Microstructural characterization of plutonium utilizing Transmission Electron Microscopy (TEM), has previously been shown to be difficult because of the extreme toxicity and high oxidation rate of plutonium metal. Recent developments in plutonium sample preparation have shown that TEM foils of both alpha and delta phases may be prepared without the use of inert atmospheric systems on complex preparation devices. Using standard electropolishing techniques, samples may be produced which yield important microstructural data on plutonium and plutonium alloys. 15 refs., 4 figs
International audienceA better understanding of MOX fuel in-pile behaviour requires a very detailed ...
The F-Area Tank Farm (FTF) Performance Assessment (PA) utilizes waste speciation in the waste releas...
From tweniy-fourth congress of the International Union of Pure and Applied Chemistry; Hamburg, F. R....
The self-irradiation damage generated by alpha decay of plutonium results in the formation of lattic...
Microstructural characterization of plutonium by electron backscattered diffraction (EBSD) has been ...
The development of microstructural detail by cathodic bombardment has been used successfully for man...
This is an exciting time to be involved in plutonium metallurgical research. Over the past few years...
Supported-discharge cathodic etching and SEM examination techniques were developed for $alpha$-Pu an...
From international metallography society symposium on speciment preparation for metallography; Los A...
A preliminary survey of the plutonium rich corners of the Pu-Al-Ga, Pu-Zn-Ga and Pu-Ce-Ga systems wa...
On Sept. 10, 1996, LLNL hosted a workshop aimed at answering the question: Is it possible to carry o...
AbstractPlutonium is a highly unusual metal displaying six allotropic phases between room temperatur...
This focused review provides an overview and a framework for understanding local structure in metall...
Plutonium is a very complex element lying near the middle of the actinide series. On the lower atomi...
Characterization and sintering results indicate significant differences between UO/sub 2/--35 wt% Pu...
International audienceA better understanding of MOX fuel in-pile behaviour requires a very detailed ...
The F-Area Tank Farm (FTF) Performance Assessment (PA) utilizes waste speciation in the waste releas...
From tweniy-fourth congress of the International Union of Pure and Applied Chemistry; Hamburg, F. R....
The self-irradiation damage generated by alpha decay of plutonium results in the formation of lattic...
Microstructural characterization of plutonium by electron backscattered diffraction (EBSD) has been ...
The development of microstructural detail by cathodic bombardment has been used successfully for man...
This is an exciting time to be involved in plutonium metallurgical research. Over the past few years...
Supported-discharge cathodic etching and SEM examination techniques were developed for $alpha$-Pu an...
From international metallography society symposium on speciment preparation for metallography; Los A...
A preliminary survey of the plutonium rich corners of the Pu-Al-Ga, Pu-Zn-Ga and Pu-Ce-Ga systems wa...
On Sept. 10, 1996, LLNL hosted a workshop aimed at answering the question: Is it possible to carry o...
AbstractPlutonium is a highly unusual metal displaying six allotropic phases between room temperatur...
This focused review provides an overview and a framework for understanding local structure in metall...
Plutonium is a very complex element lying near the middle of the actinide series. On the lower atomi...
Characterization and sintering results indicate significant differences between UO/sub 2/--35 wt% Pu...
International audienceA better understanding of MOX fuel in-pile behaviour requires a very detailed ...
The F-Area Tank Farm (FTF) Performance Assessment (PA) utilizes waste speciation in the waste releas...
From tweniy-fourth congress of the International Union of Pure and Applied Chemistry; Hamburg, F. R....