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10篇 您的检索式：作者名="Azarmanesh"

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		题名	作者	年代	出处	被引量
	1	A novel planar UWB monopole antenna with variable frequency band - notch function based on etched slot - type elc on the patch 显示文摘	MOVAHEDINIA R AZARMANESH M N	2010	Microwave Optical Technology Letter2010，52，1：	1
	2	Two Novel Very Small Monopole Antenna Shaving Fre- quency Band Notch Function Using DGS for UWB Appli- cation显示文摘	Saber Sohani Mohammadnaghi Azarmanesh Parisa Lotfi	2011	International Jom''nal Electronics and Commu- nications2011，65，：	1
	3	A novel planar UWB monopole antenna with variable frequency band - notch function based on etched slot - type elc on the patch 显示文摘	MOVAHEDINIA R AZARMANESH M N	2010	Microwave Opt Teehnol Lett2010，52，1：	1
	4	Triple Band - Notched UWB CPW and Microstrip line Fed Monopole Antenna Using Broken 71 -shaped Slot 显示文摘	Parisa Lotfi Saber Sohani Mohammadnaghi Azarmanesh	2011	International Journal of Electronics and Communi- cations2011，65，9：	1
	5	Triple bandnotched UWB CPW and microstrip line fed monopole antenna using broken ∩\\|shaped Slot 显示文摘	Lotfi P Soltani S Azarmanesh M	2011	International Journal of Electronics and Communications2011，65，9：	1
	6	Rotatable dual band-notched UWB/triple-band WLAN reconfigurable antenna显示文摘	Lotfi P Azarmanesh M and Soltani S	2013	IEEE Antennas and Wireless Propagation Letters2013，12，1：	1
	7	Two novel very small monopole antennas having frequency band notch function using DGS for UWB application显示文摘	Soltani S Azarmanesh M Lotfi P	2011	AEU- International Journal of Electronics and Communications2011，65，1：	1
	8	A Novel Planar UWB Monopole Antenna with Variable Frequency Band-notch Function Based on Etched Slot-type elc on the Patch显示文摘	Mov Ahedinia R Azarmanesh M N		0，，01：	1
	9	A novel broadband design of a printed hexangular slot antenna for wireless applications显示文摘	Eskandari H Azarmanesh M	2008	Journal of Electromagnetic Waves and Applicatiom2008，22，89：	1
	10	Numerical demonstration of three-dimensional terahertz metamaterials based on the causality principle显示文摘A parameter retrieval algorithm based on the causality principle and Kramers–Kronig(KK)relations is employed to calculate the effective parameters of three-dimensional(3D)metamaterials.Using KK relations,the branch selecting problem,which is the challenge of effective parameter retrieval method,can be removed.To reveal the validity of the proposed algorithm,the constitutive refractive index of a homogeneous polymide cube is extracted.The result is in excellent agreement with the intrinsic refractive index of the polymide.Finally,the two terahertz metamaterials with 3D structures are designed and their effective parameters are then retrieved using the proposed algorithm.Numerical simulations are performed using the full-wave electromagnetic solver,CST Microwave Studio.	Saeid Jamilan Javad Nourinia Mohammad Naghi Azarmanesh	2014	Chinese Physics B2014，23，2：	0

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