We have designed, built, and tested an electron cyclotron resonance ion source suited to the needs of an experimental program examining new methods of isotope ratio mass spectrometry using multiply charged ions. Contaminant levels have been reduced to low levels. Sample absorption and desorption effects are under investigation and preliminary results are presented. © 2008, American Institute of Physic
A new 6 GHz electron cyclotron resonance (ECR) ion source has been developed and installed at Louvai...
Stable isotope methods are potentially quite useful for validating natural or enhanced mineral degra...
The development is described of a new ion source for atomic mass spectrometry which could lead to mu...
We have investigated the use of multiply charged atomic ions for the measurement of isotopic ratios ...
At the Australian Nuclear Science and Technology Organization we are developing a new isotope ratio ...
We have developed a mass spectrometry system, known as the IRMS++, for measurement of isotope ratios...
Separation of rare or expensive isotopes, whether radioactive or stable, requires a high efficiency ...
This report describes the operational testing of a new magnetic sector mass spectrometer that utiliz...
An outstanding feature of mass spectrometry is the possibility of determining exact masses and accur...
The number of possible chemical formulae assigned to an accurate determined mass was significantly r...
The nuclear forensics community is currently engaged in the analysis of illicit nuclear or radioacti...
Electron cyclotron resonance (ECR) ion sources are used in a variety of applications. A lot of them ...
Measurements of nuclear properties of some neutron-rich asymmetric fission isotopes at an ISOL labor...
Calculations are performed to gauge the effect of the convolution of atomic spectral characteristics...
International audienceA simple analytical procedure was developed to measure with high accuracy the ...
A new 6 GHz electron cyclotron resonance (ECR) ion source has been developed and installed at Louvai...
Stable isotope methods are potentially quite useful for validating natural or enhanced mineral degra...
The development is described of a new ion source for atomic mass spectrometry which could lead to mu...
We have investigated the use of multiply charged atomic ions for the measurement of isotopic ratios ...
At the Australian Nuclear Science and Technology Organization we are developing a new isotope ratio ...
We have developed a mass spectrometry system, known as the IRMS++, for measurement of isotope ratios...
Separation of rare or expensive isotopes, whether radioactive or stable, requires a high efficiency ...
This report describes the operational testing of a new magnetic sector mass spectrometer that utiliz...
An outstanding feature of mass spectrometry is the possibility of determining exact masses and accur...
The number of possible chemical formulae assigned to an accurate determined mass was significantly r...
The nuclear forensics community is currently engaged in the analysis of illicit nuclear or radioacti...
Electron cyclotron resonance (ECR) ion sources are used in a variety of applications. A lot of them ...
Measurements of nuclear properties of some neutron-rich asymmetric fission isotopes at an ISOL labor...
Calculations are performed to gauge the effect of the convolution of atomic spectral characteristics...
International audienceA simple analytical procedure was developed to measure with high accuracy the ...
A new 6 GHz electron cyclotron resonance (ECR) ion source has been developed and installed at Louvai...
Stable isotope methods are potentially quite useful for validating natural or enhanced mineral degra...
The development is described of a new ion source for atomic mass spectrometry which could lead to mu...