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Enhanced particle confinement and turbulence reduction due to E x B shear in the TEXTOR tokamak.

(2000) NUCLEAR FUSION. 40(7). p.1397-1410
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Chicago
BOEDO, J, D GRAY, S JACHMICH, R CONN, GP TERRY, G TYNAN, Guido Van Oost, and RR WEYNANTS. 2000. “Enhanced Particle Confinement and Turbulence Reduction Due to E x B Shear in the TEXTOR Tokamak.” Nuclear Fusion 40 (7): 1397–1410.
APA
BOEDO, J, GRAY, D., JACHMICH, S., CONN, R., TERRY, G., TYNAN, G., Van Oost, G., et al. (2000). Enhanced particle confinement and turbulence reduction due to E x B shear in the TEXTOR tokamak. NUCLEAR FUSION, 40(7), 1397–1410.
Vancouver
1.
BOEDO J, GRAY D, JACHMICH S, CONN R, TERRY G, TYNAN G, et al. Enhanced particle confinement and turbulence reduction due to E x B shear in the TEXTOR tokamak. NUCLEAR FUSION. 2000;40(7):1397–410.
MLA
BOEDO, J, D GRAY, S JACHMICH, et al. “Enhanced Particle Confinement and Turbulence Reduction Due to E x B Shear in the TEXTOR Tokamak.” NUCLEAR FUSION 40.7 (2000): 1397–1410. Print.
@article{130876,
  author       = {BOEDO, J and GRAY, D and JACHMICH, S and CONN, R and TERRY, GP and TYNAN, G and Van Oost, Guido and WEYNANTS, RR},
  issn         = {0029-5515},
  journal      = {NUCLEAR FUSION},
  language     = {eng},
  number       = {7},
  pages        = {1397--1410},
  title        = {Enhanced particle confinement and turbulence reduction due to E x B shear in the TEXTOR tokamak.},
  volume       = {40},
  year         = {2000},
}

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