A simulation is developed that accurately models the developing current distribution and use an array processor to obtain faster run times.
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Nuclear energy research at Lawrence Livermore National Laboratory indicates that field-reversed magnetic mirror machines may offer greater efficiency and ...
Jun 1, 1983 · Array processing techniques are allowing physicists to program in FORTRAN and generate fast machine code. The simulations show close ...
In this paper, we present a gradient domain image fusion framework based on the Markov Random Field (MRF) fusion model. In this framework, the salient ...
We present the design and implementation for the array processor of FERMI, a code for modeling the physics of field-reversed magnetic-mirror fusion machines ...
Mar 28, 2017 · A field-reversed configuration (FRC) has been proposed for a magnetic mirror — a solenoidal electromagnet configured and operated in such a way ...
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The SOL allows control over the build-up of fusion products and removes impurities in the plasma. Figure 4. Field-Reversed Configuration (FRC) Plasma Magnetic ...
As demonstrated in the tandem mirror concept [1], direct control of ambipolar electric fields can be used to reduce end losses in a magnetic mirror system. The ...
HFRC (HUST Field-Reversed Configuration) device is a complex magnetic confinement fusion research device for studying field-reversed configuration, ...