Abstract
We have developed Mo adsorbents for natural Mo(n, {gamma}){sup 99}Mo-{sup 99m}Tc generator. Among them, we called the highest performance adsorbent PZC that could adsorb about 250 mg-Mo/g. In this report, we will show the structure, adsorption mechanism of Mo, and the other useful properties of PZC when you carry out the examination of Mo adsorption and elution of {sup 99m}Tc. (author)
Citation Formats
Anon,.
High performance Mo adsorbent PZC.
Japan: N. p.,
1998.
Web.
Anon,.
High performance Mo adsorbent PZC.
Japan.
Anon,.
1998.
"High performance Mo adsorbent PZC."
Japan.
@misc{etde_327192,
title = {High performance Mo adsorbent PZC}
author = {Anon,}
abstractNote = {We have developed Mo adsorbents for natural Mo(n, {gamma}){sup 99}Mo-{sup 99m}Tc generator. Among them, we called the highest performance adsorbent PZC that could adsorb about 250 mg-Mo/g. In this report, we will show the structure, adsorption mechanism of Mo, and the other useful properties of PZC when you carry out the examination of Mo adsorption and elution of {sup 99m}Tc. (author)}
place = {Japan}
year = {1998}
month = {Oct}
}
title = {High performance Mo adsorbent PZC}
author = {Anon,}
abstractNote = {We have developed Mo adsorbents for natural Mo(n, {gamma}){sup 99}Mo-{sup 99m}Tc generator. Among them, we called the highest performance adsorbent PZC that could adsorb about 250 mg-Mo/g. In this report, we will show the structure, adsorption mechanism of Mo, and the other useful properties of PZC when you carry out the examination of Mo adsorption and elution of {sup 99m}Tc. (author)}
place = {Japan}
year = {1998}
month = {Oct}
}