Material Selection For The Periodic Elements Of A Metamaterial-Enhanced Resistive Wall Amplifier

机译：超材料增强型电阻壁放大器的周期元件的材料选择

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. In this work, we investigated how the choice of material for the periodic elements affects the device's performance. In particular, we have constructed metamaterial (MTM) structures using meander elements constructed from metals with very different conductivity values, copper and stainless steel. Modification of the element's conductivity drastically changes the performance of both the electromagnetic waves that propagate in the structure as well as the resistive wall mechanism.

机译：。在这项工作中，我们研究了周期性元素的材料选择如何影响设备的性能。特别是，我们使用由具有非常不同的电导率值的金属，铜和不锈钢制成的曲折元素构造了超材料（MTM）结构。改变元件的电导率会极大地改变在结构中传播的电磁波以及电阻壁机制的性能。

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《IEEE International Conference on Plasma Science》|2017年|1-1|共1页
会议地点 Atlantic City(US)
作者
Tyler Rowe; Patrick Forbes; John H. Booske; Nader Behdad;
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1415 Engineering Dr. Madison University of Wisconsin - Madison WI 53706 USA;

1415 Engineerin;

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关键词
Metamaterials; Wideband; Performance evaluation; Conductivity; Copper; Steel; Plasmas;

机译：超材料；宽带；绩效评估；电导率铜;钢;等离子;

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专利

1. Metamaterial-Enhanced Resistive Wall Amplifier Design Using Periodically Spaced Inductive Meandered Lines [J] . Tyler Rowe, Nader Behdad, John H. Booske IEEE Transactions on Plasma Science . 2016,第10期

机译：使用周期性间隔的感应曲折线的超材料增强电阻壁放大器设计
2. Metamaterial-Enhanced Resistive Wall Amplifiers: Theory and Particle-in-Cell Simulations [J] . Rowe Tyler, Booske John H., Behdad Nader Plasma Science, IEEE Transactions on . 2015,第7期

机译：超材料增强的电阻壁放大器：理论和单元中的粒子模拟
3. THE PERIODICITY OF CHEMICAL ELEMENTS AND THE MATERIALS PERFORMANCE: A COMPLEMENT FOR THE COMPREHENSION OF THE PERIODIC TABLE [J] . Noval Virginia E., Carriazo Jos?? G. Quimica nova . 2019,第2期

机译：化学元素的周期性和材料性能：对周期表的理解的补充
4. Material Selection For The Periodic Elements Of A Metamaterial-Enhanced Resistive Wall Amplifier [C] . Tyler Rowe, Patrick Forbes, John H. Booske, IEEE International Conference on Plasma Sciences . 2017

机译：超材料增强电阻墙放大器的定期元件材料选择
5. Theoretical, Computational, and Experimental Studies of a Metamaterial-Enhanced Resistive Wall Amplifier. [D] . Rowe, Raymond Tyler. 2017

机译：超材料增强型电阻壁放大器的理论，计算和实验研究。
6. Metamaterial-enhanced vibrational absorption spectroscopy for the detection of protein molecules [O] . Tung S. Bui, Thang D. Dao, Luu H. Dang, -1

机译：超材料增强的振动吸收光谱法用于检测蛋白质分子
7. Novel Resist Materials Using Acid Amplifiers Part I. [O] . Koji Arimitsu, Soh Noguchi, Kunihiro Ichimura, 1997

机译：新颖的抗蚀剂材料使用耐酸放大器部分I.
8. Effects of Velocity Spread and Wall Resistivity on the Gain and Bandwidth of the Gyrotron Travelling-Wave Amplifier [R] . Lau, Y. Y., Chu, K. R., Barnett, L. 1980

机译：速度传播和壁电阻率对回旋行波放大器增益和带宽的影响

Material Selection For The Periodic Elements Of A Metamaterial-Enhanced Resistive Wall Amplifier

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