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Showing 1 to 6 of 6 for “"radial electric fields"”.
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Radial Electric Fields for Improved Tokamak Performance
The influence of externally-imposed radial electric fields on the fusion energy output, energy multiplication, and alpha-particle ash build-up in a TFTR-sized, fusing tokamak plasma is explored. In an idealized tokamak plasma, an externally-imposed radial electric field leads to plasma rotation, …
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Radial Electric Fields from Larmor Radius Effects in the Field-Reversed Theta Pinch
Made available in DSpace on 2017-07-06T18:48:37Z (GMT). No. of bitstreams: 3 Hu_Yuan_MS.pdf: 22313721 bytes, checksum: baf5783a195404ec322630d9dd3daae0 (MD5) Hu_Yuan_MS_ABS.pdf: 483756 bytes, checksum: bd4f2ed9f5673c6f0e126ccbee133e0a (MD5) license.txt: 4813 bytes, checksum: …
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Development of a Planar Capillary Electrophoresis device coupled with dual refractive index and fluorescence detection
… such as “induced electroosmotic” flows caused by radial electric fields arising from the device compact geometry can also impact performance. We study the existence of this phenomenon in the PCE device and explore ways to mitigate its effects using external (radial) electric fields and negative …
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Theoretical explanations of I-mode impurity removal and H-mode poloidal pedestal asymmetries
… I propose the first method of measuring the radial impurity flux from currently available diagnostics. It provides a means of solving the impurity accumulation problem while providing free fueling for optimum tokamak performance. High confinement mode operation was discovered 35 years ago to …
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Use of molecular dynamics simulations to study the impact of weak to strong non-covalent chemical interactions
… modeled by the DC method in combination with the radial electric fields were found to be necessary to generate the Taylor cone. The differences observed between the SFCS and the DC in terms of predicting the total ion emission suggested that the former should not be used in MD electrospray …
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Radial electronic fields for improved tokamak performance
"The influence of externally-imposed radial electric fields on the fusion energy output, energy multiplication, and alpha-particle ash build-up in a TFTR-sized, fusing tokamak plasma is explored. In an idealized tokamak plasma, an externally-imposed radial electric field leads to plasma rotation, …