等离子体中漂流不稳定性激发的计算机模拟 |
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1. On drift wave instabilities excited by strong plasma gradients in toroidal plasmas
[J] .
Chen Haotian,
Chen Liu
Physics of plasmas
.
2018,第1aPta1期
机译：在环形等离子体中强等离子体梯度激发漂移波的不稳定性 2. Kinetics of excitation of N-2(A(3)Sigma(+)(u), vA), N-2(C-3 Pi(u), vC), and N-2(B-3 Pi(g), vB) in nitrogen discharge plasmas as studied by means of emission spectroscopy and computer simulation [J] . Shakhatov VA, Lebedev YA High Energy Chemistry . 2008,第3期机译：N-2（A（3）Sigma（+）（u），vA），N-2（C-3 Pi（u），vC）和N-2（B-3 Pi（g）的激发动力学，vB）在氮放电等离子体中，通过发射光谱法和计算机模拟研究 3. Excitation of edge plasma instabilities and their role in pedestal saturation in the HL-2A tokamak [J] . Zhong W. L., Zou X. L., Shi Z. B., Plasma physics and controlled fusion . 2016,第6期机译：激发边缘等离子体的不稳定性及其在HL-2A托卡马克中的基座饱和中的作用 4. A Relation between Current-Driven Ion-Acoustic instability and Potential-relaxation Instability Excited by a Positively Biased Electrode in a Plasma [C] . Iizuka Sotoru, Takada Kenichi, Sato Noriyoshi International Conference on Plasma Physics and Controlled Nuclear Fusion . 2001机译：电流驱动离子声不稳定性和潜在弛豫不稳定性在等离子体中产生正偏置电极激发的潜在弛豫不稳定性的关系 5. Instability of cardiac excitation wave propagation and intracellular calcium dynamics (computer simulation study). [D] . Chudin, Eugene. 1999机译：心脏激发波传播的不稳定性和细胞内钙动力学（计算机模拟研究）。 6. Plasmons in Finite Spherical Electrolyte Systems: RPA Effective Jellium Model for Ionic Plasma Excitations [O] . Witold Aleksander Jacak -1机译：有限球形电解质系统中的等离子体：离子等离子体激发的RPA有效胶体模型 7. Current-driven ion-acoustic and potential-relaxation instabilities excited in plasma plume during electron beam welding [O] . D. N. Trushnikov, G. M. Mladenov, V. Ya. Belenkiy, 2014机译：电子束焊接期间等离子体羽流中激发的电流驱动的离子声和电位 - 弛豫不稳定性 8. Turbulent Heating in Computer Simulations of the Modified Plasma Two-Stream Instability. [R] . ott,edward mcbride,john b. 1972机译：改进等离子体双流不稳定性的计算机模拟中的湍流加热。 |
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