2019 CAP Congress / Congrès de l'ACP 2019

Session

T3-2 Novel Magnetic Fusion Configurations (DPP) | Nouvelles configurations de fusion magnétique (DPP)

T3-2

4 Jun 2019, 13:15

Simon Fraser University

Conveners

T3-2 Novel Magnetic Fusion Configurations (DPP) | Nouvelles configurations de fusion magnétique (DPP)

• Michael Bradley (University of Saskatchewan)

2715. General Fusion's Approach to Magnetized Target Fusion

Dr Michel Laberge (General Fusion)

04/06/2019, 13:15

Symposia Day - Plasma Physics

Invited Speaker / Conférencier(ère) invité(e)

While many physicists agree that fusion energy has the potential to be an exceptional solution to the world’s energy challenges, few can agree on how and when it will be done. Historically, two main approaches to develop fusion energy have been pursued by academic research: magnetic confinement and inertial confinement. Over the years significant progress has been made, but fusion power plants...

2713. Developments in Compression of Magnetized Plasmas

Michael Delage (General Fusion)

04/06/2019, 13:45

Symposia Day - Plasma Physics

Invited Speaker / Conférencier(ère) invité(e)

Magnetized Target Fusion (MTF) involves compressing an initial magnetically confined plasma on a timescale faster than the thermal confinement time of the plasma. If near adiabatic compression is achieved, volumetric compression of 350X or more of a 500 eV target plasma would achieve a final plasma temperature exceeding 10 keV. Power plant relevant fusion gains could be achieved provided the...

2794. The Field-Reversed Configuration as a Practical Fusion Reactor Core

Mr Edward DeWit (Queen's University)

04/06/2019, 14:15

Symposia Day - Plasma Physics

Oral Competition (Graduate Student) / Compétition orale (Étudiant(e) du 2e ou 3e cycle)

The field-reversed configuration (FRC) is a class of magnetically confined plasmas characterized by self-generated poloidal fields and no toroidal fields. The FRC has a high beta value, the ratio of plasma pressure to magnetic field pressure, which means that the required strength of the external magnetic field is much lower when compared to other magnetic confinement schemes. Consequently,...