A polycrystalline chemical vapor deposited (CVD) diamond detector was installed on a JET tokamak in order to monitor the time dependent 14 MeV neutron emission produced by D-T plasma pulses during the Trace Tritium Experiment (TTE) performed in October 2003. This was the first tentative ever attempted to use a CVD diamond detector as neutron monitor in a tokamak environment. Despite its small active volume, the detector was able to detect the 14 MeV neutron emission (>1.0x10(15) n/shot) with good reliability and stability during the experimental campaign that lasted five weeks. The comparison with standard silicon detectors presently used at JET as 14 MeV neutron monitors is reported, showing excellent correlation between the measurements. ...
We present the results of analysis of triton burn-up process using the data from diamond detector. N...
We present the results of analysis of triton burn-up process using the data from diamond detector. N...
CVD diamond is an interesting material for radiation detection, its atomic number (Z = 6) is close t...
A polycrystalline chemical vapor deposited (CVD) diamond detector was installed on a JET tokamak in ...
A polycrystalline chemical vapor deposited (CVD) diamond detector was installed on a JET tokamak in ...
A polycrystalline chemical vapor deposited (CVD) diamond detector was installed on a JET tokamak in ...
During the 2005-2007 JET experimental campaigns a Single Crystal Diamond (SCD) detector covered with...
Polycrystalline chemical vapor deposited (CVD) diamond detectors are of great interest in harsh envi...
Polycrystalline chemical vapor deposited (CVD) diamond detectors are of great interest in harsh envi...
During the 2005-2007 JET experimental campaigns a Single Crystal Diamond (SCD) detector covered with...
During the 2005-2007 JET experimental campaigns a Single Crystal Diamond (SCD) detector covered with...
Polycrystalline chemical vapor deposited (CVD) diamond detectors are of great interest in harsh envi...
During the 2005-2007 JET experimental campaigns a Single Crystal Diamond (SCD) detector covered with...
During the 2005-2007 JET experimental campaigns a Single Crystal Diamond (SCD) detector covered with...
We present the results of analysis of triton burn-up process using the data from diamond detector. N...
We present the results of analysis of triton burn-up process using the data from diamond detector. N...
We present the results of analysis of triton burn-up process using the data from diamond detector. N...
CVD diamond is an interesting material for radiation detection, its atomic number (Z = 6) is close t...
A polycrystalline chemical vapor deposited (CVD) diamond detector was installed on a JET tokamak in ...
A polycrystalline chemical vapor deposited (CVD) diamond detector was installed on a JET tokamak in ...
A polycrystalline chemical vapor deposited (CVD) diamond detector was installed on a JET tokamak in ...
During the 2005-2007 JET experimental campaigns a Single Crystal Diamond (SCD) detector covered with...
Polycrystalline chemical vapor deposited (CVD) diamond detectors are of great interest in harsh envi...
Polycrystalline chemical vapor deposited (CVD) diamond detectors are of great interest in harsh envi...
During the 2005-2007 JET experimental campaigns a Single Crystal Diamond (SCD) detector covered with...
During the 2005-2007 JET experimental campaigns a Single Crystal Diamond (SCD) detector covered with...
Polycrystalline chemical vapor deposited (CVD) diamond detectors are of great interest in harsh envi...
During the 2005-2007 JET experimental campaigns a Single Crystal Diamond (SCD) detector covered with...
During the 2005-2007 JET experimental campaigns a Single Crystal Diamond (SCD) detector covered with...
We present the results of analysis of triton burn-up process using the data from diamond detector. N...
We present the results of analysis of triton burn-up process using the data from diamond detector. N...
We present the results of analysis of triton burn-up process using the data from diamond detector. N...
CVD diamond is an interesting material for radiation detection, its atomic number (Z = 6) is close t...