Conveners
Axisymmetric LInear Advanced Neutron sourCE
- Olov Ågren (Uppsala University)
Prof.
Yican Wu
(Institute of Nuclear Energy Safety Technology, Chinese Academy of Sciences)
, Prof.
Zhibin Chen
(Institute of Nuclear Energy Safety Technology, CAS)
18/11/2019, 09:40
Axisymmetric LInear Advanced Neutron sourCE
Plenary Presentation
This presentation is contributed by the Institute of Nuclear Energy Safety Technology (INEST), Chinese Academy of Sciences and the Budker Institute of Nuclear Physics (BINP), Russian Academy of Sciences. It will be presented the development strategy and plan of construction of a GDT-based fusion volumetric neutron source project named Axisymmetric LInear Advanced Neutron sourCE (ALIANCE). The...
Prof.
Alexander Ivanov
(Budker Institute of Nuclear Physics)
18/11/2019, 10:30
Axisymmetric LInear Advanced Neutron sourCE
Plenary Presentation
The report presents an update on the continuing work on open magnetic traps in BINP RAS. It discusses the construction of a gas-dynamic trap with improved longitudinal confinement named GDMT, as well as the experiments on existing (GDT, SMOLA) and newly constructed (GOL-NB, CAT) devices. The report highlights the main experimental achievements obtained on the facilities of previous generation...
Dr
Qiusun Zeng
(Institute of Nuclear Energy Safety Technology, CAS)
18/11/2019, 11:40
Axisymmetric LInear Advanced Neutron sourCE
Plenary Presentation
The report presents results of neutron shielding calculation for ALIANCE project, especially for ALIANCE-2. We used the Monte Carlo transport program SuperMC with data library FENDL 2.1. The calculation results show that the 5cm thickness of the shielding layer of ALIANCE-2 is enough. The highest nuclear thermal deposition is at Coil-3 (C3) with a value 0.92W/m3. It is much lower than ITER's...
Dr
Dmitry Yakovlev
(BINP)
18/11/2019, 12:10
Axisymmetric LInear Advanced Neutron sourCE
Contributed Oral
The report presents the design ideas behind the low- and moderate-power prototypes of continuously operating volumetric fusion neutron sources based on gas-dynamic magnetic mirror devices with neutral beam injection. A possible arrangement of vacuum, magnetic, plasma stabilization and sustainment, and neutron shielding subsystems is presented, along with their required parameters that are...
Dr
Vadim Prikhodko
(Budker Institute of Nuclear Physics)
18/11/2019, 12:40
Axisymmetric LInear Advanced Neutron sourCE
Contributed Oral
An international mega-science project named ALIANCE (Axisymmetric LInear Advanced Neutron sourCE) was jointly initiated by INEST CAS and BINP RAS. It is aimed at the development of fusion volumetric neutron sources based on the GDT concept of plasma confinement. The report reviews the results of numerical simulations of plasma parameters for ALIANCE project done by DOL code. Three devices are...
