 50 to 1150 ...