The potential of the nuclear microprobe for the determination of spatial distributions of stable isotope tracers has been examined. In a preliminary study the sensitivity of the isotope selective modes of operation of the microprobe (backscattering and nuclear reaction analysis) for the measurement of stable isotopes was examined using Mg, Si, Ni and Co as examples. The use of backscattering analysis coupled with high resolution detectors and heavy ion beams was assessed using Mg, Si, Ni and Ag as examples and found to be of limited application for stable isotope tracer studies. [Continues.
Bibliography: pages 94-99.This thesis describes work performed to establish and demonstrate a quanti...
There are several basic characteristics of mass spectrometry that are not always fully appreciated b...
The aim of this paper is first to describe the nuclear microprobe and to present the analytical capa...
A nuclear microprobe cannot give direct information on the chemical state of an element, but the spa...
The main goal was to develop the necessary secondary ion mass spectrometer (SIMS) techniques to use ...
Microanalysis by means of nuclear reactions is briefly described, and compared with other microanaly...
At the beginning of 1910s experiments conducted by F.Soddy gave the first demonstration that most of...
Accelerator mass spectrometry (AMS) is mainly employed to measure very low concentrations of a numbe...
Major, minor, and trace uranium isotopes were measured at Lawrence Livermore National Laboratory in ...
More than 375 radioactive isotopes of the common chemical elements have been produced by nuclear bom...
First published as an Advance Article on the web 26th August 2005 An outstanding feature of mass spe...
Accelerator mass spectrometry (AMS) is a nuclear physics technique developed about twenty years ago,...
Over a century ago, Frederick Soddy provided the first evidence for the existence of isotopes; eleme...
A high-precision mass spectrometry method has been developed to measure 240Pu/239Pu at low concentra...
An outstanding feature of mass spectrometry is the possibility of determining exact masses and accur...
Bibliography: pages 94-99.This thesis describes work performed to establish and demonstrate a quanti...
There are several basic characteristics of mass spectrometry that are not always fully appreciated b...
The aim of this paper is first to describe the nuclear microprobe and to present the analytical capa...
A nuclear microprobe cannot give direct information on the chemical state of an element, but the spa...
The main goal was to develop the necessary secondary ion mass spectrometer (SIMS) techniques to use ...
Microanalysis by means of nuclear reactions is briefly described, and compared with other microanaly...
At the beginning of 1910s experiments conducted by F.Soddy gave the first demonstration that most of...
Accelerator mass spectrometry (AMS) is mainly employed to measure very low concentrations of a numbe...
Major, minor, and trace uranium isotopes were measured at Lawrence Livermore National Laboratory in ...
More than 375 radioactive isotopes of the common chemical elements have been produced by nuclear bom...
First published as an Advance Article on the web 26th August 2005 An outstanding feature of mass spe...
Accelerator mass spectrometry (AMS) is a nuclear physics technique developed about twenty years ago,...
Over a century ago, Frederick Soddy provided the first evidence for the existence of isotopes; eleme...
A high-precision mass spectrometry method has been developed to measure 240Pu/239Pu at low concentra...
An outstanding feature of mass spectrometry is the possibility of determining exact masses and accur...
Bibliography: pages 94-99.This thesis describes work performed to establish and demonstrate a quanti...
There are several basic characteristics of mass spectrometry that are not always fully appreciated b...
The aim of this paper is first to describe the nuclear microprobe and to present the analytical capa...