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16篇 您的检索式：作者名="Ahedo"

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		题名	作者	年代	出处	被引量
	1	Systems Analysis of Electrodynamic Tethers 显示文摘	Samanta Roy R I Hastings D E Ahedo E	1992	Journal of Spacecraft and Rockets1992，29，3：	1
	2	Cluster policy in the Basque country(1991-2002):Constructing industry-government'collaboration through cluster-associations显示文摘	AHEDO M	2004	European Planning Studies2004，12，8：	1
	3	A two-dimensional hy- brid model of the Hall thruster discharge显示文摘	Parra F I Ahedo E Fife J M	2006	Journal of Ap- plied Physics2006，100，02：	1
	4	查看详情显示文摘	Ahedo E		0，，：	1
	5	Two-Dimensional Supersonic Plasma Ac- celeration in a Magnetic Nozzle显示文摘	Ahedo E Merino M	2010	PHYSICS OF PLASMAS2010，17，：	1
	6	Partial trapping of secondary-electron emission in a Hall thruster plasma显示文摘	Ahedo E Parra F I		0，，7：	1
	7	One di mensional model of the plasma flow in a Hall thruster显示文摘	Ahedo E Martinez-Cerezo P Martinez-Sdnchez M	2001	Phys- ics of Plasmas2001，8，6：	1
	8	Multistream instabilities in three-species plasmas formed around strong double layers显示文摘	Lapuerta V Ahedo E	2002	Phys Plasmas2002，9，8：	1
	9	One-dimensional model of the plasma flow in a hall thruster 显示文摘	Ahedo E Martinez-Cerezo P	2001	Physics of Plasma2001，8，6：	1
	10	One-dimensional model of the plasma flow in a hall thruster显示文摘	Ahedo E Martinez-Cerezo P	2001	Physics of Plasma2001，8，6：	1
	11	Effects of the radial plasma-wall interaction on the Hall thruster dis-charge 显示文摘	Ahedo E Gallardo J M Martinez-Sanchez M	2003	Physics of Plasmas2003，10，8：	1
	12	Presheath/sheath model with secondary electron emission from two parallel walls显示文摘	Ahedo E	2002	Physics of Plasmas2002，9，10：	1
	13	Structure of the plasma-wall interaction in an oblique magnetic field 显示文摘	Ahedo E	1997	Physics of Plasmas1997，4，12：	1
	14	查看详情显示文摘	Ahedo E		0，，：	1
	15	Partial trapping of secondary-electron e mission in a Hall thruster plasma显示文摘	Ahedo E Parra F I	2005	Physics of Plasmas2005，12，07：	1
	16	Plasma–wave interaction in helicon plasmas near the lower hybrid frequency显示文摘We study the characteristics of plasma–wave interaction in helicon plasmas near the lower hybrid frequency.The(0D)dispersion relation is derived to analyze the properties of the wave propagation and a 1D cylindrical plasma–wave interaction model is established to investigate the power deposition and to implement the parametric analysis.It is concluded that the lower hybrid resonance is the main mechanism of the power deposition in helicon plasmas when the RF frequency is near the lower hybrid frequency and the power deposition mainly concentrates on a very thin layer near the boundary.Therefore,it causes that the plasma resistance has a large local peak near the lower hybrid frequency and the variation of the plasma density and the parallel wavenumber lead to the frequency shifting of the local peaks.It is found that the magnetic field is still proportional to the plasma density for the local maximum plasma resistance and the slope changes due to the transition.	赵以德白进纬曹勇吴思宇 Eduardo Ahedo Mario Merino 田滨	2022	Chinese Physics B2022，31，7：	0

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