This paper presents the main achievements of the European Home Team (EU HT) test programme of ITER primary wall small scale mock ups. It describes briefly the fabrication method of the mock ups, the test conditions and the main results obtained with high heat flux and thermal fatigue tests of Cu alloy/stainless steel and beryllium/Cu alloy/stainless steel mock ups. The results obtained so far show very good thermal fatigue performance and operation margin of the ITER primary first wall concept.</p
AbstractBeryllium as the plasma facing material for the first wall of ITER will be exposed to therma...
Beryllium as the plasma facing material for the first wall of ITER will be exposed to thermal, parti...
Beryllium as the plasma facing material for the first wall of ITER will be exposed to thermal, parti...
This paper presents the main achievements of the European Home Team (EU HT) test programme of ITER p...
This paper presents the last results obtained in the ITER First Wall (FW) development work programme...
A primary wall mock-up was recently tested in the Thermal Fatigue Test Facility of the Joint Researc...
A primary wall mock-up was recently tested in the Thermal Fatigue Test Facility of the Joint Researc...
A research and development (R&D) programme for the ITER blanket-shield modules has been implemen...
This paper describes the main activities carried out in the frame of EU-DA prequalification for the ...
A research and development (R&D) programme for the ITER blanket-shield modules has been implemen...
AbstractPaper introduces thermal fatigue testing devices, developed and operated under fusion-relate...
AbstractPaper introduces thermal fatigue testing devices, developed and operated under fusion-relate...
With the aim to assess the option to start the ITER operation with a full tungsten divertor, an R&D ...
The ITER first wall (FW) panel consists of beryllium in the form of tiles covering its surface, high...
In 2001, EFDA has assigned to ENEA a contract for the thermomechanical testing of six mock-ups of th...
AbstractBeryllium as the plasma facing material for the first wall of ITER will be exposed to therma...
Beryllium as the plasma facing material for the first wall of ITER will be exposed to thermal, parti...
Beryllium as the plasma facing material for the first wall of ITER will be exposed to thermal, parti...
This paper presents the main achievements of the European Home Team (EU HT) test programme of ITER p...
This paper presents the last results obtained in the ITER First Wall (FW) development work programme...
A primary wall mock-up was recently tested in the Thermal Fatigue Test Facility of the Joint Researc...
A primary wall mock-up was recently tested in the Thermal Fatigue Test Facility of the Joint Researc...
A research and development (R&D) programme for the ITER blanket-shield modules has been implemen...
This paper describes the main activities carried out in the frame of EU-DA prequalification for the ...
A research and development (R&D) programme for the ITER blanket-shield modules has been implemen...
AbstractPaper introduces thermal fatigue testing devices, developed and operated under fusion-relate...
AbstractPaper introduces thermal fatigue testing devices, developed and operated under fusion-relate...
With the aim to assess the option to start the ITER operation with a full tungsten divertor, an R&D ...
The ITER first wall (FW) panel consists of beryllium in the form of tiles covering its surface, high...
In 2001, EFDA has assigned to ENEA a contract for the thermomechanical testing of six mock-ups of th...
AbstractBeryllium as the plasma facing material for the first wall of ITER will be exposed to therma...
Beryllium as the plasma facing material for the first wall of ITER will be exposed to thermal, parti...
Beryllium as the plasma facing material for the first wall of ITER will be exposed to thermal, parti...