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20篇 您的检索式：作者名="Mompart"

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	题名	作者	年代	出处	被引量
1	Zygote arrest 1 gene in pig, cattle and human: Evidence of different transcript variants in male and female germ cells显示文摘	Uzbekova S Roy-Sabau M Dalbies-Tran R Perreau C Papillier P Mompart F Thelie A Pennetier S Cognie J Cadoret V Royere D Monget P Mermillod P	2006	Reproductive Biology and Endocrinology2006，4，：	1
2	Lasing without inversion显示文摘	Mompart J Corbalan R	2000	J Opt B:Quantum Semiclass Opt2000，2，3：	1
3	Antibody responses in the serum and gut of chicken lines differing in cecal carriage of Salmonella enteritidis显示文摘	Florence Berthelot-Hérault Florence Mompart Michel S Zygmunt Gérard Dubray Marion Duchet-Suchaux	2003	Veterinary Immunology and Immunopathology2003，，1：	1
4	Lasing without inversion显示文摘	MOMPART J CORBALAN R	2000	Journal of Optics B-Quantum and Semiclassical Optics2000，2，：	1
5	Enlargement of the inversionless lasing domain by using broad-area cavities显示文摘	Mompart J Torrent M C Ahufinger V	2003	J Opt B:quantum Semiclass Opt2003，5，3：	1
6	Electromagnetically induced transparency with a standing-wave drive the frequency up-conversion regime 显示文摘	Silva F Mompart J Ahufinger V Corbalan R	2001	Phys Rev A2001，64，03：	1
7	Lasing without inversion in three-level system:self-pulsing in the cascade schemes显示文摘	Mompart J Peters C Corbalán R	1998	Phys Rev1998，57，3：	1
8	Lasing without Inversion 显示文摘	Mompart J Corbalan R	2000	J Opt B: Quantum Semiclass Opt2000，2，3：	1
9	Lasing without inversion显示文摘	Mompart J Corbalan R	2000	Opt B Quantum Semiclass Opt2000，2，1：	1
10	Lasing without inversion显示文摘	MOMPART J CORBALAN R	2000	J Opt B: Quantum Semiclass Opt2000，2，3：	1
11	Inversionless amplification in three-level systems- dressed states quantum interference and quantum-jump analyses显示文摘	MOMPART J CORBALAN R	1998	Opt Commn1998，156，：	1
12	Lasing without inversion显示文摘	MOMPART J CORBALAN R	2000	J Optics B: Quantand Semiclas Opt2000，2，3：	1
13	Lasing without inversion in three-level systems: Self-pulsing in the cascadeschemes显示文摘	Mompart J Peters C Corbalan R	1998	Phys Rev1998，57，3：	1
14	Transverse profile effects on lasing without population inversion显示文摘	F Prati J Mompart R Corbalan	1998	J Opt B:Quantum and Semiclass Opt1998，1，：	1
15	Lasing without inversion显示文摘	Mompart J Corbalan R	2000	J Opt B:Quant and Semiclas Opt2000，2，3：	1
16	Nuclear architecture of resting and LPS- stimulated porcine neutrophils by 3D FISH显示文摘	YERLE-BOUISSOU M & MOMPART F IANNUCCELLI E RO- BELIN D JAUNEAU A LAHBIB-MANSAIS Y DELCROS C OSWALD I P GELLIN J	2009	Chromosome Re- search2009，17，：	1
17	Propagation effects on lasing without population inversion显示文摘	Mompart J Ahufinger V Corbalan R Parti F	2000	J Opt B2000，2，3：	1
18	Lasing without inversion with frequency up-conversion in a Doppler-broadened V-type three-level system显示文摘	Ahufinger V Mompart J Corbalan R	1999	Phys Rev A1999，60，1：	1
19	Estimated herita- bility of the resistance to cecal carrier state of Salmonella enter- itidis in chickens显示文摘	Berthelot F Beaumont C Mompart F	1998	Poult Sci1998，77，6：	1
20	Light spectral filtering based on spatial adiabatic passage显示文摘We present the first experimental realization of a light spectral filter based on the spatial adiabatic passage technique.We demonstrate that a fully integrable CMOS-compatible system of three coupled identical total internal reflection silicon oxide waveguides with variable separation along their propagation direction can be used simultaneously as a low-and high-pass spectral filter within the visible range of wavelengths.Light is injected into the right waveguide,and after propagating along the system,long wavelengths are transferred into the left output,whereas short wavelengths propagate to the right and central outputs.The stopband reaches values up to 211 dB for the left output and approximately 220 dB for the right plus central outputs.The passband values are close to 0 dB for both cases.We also demonstrate that the filtering characteristics of the device can be controlled by modifying the parameter values,which define the geometry of the triple-waveguide system.However,the general filtering behavior of the system does not critically depend on technological variations.Thus,the spatial adiabatic passage filtering approach constitutes an alternative to other integrated filtering devices,such as interference or absorbance-based filters.	Ricard Menchon-Enrich Andreu Llobera Jordi Vila-Planas Victor J Cadarso Jordi Mompart Veronica Ahufinger	2013	Light(Science & Applications)2013，2，1：	0

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