Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment

Particle acceleration with lasers
pp. 1-5(5)
Author: Pantell R.H.

Short wavelength free electron lasers in 1996
pp. 6-8(3)
Author: Colson W.B.

Long wavelength free electron lasers in 1996
pp. 9-12(4)
Authors: Freund H.P.; Granatstein V.L.

Storage rings FELs
pp. 13-17(5)
Author: Couprie M.E.

Storage ring longitudinal instabilities
pp. 18-22(5)
Author: Wille K.

Testing for qualification of a helical optical klystron for UV storage-ring free electron lasers
pp. 23-27(5)
Authors: Hama H.; Kimura K.; Hosaka M.; Yamazaki J.; Kinoshita T.

Demonstration and consideration for UV free-electron laser oscillation around 270 nm
pp. 28-32(5)
Authors: Kimura K.; Takano S.; Yamazaki J.; Kinoshita T.; Hosaka M.; Hama H.

The Super-ACO FEL dynamics measured with a streak camera
pp. 33-37(5)
Authors: Roux R.; Couprie M.E.; Hara T.; Bakker R.J.; Visentin B.; Billardon M.; Roux J.

Beam quality in storage ring NIJI-IV
pp. 38-43(6)
Authors: Sei N.; Ohgaki H.; Yamada K.; Yamazaki T.

Saturation of cavity-mirror degradation in the UV FEL
pp. 44-49(6)
Authors: Yamada K.; Yamazaki T.; Sei N.; Suzuki R.; Ohdaira T.; Shimizu T.; Kawai M.; Yokoyama M.; Mikado T.; Noguchi T.; Sugiyama S.; Ohgaki H.

Observations of bunch-lengthening effects in the APS 7-GeV storage ring
pp. 50-54(5)
Authors: Lumpkin A.H.; Yang B.X.; Chae Y.C.

Analysis of OK SR FEL devices
pp. 55-58(4)
Authors: Dattoli G.; Mezi I.; Ottaviani P.L.; Renieri A.

Design of an optical cavity in the NIJI-IV for high output power
pp. 59-63(5)
Authors: Sei N.; Yamazaki T.; Yamada K.; Mikado T.; Ohgaki H.

Dynamic filling factor in the Super-ACO free electron laser
pp. 64-69(6)
Authors: Nutarelli D.; Garzella D.; Couprie M.-E.; Billardon M.

Dynamics of a storage-ring FEL oscillator with the inclusion of the microwave instability
pp. 70-74(5)
Authors: Dattoli G.; Mezi L.; Renieri A.; Voykov G.K.

Saturation mechanism of a storage ring free electron laser: An analytic model
pp. 75-81(7)
Authors: Dattoli G.; Sabia E.

Theory of high-gain free-electron lasers
pp. 82-85(4)
Author: Colson W.B.

An X-ray FEL laboratory as part of a linear collider design
pp. 86-92(7)
Authors: Brinkmann R.; Materlik G.; Rossbach J.; Schneider J.R.; Wiik B.-H.

RF gun design for the TESLA VUV Free Electron Laser
pp. 93-95(3)
Authors: Dwersteg B.; Flottmann K.; Sekutowicz J.; Stolzenburg C.

High-gain harmonic generation of soft X-rays with the ''fresh bunch'' technique
pp. 96-99(4)
Authors: Yu L.-H.; Ben-Zvi I.

SASE X-ray radiation via Lienard-Wiechert fields
pp. 100-103(4)
Authors: Elias L.R.; Kimel I.

Three-dimensional simulation of finite pulse effects in SASE via Lienard-Wiechert fields
pp. 104-109(6)
Authors: Tecimer M.; Elias L.R.

Design considerations for a dual-etalon seed-light pre-filter for high-energy LCLS applications
pp. 110-113(4)
Authors: Tatchyn R.; Cremer T.

A fast analytical undulator model for realistic high-energy FEL simulations
pp. 114-118(5)
Authors: Tatchyn R.; Cremer T.

Parameter study on phase I of the VUV-FEL at the TESLA test facility
pp. 119-124(6)
Authors: Brefeld W.; Faatz B.; Nikitina Y.M.; Pfluger J.; Pierini P.; Robach J.; Saldin E.L.; Schneidmiller E.A.; Yurkov M.V.

Non-linear simulation of X-ray free-electron lasers using realistic wiggler models
pp. 125-128(4)
Authors: Freund H.P.; Tatchyn R.

Short wavelength SASE using the PALADIN wiggler
pp. 129-132(4)
Authors: O'Shea P.G.; Neuman C.P.; Madey J.M.J.; Freund H.P.

A simple model of gain saturation in high gain single pass free electron lasers
pp. 133-136(4)
Authors: Dattoli G.; Giannessi L.; Ottaviani P.L.; Carpanese M.

Theoretical study of the design and performance of a high-gain, high-extraction-efficiency FEL oscillator
pp. 137-141(5)
Authors: Goldstein J.C.; Nguyen D.C.; Sheffield R.L.

Numerical analysis of high-gain free-electron laser oscillators
pp. 142-146(5)
Authors: Hajima R.; Kagiyama S.; Kondo S.

Critical review of high-gain X-ray FEL experiments
pp. 147-151(5)
Author: Kim K.-J.

Fundamental limitations of an X-ray FEL operation due to quantum fluctuations of undulator radiation
pp. 152-156(5)
Authors: Rossbach J.; Saldin E.L.; Schneidmiller E.A.; Yurkov M.V.

Simulation studies of 6 nm free electron laser at the TESLA test facility starting from noise
pp. 157-161(5)
Authors: Saldin E.L.; Schneidmiller E.A.; Yurkov M.V.

Possible application of X-ray optical elements for reducing the spectral bandwidth of an X-ray SASE FEL
pp. 162-166(5)
Authors: Feldhaus J.; Saldin E.L.; Schneider J.R.; Schneidmiller E.A.; Yurkov M.V.

Start-up noise in 3-D self-amplified spontaneous emission
pp. 167-169(3)
Author: Kim K.-J.

On the path to the next generation of light sources
pp. 170-177(8)
Author: Lumpkin A.H.

First lasing of the compact infrared free-electron laser
pp. 178-183(6)
Authors: Lehrman I.S.; Krishnaswamy J.; Hartley R.A.; Austin R.H.; Feldman D.W.

Results of the Boeing pulse compression and energy recovery experiments
pp. 184-187(4)
Authors: Dowell D.H.; Adamski J.L.; Hayward T.D.; Johnson P.E.; Parazzoli C.D.; Vetter A.M.

First lasings at 0.27-0.37 m and 0.51-0.63 m using an S-band electron linac with a thermionic gun
pp. 188-192(5)
Authors: Tomimasu T.; Oshita E.; Okuma S.; Wakita K.; Takii T.; Nishihara S.; Nagai A.; Tongu H.; Wakisaka K.; Miyauchi Y.; Saeki K.; Kobayashi A.

FEL oscillation in IR region using a two-mode compact linac
pp. 193-196(4)
Authors: Haga T.; Shinzato T.; Emura K.; Takada H.

Lasing experiments at TEUFEL
pp. 197-199(3)
Authors: Verschuur J.W.J.; Ernst G.J.; van Oerle B.M.; Bisero D.; Bouman A.F.M.; Witteman W.J.

Temporal structure of the CLIO laser micropulses in the two-color regime
pp. 200-203(4)
Authors: Glotin F.; Berset J.M.; Jaroszynski D.; Marcouille O.; Ortega J.M.; Prazeres R.

Electron beamline design for the Los Alamos National Laboratory 1 kW FEL
pp. 204-209(6)
Author: Sheffield R.L.

Gain and startup conditions for the BNL visible FEL oscillator experiment
pp. 210-215(6)
Author: Graves W.S.

The UCLA high gain infrared free electron laser
pp. 216-219(4)
Authors: Hogan M.; Pellegrini C.; Rosenzweig J.; Travish G.; Varfolomeev A.A.

First lasing of the UCSB 30 m free-electron laser
pp. 220-224(5)
Authors: Ramian G.; Kaminski J.; Allen S.J.

Plans for an initial test phase for the FERMI project
pp. 225-229(5)
Authors: Walker R.P.; Bulfone D.; Cargnello F.; Castellano M.; Cevenini F.; Ciocci F.; Dattoli G.; D'Auria G.; Daclon F.; Diviacco B.; Doria A.; Ferianis M.; Gallerano G.P.; Giannessi L.; Giannini M.; Giovenale E.; Margaritondo G.; Massarotti A.; Pangos N.; Patteri P.; Renieri A.; Rindi A.; Rosei R.; Rossi C.; Rubbia C.; Tazzari S.; Tazzioli F.; Tosi L.; Visintini R.; Wei F.Q.; Wrulich A.; Zangrando D.

What limits the wavelength of an FEL? - Challenge at the shortest wavelength lasing limit of linac-based FELs using the FELI linac with a thermionic gun
pp. 230-233(4)
Author: Tomimasu T.

Can a free-electron laser operate with a broad momentum spread?
pp. 234-236(3)
Author: Kim K.-J.

Pulse-shaping in short-pulse FEL oscillators using multiple resonators
pp. 237-241(5)
Authors: Shvets G.; Wurtele J.S.

Free electron laser beam quality - from Castelgandolfo to Rome
pp. 242-244(3)
Authors: Roberson C.W.; Hafizi B.

Pulse stacking in the SCA/FEL external cavity
pp. 245-251(7)
Authors: Smith T.I.; Haar P.; Schwettman H.A.

Synchronously injected amplifiers, a novel approach to high-average-power FEL
pp. 252-256(5)
Authors: Nguyen D.C.; Fortgang C.M.; Goldstein J.C.; Kinross-Wright J.M.; Sheffield R.L.

Effect of dispersive optical elements in the Vanderbilt Free-Electron laser resonator
pp. 257-261(5)
Author: Brau C.A.

Free electron lasers with short Rayleigh length
pp. 262-264(3)
Authors: Small D.W.; Wong R.K.; Colson W.B.; Armstead R.L.

Evolution of transverse modes in FEL and the method of approximants
pp. 265-268(4)
Authors: Dattoli G.; Carpanese M.; Sabia E.; Segreto A.; Torre A.; Voykov G.K.

Higher-order mode analysis in multistage FELs for the two-beam accelerator
pp. 269-272(4)
Authors: Hashimoto S.; Takayama K.

Temporal and spectral structure of an FEL oscillator during start-up
pp. 273-276(4)
Authors: Shvets G.; Wurtele J.S.

TDA3D: Updates and improvements to the widely used three-dimensional free electron laser simulation
pp. 277-279(3)
Authors: Faatz B.; Fawley W.; Pierini P.; Reiche S.; Travish G.; Whittum D.; Wurtele J.

Quantitative study of optical guiding by three-dimensional simulation
pp. 280-283(4)
Authors: Sobajima M.; Yoshikawa K.; Ohnishi M.; Yamamoto Y.; Masuda K.; Toku H.; Nakamura T.

Free-electron-laser-type interaction at 1 meter wavelength range
pp. 284-288(5)
Authors: Drori R.; Jerby E.

Simulation study on efficiency enhancement of 10-140 GHz FEL with wiggler tapering and a prebunched e-beam
pp. 289-294(6)
Authors: Shiho M.; Watanabe A.; Koarai T.; Maebara S.; Ishizuka H.; Takayama K.; Kishiro J.; Horioka K.; Ogawa M.; Kawasaki S.

Extrapolation of the FOM 1 MW free-electron maser to a multi-megawatt millimeter microwave source
pp. 295-299(5)
Authors: Caplan M.; Valentini M.; Verhoeven A.; Urbanus W.; Tulupov A.

A low voltage backward wave FEM
pp. 300-303(4)
Authors: Balfour C.; Stuart R.A.; Al-Shamma'a A.I.; Shaw A.; Mayhew S.E.; Lucas J.; Hartley J.R.

Theory of a ubitron in a corrugated waveguide
pp. 304-307(4)
Authors: Freund H.P.; Nguyen K.; Pershing D.E.

Comparison of wiggler-averaged and non-wiggler-averaged free-electron laser simulations
pp. 308-311(4)
Authors: Freund H.P.; Yu L.H.

Calculation of the Green's function for an axisymmetric diaphragm focusing line
pp. 312-315(4)
Authors: Saldin E.L.; Schneidmiller E.A.; Yurkov M.V.

Spontaneous emission in waveguide free-electron masers near waveguide cutoff
pp. 316-322(7)
Authors: Yakover I.M.; Pinhasi Y.; Gover A.

Smith-Purcell radiation from a 50 MeV beam
pp. 323-325(3)
Authors: Brownell J.H.; Walsh J.; Kirk H.G.; Fernow R.C.; Robertson S.H.

Observation of self-amplified spontaneous emission in the infrared free electron laser ''CLIO''
pp. 326-331(6)
Authors: Prazeres R.; Berset J.M.; Glotin F.; Jaroszynski D.A.; Marcouille O.; Ortega J.M.

Observation of superradiance in a short-pulse FEL oscillator
pp. 332-338(7)
Authors: Jaroszynski D.A.; Chaix P.; Piovella N.; Oepts D.; Knippels G.M.H.; van der Meer A.F.G.; Weits H.H.

FEL dynamics, electron-beam bunching and prebunching
pp. 339-342(4)
Authors: Dattoli G.; Giannessi L.; Ottaviani P.L.; Segreto A.

A unified analysis of spontaneous and super-radiant emissions in free-electron lasers
pp. 343-347(5)
Authors: Pinhasi Y.; Gover A.

Spectral composition of the harmonic radiation and its sensitivity to the seed-laser power in the zero-gain harmonic generation scheme
pp. 348-351(4)
Authors: Goloviznin V.V.; van Amersfoort P.W.

Experimental observation of superradiance in millimeter-wave band
pp. 352-355(4)
Authors: Ginzburg N.S.; Sergeev A.S.; Zotova I.V.; Novozhilova Y.V.; Peskov N.Y.; Konoplev I.V.; Phelps A.D.R.; Cross A.W.; Cooke S.J.; Aitken P.; Shpak V.G.; Yalandin M.I.; Shunailov C.A.; Ulmaskulov M.P.

A tunable pre-bunched CW-FEM
pp. 356-360(5)
Authors: Mayhew S.; Al-Shamma'a A.I.; Stuart R.A.; Shaw A.; Balfour C.; Lucas J.

Performance improvement of FEMs by prebunching of the electron beam
pp. 361-365(5)
Authors: Eichenbaum A.L.; Abramovich A.; Arbel M.; Cohen M.; Gilutin L.; Gover A.; Kleinman H.; Pinhasi Y.; Volkovich S.; Yakover I.M.

Harmonic millimeter radiation from a microwave FEL amplifier
pp. 366-370(5)
Authors: Liu Y.-H.; Marshall T.C.

SASE in plasmas: Analysis and simulation of Raman backscatter from noise
pp. 371-375(5)
Authors: Shvets G.; Wurtele J.S.

Space-charge oscillations in a self-modulated electron beam in multi-undulator free-electron lasers
pp. 376-379(4)
Authors: Rosenzweig J.; Pellegrini C.; Serafini L.; Ternieden C.; Travish G.

Study of the undulator specification for the VUV-FEL at the TESLA test facility
pp. 380-384(5)
Authors: Faatz B.; Pfluger J.; Nikitina Y.M.

A pure permanent magnet - two plane focusing - tapered wiggler for a high average power FEL
pp. 385-388(4)
Author: Fortgang C.M.

Magnetic field analysis of a hybrid helical microwiggler
pp. 389-392(4)
Authors: Tsunawaki Y.; Ohigashi N.; Kusaba M.; Mima K.; Fujita M.; Imasaki K.; Kuruma S.-i.; Nakai S.; Yamanaka C.

Enhancement of electron spontaneous radiation per unit undulator length with novel multicomponent undulator scheme
pp. 393-397(5)
Authors: Varfolomeev A.A.; Yarovoi T.V.

A new crossed undulator scheme for generating radiation polarized in wide frequency range
pp. 398-402(5)
Author: Varfolomeev A.A.

Analytical calculation of field in electrostatic undulators with circular cross-section conductors
pp. 403-408(6)
Author: Papadichev V.A.

Plate-electrode electrostatic undulators: Field calculation using conformal mapping
pp. 409-413(5)
Author: Papadichev V.A.

Detailed analysis of pulsed-wire technique accuracy
pp. 414-418(5)
Authors: Bousine P.V.; Tolmachev S.V.; Varfolomeev A.A.

Visualization and simulation of electron beam transport along a FEL planar wiggler
pp. 419-425(7)
Authors: Abramovich A.; Arbel M.; Gilutin L.; Kleinman H.; Eichenbaum A.; Yakover I.M.; Pinhasi Y.; Marhasine I.; Gover A.

High-brightness photoelectric field-emission cathodes for free-electron laser applications
pp. 426-429(4)
Author: Brau C.A.

TESLA FEL photo-injector simulations giving high-quality beams
pp. 430-433(4)
Authors: Coacolo J.L.; Pagani C.; Serafini L.

Self-consistent three-dimensional RF-gun dynamics integration based on the Lienard-Wiechert retarded potentials
pp. 434-438(5)
Authors: Ciocci F.; Giannessi L.; Marranca A.; Mezi L.; Quattromini M.

ATRAP: a 2D1/2 beam dynamics code using the Lienard-Wiechert's equations
pp. 439-442(4)
Author: Coacola J.L.

Simulations of electron backstreaming in a microwave thermionic gun
pp. 443-446(4)
Authors: Yamamoto Y.; Inamasu T.; Masuda K.; Sobajima M.; Ohnishi M.; Yoshikawa K.; Toku H.; Tanabe E.

A thermionic-cathode RF gun for compact FEL use
pp. 447-450(4)
Authors: Lewellen J.W.; Feinstein J.; Pantell R.H.

Experimental characterization of CANDELA photo-injector
pp. 451-454(4)
Authors: Travier C.; Devanz G.; Leblond B.; Mouton B.

Photocathodes for RF photoinjectors
pp. 455-459(5)
Author: Michelato P.

Enhanced quantum efficiency of metal/metal compound photocathode irradiated by two wavelengths of Nd:YAG laser
pp. 460-463(4)
Authors: Ohkubo K.; Watanabe T.; Nakao N.; Fujita M.; Moon A.; Roy P.K.; Ishida T.; Yasuda E.; Tanaka H.; Daicho M.; Imasaki K.; Mima K.; Ohigashi N.; Tsunawaki Y.; Nakai S.; Yamanaka C.

Characterization of Cs₂Te photoemissive film: formation, spectral responses and pollution
pp. 464-468(5)
Authors: Michelato P.; Pagani C.; Sertore D.; di Bona A.; Valeri S.

Displacement and emission currents from PLZT 8/65/35 and 4/95/5 excited by a negative voltage pulse at the rear electrode
pp. 469-473(5)
Authors: Benedek G.; Boscolo I.; Handerek J.; Marchesini S.; De Martinis C.; Riege H.; Scurati A.

Emittance measurements of the CLIO electron beam
pp. 474-478(5)
Authors: Chaput R.; Devanz G.; Joly P.; Kergosien B.; Lesrel J.

Experiments with field-emitter arrays for free electron micro-laser applications
pp. 479-483(5)
Authors: Ishizuka H.; Kawasaki S.; Arai M.; Shimawaki H.; Yokoo K.; Kubo H.; Watanabe A.; Shiho M.; Itoh J.

Experiments in nonperturbative electron beam characterization with the MIT microwiggler at the accelerator test facility at BNL
pp. 484-489(6)
Authors: Qiu X.; Catravas P.; Babzien M.; Ben-Zvi I.; Fang J.-M.; Graves W.; Liu Y.; Malone R.; Mastovsky I.; Segalov Z.; Sheehan J.; Stoner R.; Wang X.-J.; Wurtele J.S.

Emittance growth of a short electron bunch in circular motion
pp. 490-493(4)
Authors: Carlsten B.E.; Goldstein J.C.

Emittance growth due to wake fields on curved bunch trajectories
pp. 494-499(6)
Authors: Dohlus M.; Limberg T.

Criteria for derivation of e-beam emittances using undulator radiation
pp. 500-503(4)
Authors: Dattoli G.; Lumpkin A.H.; Voykov G.K.; Yang B.X.

Coherent transition radiation diagnostic for electron bunch shape measurement at FELIX
pp. 504-509(6)
Authors: Ding M.; Weits H.H.; Oepts D.

A Cherenkov radiator for FEL-synchronized VUV-pulses at a linac-based FEL
pp. 510-513(4)
Authors: Goloviznin V.V.; Oepts D.; van der Wiel M.J.

Coherent Smith-Purcell radiation as a diagnostic for subpicosecond electron bunch length
pp. 514-518(5)
Author: Nguyen D.C.

Tunable X-rays generation in a free-electron laser by intracavity Compton backscattering
pp. 519-524(6)
Authors: Glotin F.; Ortega J.-M.; Prazeres R.; Devanz G.; Marcouille O.

Observation of intracavity Compton backscattering of the UVSOR free electron laser
pp. 525-529(5)
Authors: Hosaka M.; Hama H.; Kimura K.; Yamazaki J.; Kinoshita T.

Gamma-Gamma collider based on compton backscattering
pp. 530-535(6)
Author: Kim K.-J.

Compton backscattering induced by FEL photons: A general treatment
pp. 536-539(4)
Authors: Ciocci F.; Dattoli G.; Giannessi L.; Ottaviani P.L.; Quattromini M.; Carpanese M.

Three years of biomedical FEL use in medicine and surgery How far have we come?
pp. 540-543(4)
Author: Jean B.

Radiation therapy potential of intense backscattered compton photon beams
pp. 544-547(4)
Author: Weeks K.J.

Two color experiments combining Free Electron Laser and Synchrotron Radiation
pp. 548-551(4)
Authors: Marsi M.; Couprie M.E.; Nahon L.; Garzella D.; Bakker R.; Delboulbe A.; Nutarelli D.; Roux R.; Visentin B.; Grupp C.; Indlekofer G.; Panaccione G.; Taleb-Ibrahimi A.; Billardon M.