Effect of Laval Nozzle in the GAMMA 10 SMBI Experiments

Md. Maidul ISLAM; Yousuke NAKASHIMA; Shinji KOBAYASHI; Nobuhiro NISHINO; Yuichiro NAKANO; Katsuhiro HOSOI; Kazuya ICHIMURA; Md. Shahinul ISLAM; Keita SHIMIZU; Kazuma FUKUI; Masato OHUCHI; Akihiro TERAKADO; Masayuki YOSHIKAWA; Junko KOHAGURA; Mafumi HIRATA; Ryuya IKEZOE; Xiaolong WANG; Makoto ICHIMURA; Mizuki SAKAMOTO; Tsuyoshi IMAI

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Effect of Laval Nozzle in the GAMMA 10 SMBI Experiments

机译：薰衣草喷嘴在γ10MBI实验中的影响

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Gas fueling by supersonic molecular beam injection (SMBI) has been performed at the central-cell in GAMMA 10. The results of SMBI experiment with plenum pressure from 0.3 MPa to 2.0 MPa were obtained using a laval nozzle. The distribution of the emission intensity during SMBI was investigated by the 2-dimensional image captured by the fast camera as an index of the neutral transport. The experimental results indicates that the effect of the laval nozzle reduces the dispersion of injected hydrogen molecules in the peripheral region. In this paper, we also studied the line density at the central-cell (NLcc) and Hα emission intensity during SMBI. Comparison between SMBI and conventional gas puffing is also discussed from the view point of the fueling efficiency.

机译：通过超音速分子束注射（SMBI）的气体燃料在γ10中进行了中央电池进行了。使用薰衣草喷嘴获得了来自0.3MPa至2.0MPa的增压器的SMBI实验的结果。通过快速相机捕获的二维图像作为中性传输的指标，研究了SMBI期间的发射强度的分布。实验结果表明，薰衣草喷嘴的效果降低了外周区域中注射氢分子的分散。在本文中，我们还在SMBI期间研究了中央电池（NLCC）和Hα发射强度的线密度。还从加油效率的观点讨论了SMBI和常规气体膨化之间的比较。

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《Plasma and Fusion Research》 |2016年第1期|共1页
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Md. Maidul ISLAM; Yousuke NAKASHIMA; Shinji KOBAYASHI; Nobuhiro NISHINO; Yuichiro NAKANO; Katsuhiro HOSOI; Kazuya ICHIMURA; Md. Shahinul ISLAM; Keita SHIMIZU; Kazuma FUKUI; Masato OHUCHI; Akihiro TERAKADO; Masayuki YOSHIKAWA; Junko KOHAGURA; Mafumi HIRATA; Ryuya IKEZOE; Xiaolong WANG; Makoto ICHIMURA; Mizuki SAKAMOTO; Tsuyoshi IMAI;
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1. Analysis of Neutral Transport in GAMMA 10 SMBI Experiments [J] . Katsuhiro HOSOI, Yousuke NAKASHIMA, Shinji KOBAYSHI, Plasma and Fusion Research . 2012,第3期

机译：GAMMA 10 SMBI实验中的中性传输分析
2. Sensitivity Check of Background Plasma Parameter during SMBI in the GAMMA 10 Central-Cell by 3-D Monte-Carlo Simulations [J] . Maidul, Shinji KOBAYASHI, Nobuhiro NISHINO, Plasma and Fusion Research . 2019,第4期

机译：通过3-D蒙特卡洛模拟对GAMMA 10中心细胞SMBI期间背景血浆参数的敏感性检查
3. STUDY ON THE OPTIMIZATION OF FUELING BY USING THE SMBI METHOD IN GAMMA 10 [J] . K. Hosoi, Y. Nakashima, S. Kobayashi, Fusion Science and Technology . 2013,第1T期

机译：伽玛10中SMBI方法对油污的优化研究
4. Characteristics of SMBI Fueling with Laval Nozzle in GAMMA 10 Based on Experimental and Simulation Results [C] . M. M. Islam, Y. Nakashima, S. Kobayashi, International Conference on Open Magnetic Systems for Plasma Confinement . 2016

机译：基于实验性和仿真结果的γ10在γ10中与薰衣草喷嘴的SMBI加油特性
5. Measurement of the argon-38(n,2n)argon-37 and calcium-40(n,alpha)argon-37 cross sections, and National Ignition Facility concrete activation using the rotating target neutron source. The design of an experiment to measure the beryllium-9(n,gamma)beryllium-10 cross section at 14 MeV. [D] . Belian, Anthony Paul. 2000

机译：使用旋转目标中子源测量氩38（n，2n）氩37和钙40（n，α）氩37的横截面以及国家点火设施的混凝土活化。在14 MeV下测量铍9（n，γ）铍10横截面的实验设计。
6. An Efficient and Facile Methodology for Bromination of Pyrimidine and Purine Nucleosides with Sodium Monobromoisocyanurate (SMBI) [O] . Jyotirmoy Maity, Roger Stromberg 2013

机译：用单溴异氰尿酸钠（SMBI）溴化嘧啶和嘌呤核苷的高效简便方法
7. Effect of Laval Nozzle in the GAMMA 10 SMBI Experiments [O] . ISLAM Md. Maidul, NAKASHIMA Yousuke, KOBAYASHI Shinji, 2016

机译：Laval喷嘴在GAMMA 10 SMBI实验中的作用
8. MEGA: An experiment to search for mu yields e(gamma) at the level of 10(sup (minus)13). [R] . Mischke, R. E. 1989

机译：mEGa：搜索μ的实验产生10（sup（减去）13）的e（γ）。

Effect of Laval Nozzle in the GAMMA 10 SMBI Experiments

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