نتایج جستجو برای: nonresonant

تعداد نتایج: 1070  

Journal: :Physical review. E, Statistical, nonlinear, and soft matter physics 2004
C V Filip R Narang S Ya Tochitsky C E Clayton P Musumeci R B Yoder K A Marsh J B Rosenzweig C Pellegrini C Joshi

The nonresonant beat-wave excitation of relativistic plasma waves is studied in two-dimensional simulations and experiments. It is shown through simulations that, as opposed to the resonant case, the accelerating electric fields associated with the nonresonant plasmons are always in phase with the beat-pattern of the laser pulse. The excitation of such nonresonant relativistic plasma waves is s...

2008
A. N. F. Aleixo A. B. Balantekin M. A. Cândido Ribeiro

A class of shape-invariant bound-state problems which represent transition in a two-level system introduced earlier are generalized to include arbitrary energy splittings between the two levels as well as intensity-dependent interactions. We show that the couple-channel Hamiltonians obtained correspond to the generalizations of the nonresonant and intensity-dependent nonresonant Jaynes-Cummings...

Journal: :Physical review letters 2010
David Gachet Sophie Brustlein Hervé Rigneault

In the Young's double slit experiment, the spatial shift of the interference pattern projected onto a screen is directly related to the phase difference between the fields diffracted by the two slits. We apply this property to fields emitted by nonlinear processes and thus demonstrate background-free coherent anti-Stokes Raman scattering microscopy near an axial interface between a resonant and...

Journal: :Optics letters 2012
K I Popov A F Pegoraro A Stolow L Ramunno

We investigate the role of a spatially inhomogenous nonresonant background medium on several Raman-based imaging modalities. In particular, we consider a small resonant bead submerged in a spatially heterogeneous nonresonant χ(3) background. Using detailed 3D electrodynamic simulations, we compare coherent anti-Stokes Raman scattering (CARS), frequency-modulated CARS, amplitude-modulated stimul...

2001
J. B. Taylor J. W. Connor C. G. Gimblett H. R. Wilson R. J. Hastie

The resistive wall mode ~RWM! poses a threat to many plasma confinement devices. The continuous rotation of the wall relative to the plasma makes it appear perfectly conducting, because of the skin effect, but this is ineffective if the perturbation locks to the wall. This raises the question of whether a nonuniformly rotating wall is more effective. In this paper we discuss the effect of such ...

Journal: :Physical review letters 2013
T Aaltonen E Albin S Amerio D Amidei A Anastassov A Annovi J Antos G Apollinari J A Appel T Arisawa A Artikov J Asaadi W Ashmanskas B Auerbach A Aurisano F Azfar W Badgett T Bae A Barbaro-Galtieri V E Barnes B A Barnett P Barria P Bartos M Bauce F Bedeschi S Behari G Bellettini J Bellinger D Benjamin A Beretvas A Bhatti K R Bland B Blumenfeld A Bocci A Bodek D Bortoletto J Boudreau A Boveia L Brigliadori C Bromberg E Brucken J Budagov H S Budd K Burkett G Busetto P Bussey P Butti A Buzatu A Calamba S Camarda M Campanelli F Canelli B Carls D Carlsmith R Carosi S Carrillo B Casal M Casarsa A Castro P Catastini D Cauz V Cavaliere M Cavalli-Sforza A Cerri L Cerrito Y C Chen M Chertok G Chiarelli G Chlachidze K Cho D Chokheli M A Ciocci A Clark C Clarke M E Convery J Conway M Corbo M Cordelli C A Cox D J Cox M Cremonesi D Cruz J Cuevas R Culbertson N d'Ascenzo M Datta P De Barbaro L Demortier M Deninno F Devoto M d'Errico A Di Canto B Di Ruzza J R Dittmann M D'Onofrio S Donati M Dorigo A Driutti K Ebina R Edgar A Elagin R Erbacher S Errede B Esham R Eusebi S Farrington J P Fernández Ramos R Field G Flanagan R Forrest M Franklin J C Freeman H Frisch Y Funakoshi A F Garfinkel P Garosi H Gerberich E Gerchtein S Giagu V Giakoumopoulou K Gibson C M Ginsburg N Giokaris P Giromini G Giurgiu V Glagolev D Glenzinski M Gold D Goldin A Golossanov G Gomez G Gomez-Ceballos M Goncharov O González López I Gorelov A T Goshaw K Goulianos E Gramellini S Grinstein C Grosso-Pilcher R C Group J Guimaraes da Costa S R Hahn J Y Han F Happacher K Hara M Hare R F Harr T Harrington-Taber K Hatakeyama C Hays J Heinrich M Herndon A Hocker Z Hong W Hopkins S Hou R E Hughes U Husemann M Hussein J Huston G Introzzi M Iori A Ivanov E James D Jang B Jayatilaka E J Jeon S Jindariani M Jones K K Joo S Y Jun T R Junk M Kambeitz T Kamon P E Karchin A Kasmi Y Kato W Ketchum J Keung B Kilminster D H Kim H S Kim J E Kim M J Kim S B Kim S H Kim Y K Kim Y J Kim N Kimura M Kirby K Knoepfel K Kondo D J Kong J Konigsberg A V Kotwal M Kreps J Kroll M Kruse T Kuhr M Kurata A T Laasanen S Lammel M Lancaster K Lannon G Latino H S Lee J S Lee S Leo S Leone J D Lewis A Limosani E Lipeles H Liu Q Liu T Liu S Lockwitz A Loginov D Lucchesi J Lueck P Lujan P Lukens G Lungu J Lys R Lysak R Madrak P Maestro S Malik G Manca A Manousakis-Katsikakis F Margaroli P Marino M Martínez K Matera M E Mattson A Mazzacane P Mazzanti R McNulty A Mehta P Mehtala C Mesropian T Miao D Mietlicki A Mitra H Miyake S Moed N Moggi C S Moon R Moore M J Morello A Mukherjee Th Muller P Murat M Mussini J Nachtman Y Nagai J Naganoma I Nakano A Napier J Nett C Neu T Nigmanov L Nodulman S Y Noh O Norniella L Oakes S H Oh Y D Oh I Oksuzian T Okusawa R Orava L Ortolan C Pagliarone E Palencia P Palni V Papadimitriou W Parker G Pauletta M Paulini C Paus T J Phillips G Piacentino E Pianori J Pilot K Pitts C Plager L Pondrom S Poprocki K Potamianos F Prokoshin A Pranko F Ptohos G Punzi N Ranjan I Redondo Fernández P Renton M Rescigno T Riddick F Rimondi L Ristori A Robson T Rodriguez S Rolli M Ronzani R Roser J L Rosner F Ruffini A Ruiz J Russ V Rusu A Safonov W K Sakumoto Y Sakurai L Santi K Sato V Saveliev A Savoy-Navarro P Schlabach E E Schmidt T Schwarz L Scodellaro F Scuri S Seidel Y Seiya A Semenov F Sforza S Z Shalhout T Shears P F Shepard M Shimojima M Shochet I Shreyber-Tecker A Simonenko P Sinervo K Sliwa J R Smith F D Snider V Sorin H Song M Stancari R St Denis B Stelzer O Stelzer-Chilton D Stentz J Strologas Y Sudo A Sukhanov I Suslov K Takemasa Y Takeuchi J Tang M Tecchio P K Teng J Thom E Thomson V Thukral D Toback S Tokar K Tollefson T Tomura D Tonelli S Torre D Torretta P Totaro M Trovato F Ukegawa S Uozumi F Vázquez G Velev C Vellidis C Vernieri M Vidal R Vilar J Vizán M Vogel G Volpi P Wagner R Wallny S M Wang A Warburton D Waters W C Wester D Whiteson A B Wicklund S Wilbur H H Williams J S Wilson P Wilson B L Winer P Wittich S Wolbers H Wolfe T Wright X Wu Z Wu K Yamamoto D Yamato T Yang U K Yang Y C Yang W-M Yao G P Yeh K Yi J Yoh K Yorita T Yoshida G B Yu I Yu A M Zanetti Y Zeng C Zhou S Zucchelli

We present a search for the pair production of a narrow nonstandard-model strongly interacting particle that decays to a pair of quarks or gluons, leading to a final state with four hadronic jets. We consider both nonresonant production via an intermediate gluon as well as resonant production via a distinct nonstandard-model intermediate strongly interacting particle. We use data collected by t...

Journal: :The Journal of chemical physics 2007
Volkhard May David Ambrosek Markus Oppel Leticia González

A systematic approach is presented to describe nonresonant multiphoton transitions, i.e., transitions between two electronic states without the presence of additional intermediate states resonant with the single-photon energy. The method is well suited to describe femtosecond spectroscopic experiments and, in particular, attempts to achieve laser pulse control of molecular dynamics. The obtaine...

2014
John P. Neddersen Sarah A. Mounter James M. Bostick

Nonresonant hyper-Raman and hyper-Rayleigh spectra excited at 1064 nm are reported for neat benzene and pyridine. The theory of Herzberg-Teller vibronic coupling in nonresonant and preresonant hyper-Raman scattering is developed. Nonresonant hyper-Raman scattering is shown to be vibronically induced by modes that efficiently couple strongly allowed onephoton and two-photon transitions. A weak a...

1996
H. J. Haubold A. M. Mathai

Nuclear reactions govern major aspects of the chemical evolution of galaxies and stars. Analytic study of the reaction rates and reaction probability integrals is attempted here. Exact expressions for the reaction rates and reaction probability integrals for nuclear reactions in the cases of nonresonant, modified nonres-onant, screened nonresonant and resonant cases are given. These are express...

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