Search Results - "LEHAR, F"

Micromegas as a large microstrip detector for the COMPASS experiment by Thers, D, Abbon, Ph, Ball, J, Bedfer, Y, Bernet, C, Carasco, C, Delagnes, E, Durand, D, Faivre, J.-C, Fonvieille, H, Giganon, A, Kunne, F, Goff, J.-M.Le, Lehar, F, Magnon, A, Neyret, D, Pasquetto, E, Pereira, H, Platchkov, S, Poisson, E, Rebourgeard, Ph

“…Recent results on the gaseous microstrip detector Micromegas which will be used to track particles in the COMPASS experiment at CERN are presented…”
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Direct reconstruction of pp elastic scattering amplitudes and phase shift analyses at fixed energies from 1.80 to 2.70 GeV by Bystrický, J., Lechanoine-LeLuc, C., Lehar, F.

“…The direct reconstruction of the pp elastic-scattering amplitudes and fixed-energy Saclay-Geneva phase shift analyses have been carried out at 1.80, 2.10, 2.40…”
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The spin-dependent structure function g(1)(x) of the deuteron from polarized deep-inelastic muon scattering by Adams, D, Adeva, B, Akdogan, T, Arik, E, Arvidson, A, Badelek, B, Ballintijn, MK, Bardin, D, Bardin, G, Baum, G, Berglund, P, Betev, L, Bird, IG, Birsa, R, Bjorkholm, P, Bonner, BE, deBotton, N, Boutemeur, M, Bradamante, F, Bravar, A, Bressan, A, Bultmann, S, Burtin, E, Cavata

“…We present a new measurement of the spin-dependent structure function g(1)(d) of the deuteron from deep inelastic scattering of 190 GeV polarized muons on…”
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The reaction np→ppπ- from threshold up to 570 MeV by Daum, M., Finger, M., Franz, J., Heinsius, F.H., Janata, A., Königsmann, K., Lacker, H., Lehar, F., Schmitt, H., Schweiger, W., Sereni, P., Slunečka, M.

“…Due to a coding error, the previous paper quoted incorrect values for the differential cross sections dσ/dMpp and dσ/dΩπ* of the process np→ppπ-…”
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Intermediate-energy polarimeter for the measurement of the deuteron and proton beam polarization at the JINR synchrophasotron by Azhgirey, L.S., Ladygin, V.P., Lehar, F., Prokofiev, A.N., Stoletov, G.D., Zhdanov, A.A., Zhmyrov, V.N.

“…The vector polarization of the deuteron beam of the JINR Synchrophasotron (2.5⩽ P d⩽9.0 GeV/ c) was measured and monitored by the pp beam polarimeter…”
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Radiofrequency ablation for longstanding persistent atrial fibrillation: long-term outcome of a prospective randomized comparison of mapping with multipolar catheter vs. 4-pole ablation catheter by Fiala, M, Cernosek, M, Bulkova, V, Rybka, L, Manousek, J, Lehar, F, Toman, O, Kala, P

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Findings at repeat ablation after complex left atrial pulsed field ablation for longstanding persistent atrial fibrillation by Fiala, M, Lehar, F, Cernosek, M, Bulkova, V, Funasako, M, Bahnik, J, Rybka, L, Toman, O, Kala, P

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Pulsed field ablation for complex resistant atrial tachycardia recurring after radiofrequency ablation of persistent atrial fibrillation by Fiala, M, Cernosek, M, Lehar, F, Bulkova, V, Funasako, M, Bahnik, J, Rybka, L, Toman, O, Kala, P

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Development of a fast gaseous detector: ‘Micromegas’ by Barouch, G, Bay, A, Bouchigny, S, Charpak, G, Derré, J, Didierjean, F, Faivre, J.-C, Giomataris, Y, Kochowski, C, Kunne, F, Le Goff, J.-M, Lehar, F, Lemoigne, Y, Loucatos, S, Lugol, J.-C, Magnon, A, Mayer, B, Perroud, J.-P, Platchkov, S, Puill, G, Rebourgeard, Ph, Terrien, Y, Thers, D, Zaccone, H

“…Several 15×15 cm 2 gaseous Micromegas chambers (MICROMEsh GAseous Structure) which consist of a conversion gap and an amplification gap separated by a thin…”
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Interim analysis of a prospective randomized comparison of pulsed field ablation vs. radiofrequency ablation for longstanding persistent atrial fibrillation by Fiala, M, Cernosek, M, Bulkova, V, Lehar, F, Funasako, M, Bahnik, J, Rybka, L, Manousek, J, Toman, O, Kala, P

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Pulsed field ablation for all types of atrial fibrillation single centre experience with individualized approach and medium-term outcome by Fiala, M, Cernosek, M, Bulkova, V, Bahnik, J, Rybka, L, Funasako, M, Lehar, F, Manousek, J, Toman, O, Kala, P

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Pulsed field ablation for atrial tachycardia following prior persistent atrial fibrillation ablation and resistant to radiofrequency energy by Fiala, M, Cernosek, M, Bulkova, V, Bahnik, J, Lehar, F, Rybka, L, Manousek, J, Toman, O, Kala, P

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P5700Comparison of efficacy and safety of ventricular lesions formation by unipolar and bipolar radiofrequency ablation on an animal model by Soucek, F, Caluori, C, Lehar, F, Jez, J, Pesl, M, Wolf, J, Wojtaszczyk, A, Belaskova, S, Starek, Z

“…Abstract Aims Despite all this technical progress, VT recurrence after unipolar ablation remains relatively high (12–47%). Bipolar ablation has been proposed…”
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P6605Long term results of a prospective, multicenter evaluation of a novel diamond tip temperature-controlled irrigated catheter for treatment of patients with paroxysmal atrial fibrillation: TRAC AF Trial by Starek, Z, Lehar, F, Jez, J, Reddy, V, Neuzil, P, Kautzner, J, Peichl, P, Albenque, J P, Combes, S

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Micromegas, a microstrip detector for Compass by Abbon, Ph, Ball, J., Bedfer, Y., Carasco, C., Delagnes, E., Durand, D., Faivre, J.-C., Fonvieille, H., Giganon, A., Kunne, F., Goff, J.-M.Le, Lehar, F., Magnon, A., Neyret, D., Pasquetto, E., Pereira, H., Platchkov, S., Poisson, E., Rebourgeard, Ph, Thers, D.

“…Recent results obtained with a gaseous microstrip detector Micromegas developed for the tracking in the high-rate environment of the COMPASS experiment at CERN…”
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Measurement of spin observables in neutron-proton elastic scattering: Part I: Correlation parameters by Arnold, J., van den Brandt, B., Daum, M., Demierre, Ph, Finger, M., Finger, M., Franz, J., Goujon-Naef, N., Hautle, P., Hess, R., Janata, A., Konter, J.A., Lacker, H., Lechanoine-Leluc, C., Lehar, F., Mango, S., Rapin, D., Rössle, E., Schmelzbach, P.A., Schmitt, H., Sereni, P., Slunečka, M., Teglia, A., Vuaridel, B.

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Direct reconstruction of isosinglet amplitudes for nucleon-nucleon elastic scattering by Ball, J., Binz, R., Bystricky, J., Greeniaus, L. G., Hess, R., Janout, Z., Khachaturov, B., Lechanoine-LeLuc, C., Lehar, F., de Lesquen, A., Prokofiev, A., Rapin, D.

“…The direct reconstruction of the isospin I = 0 amplitudes is discussed under the assumption that the I = 1 amplitudes are known and that a sufficient number of…”
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Measurement of spin observables in neutron-proton elastic scattering: Part II: Rescattering parameters by Arnold, J., van den Brandt, B., Daum, M., Demierre, Ph, Finger, M., Finger, M., Franz, J., Goujon-Naef, N., Hautle, P., Hess, R., Janata, A., Konter, J.A., Lacker, H., Lechanoine-Leluc, C., Lehar, F., Mango, S., Rapin, D., Rössle, E., Schmelzbach, P.A., Schmitt, H., Sereni, P., Slunečka, M., Teglia, A., Vuaridel, B.

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Quasi-elastic pn scattering in \(^6\) LiD and \(^6\) LiH targets from 1.1 to 2.4 GeV by de Lesquen, A, Allgower, CE, Ball, J, Beddo, M, Bystrický, J, Combet, M, Demierre, Ph, Durand, G, J-M Fontaine, Grosnick, D, Hess, R, Janout, Z, Janout, Z F, Kalinnikov, V A, Kasprzyk, TE, BA Khachaturov, Kunne, R, Lehar, F, Lopiano, D, Matafonov, V N, Pisarev, IL, Popov, A A, Prokofiev, AN, Rapin, D, J-L Sans, Spinka, H M, Usov, YuA, Vikhrov, V V, Vuaridel, B, Zhdanov, A A

“…A polarized proton beam from SATURNE II, the Saclay polarized targets with \(^6\)Li compounds, and an unpolarized \(\mathrm{CH}_2\) target were used to measure…”
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Angular dependence of the pp elastic-scattering analyzing power between 0.8 and 2.8 GeV. II. Results for higher energies by Allgower, C. E., Ball, J., Beddo, M. E., Bystrický, J., Chamouard, P.-A., Combet, M., Demierre, Ph, Fontaine, J.-M., Grosnick, D. P., Hess, R., Janout, Z., Janout, Z. F., Kalinnikov, V. A., Kasprzyk, T. E., Khachaturov, B. A., Kunne, R., Lehar, F., de Lesquen, A., Lopiano, D., de Mali, M., Matafonov, V. N., Pisarev, I. L., Popov, A. A., Prokofiev, A. N., Rapin, D., Sans, J.-L., Spinka, H. M., Teglia, A., Usov, Yu. A., Vikhrov, V. V., Vuaridel, B., Zhdanov, A. A.

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