Central fuelling of a tokamak reactor can significantly improve tokamak confinement as
demonstrated in pelletenhanced performance. 1 Localized central fuelling provides a means …

Compact torus (CT) injection is one of the most promising methods for the central fuelling of
next-generation reactor-grade fusion devices due to its high density, high velocity, and …

We present the first results from recent compact toroid (CT) injection experiments in the JFT-
2M tokamak using the improved CT injector and diagnostics with fast time resolution. We …

Compact torus (CT) injection is a highly promising technique for the central fueling of future
reactor-grade fusion devices since it features extremely high injection velocity and relatively …

A new compact torus injector (KTX-CTI) has been built for injection experiments on the Keda
Torus eXperiment (KTX) reversed field pinch (RFP). The aim is to study the fundamental …

A compact torus (CT) injector operated at high repetition rates has been developed. A
system consisting of a stack of insulated-gate bipolar transistors and storage capacitor …

Abstract The University of Saskatchewan compact torus injector has been modified to allow
vertical injection of the compact torus (CT) into the STOR-M tokamak. The injector stayed at …

In the Saskatchewan torus-modified (STOR-M) tokamak, tangential compact torus injection
(CTI) experiments have been performed with normal (counter-clockwise, CCW, top view) …

In compact torus injection (CTI) experiments on the STOR-M tokamak, an ion Doppler
spectrometer is installed to observe the effects of CTI on toroidal plasma flows. The intrinsic …

The Saskatchewan TORus-Modified (STOR-M) tokamak was constructed as a research
tokamak to serve as a test bed for innovative ideas relevant to fusion science and …