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19篇 您的检索式：作者名="PENTI V"

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		题名	作者	年代	出处	被引量
	1	High-order distortion in direct modulated semiconductor lasers in high-loss analog optical link with large of dynamic range显示文摘	GORDON G S D CRISP M J PENTY R V	2011	IEEE Journal of Lightwave Technology2011，29，23：	1
	2	Demonstration of ultrafast all-optical wavelength conversion utilizing birefringence in semiconductor optical amplifiers 显示文摘	STEPENS M F C ASGHARI M PENTY R V	1997	IEEE Photon Technol Lett1997，9，4：	1
	3	Penalty free subearrier modulated multimode Fiber links for data- comm application beyond the bandwidth limit 显示文摘	TYLER E J WEBSTER M PENTY R V	2002	IEEE Photonics Technology Letters2002，14，1：	1
	4	Wavelength conversion using semiconductor optical amplifiers显示文摘	Ian H White and Richard V Penty	1997	IEEE Journal of Lightwave Technology1997，15，7：	1
	5	Penalty free subcarrier modulated multimode Fiber links for dataeomm application hevnnd the bandwidth limit显示文摘	Tyler E J Webster M Penty R V	2002	IEEE Photonics Technology Letters2002，14，1：	1
	6	Compact multimode polymer waveguide bends for board-level optical interconnects显示文摘	Bamiedakis N Penty R V White I H	2013	JLightwave Technol2013，31，14：	1
	7	Electronic Equalization for Length Extension of×2 to×3in 10 Gb/s Multimode-Fiber Data Communication Links显示文摘	INGHAM J D PENTY R V WHITE I H	2004	Electron Lett2004，40，22：	1
	8	Directly modulated wavelength-multiplexed integrated microring laser array显示文摘	Bennecer A Williams K A Penty R V	2008	IEEE Photonics Technology Letters2008，20，16：	1
	9	Wavelength Conversion Using Semiconductor Optical Amplifiers 显示文摘	Mehdi Asghari Ian H White Richard V Penty	1997	Lightwave Technol1997，15，7：	1
	10	Wavelength conversion using semiconductor optical amplifiers显示文摘	Asghari M White I H Penty R V	1997	Journal of Lightwave Technology1997，15，7：	1
	11	Wavelength conversion using semiconductor optical amplifiers 显示文摘	Asghari M White I H Penty R V	1997	Journal of Lightwave Technology1997，15，7：	1
	12	Boundary element analysis of a plate on elastic foundation显示文摘	JARI P PENTI V	1986	International Journal for Numerical Methods in Engineering1986，23，2：	1
	13	Wavelength conversion using semiconductor optical amplifiers 显示文摘	ASGHARI M WHITE H PENTY R V	1997	J Lightwave Technology1997，15，：	1
	14	Demonstration of ultrafast all-optical wavelength conversion utilizing birefringence in semiconductor optical amplifiers显示文摘	Stephens M F C Asghari M Penty R V		0，，：	1
	15	Wavelength conversion using semiconductor optical amplifiers 显示文摘	Asghari M White I H Penty R V	1997	Journal of Lightwave Technology(S0733-8724)1997，15，7：	1
	16	Large port count high-speed optical switch fabric for use within datacenters显示文摘	WONFOR A WANG H PENTY R V	2011	Journal of Optical Communications and Networking2011，3，8：	1
	17	Wav-elength conversion using semiconductor optical amplifiers显示文摘	Mehdi Asghari Ian H White Richard V Penty	1997	IEEE/OSA J Lightwave Technol1997，15，7：	1
	18	Optical DE/MUX Components for Datacomunication Applications显示文摘This paper reviews the potential for WDM systems to be implemented within datacommunication systems, and indicates future network functions. Spectral and temporal multiplexing functions are reviewed, with particular focus being placed on 2DIO and amplifier based crosspoint components.	Ian H White Richard V Penty Kevin A Williams Chris N Morgan	2003	光学学报2003，23，S1：	1
	19	Pulse generation with ultra-superluminal pulse propagation in semiconductor heterostructures by superradiant-phase transition enhanced by transient coherent population gratings显示文摘This paper reports the observation of ultra-superluminal pulse propagation in multiple-contact semiconductor heterostructures in a superradiant emission regime,and shows definitively that it is a different class of emission from conventional spontaneous or stimulated emission.Coherent population gratings induced in the semiconductor medium under strong electrical pumping have been shown to cause a major decrease of the group refractive index,in the range of 5–40%.This decrease is much greater than that caused by conventional carrier depletion or chirp mechanisms.The decrease in refractive index in turn causes faster-than-c propagation of femtosecond pulses.The measurement also proves the existence of coherent amplification of electromagnetic pulses in semiconductors at room temperature,the coherence being strongly enhanced by interactions of the light with coherent transient gratings locked to carrier gratings.This pulse-generation technique is anticipated to have great potential in applications where highly coherent femtosecond optical pulses must be generated on demand.	Peter P Vasil’ev Richard V Penty Ian H White	2016	Light(Science & Applications)2016，5，1：	0

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