Search Results - "Khabanov, Filipp"

How turbulence spreading improves power handling in quiescent high confinement fusion plasmas by Li, Zeyu, Chen, Xi, Diamond, Patrick. H., Xu, Xueqiao, Qin, Xijie, Wang, Huiqian, Scotti, Filippo, Hong, Rongjie, Yu, Guanying, Yan, Zheng, Khabanov, Filipp, McKee, George R.

“…Viable magnetic fusion devices necessitate combining good confinement with effective power flux handling. A major concern for ITER, and devices beyond, is the…”
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Understanding the L-H isotope effect at the DIII-D tokamak and advancements in synthetic turbulence diagnostics by Callahan, Kyle, Schmitz, Lothar, Pratt, Quinn, Carter, Troy A., Wang, Guiding, Zhang, Haiping, Holland, Christopher, Haskey, Shaun R., Angulo, Adrianna, Bortolon, Alessandro, Effenberg, Florian, Belli, Emily A., Chrystal, Colin, Thome, Kathreen E., Ashourvan, Arash, Neiser, Tom, Knölker, M., Khabanov, Filipp, Yan, Zheng, McKee, George R., Chaban, Ryan A., Wilcox, Robert S., Holm, Andreas, Scotti, Filippo, Truong, Dinh, Gerrú, Raúl

“…It is determined that while heat flux differences between hydrogen and deuterium isotope experiments result from natural differences in carbon impurity content…”
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Density fluctuation statistics and turbulence spreading at the edge of L–mode plasmas by Khabanov, F.O., Hong, R., Diamond, P. H., Tynan, G. R., Yan, Z., McKee, G. R., Chrystal, C., Scotti, F., Yu, G., Zamperini, S. A., Zhu, Y.

“…Abstract Long-wavelength density fluctuations ( k ρ i <1) are studied using beam emission spectroscopy (BES) at the edge of DIII-D L-mode plasmas ( ρ =…”
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Understanding the L-H isotope effect at the DIII-D tokamak and advancements in synthetic turbulence diagnostics by Callahan, K.J., Schmitz, L., Pratt, Q., Carter, T.A., Wang, G., Zhang, H., Holland, C., Haskey, S.R., Angulo, A., Bortolon, A., Effenberg, F., Belli, E.A., Chrystal, C., Thome, K.E., Ashourvan, A., Neiser, T., Knolker, M., Khabanov, F., Yan, Z., McKee, G.R., Chaban, R., Wilcox, R.S., Holm, A., Scotti, F., Truong, D., Gerrú, R.

“…Abstract It is determined that while heat flux differences between hydrogen and deuterium isotope experiments result from natural differences in carbon…”
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