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1.

Antiproton slowing down inH2 and He and evidence of nuclear stopping power.

Agnello M; Belli G; Bendiscioli G; Bertin A; Botta E; Bressani T; Bruschi M; Bussa MP; Busso L; Calvo D; Cereda B; Cerello PG; Cicalò C; Corradini M; Costa S; De Castro S; Donzella A; Feliciello A; Ferrero L; Filippi A; Filippini V; Fontana A; Galli D; Garfagnini R; Giacobbe B; Gianotti P; Grasso A; Guaraldo C; Iazzi F; Lanaro A; Lodi Rizzini E; Lucherini V; Marcello S; Marconi U; Masoni A; Minetti B; Montagna P; Morando M; Nichitiu F; Panzieri D; Pauli G; Piccinini M; Puddu G; Rossetto E; Rotondi A; Rozhdestvensky AM; Saino A; Salvini P; Santi L; Sapozhnikov MG.

Phys Rev Lett ; 74(3): 371-374, 1995 Jan 16.

Artículo en Inglés | MEDLINE | ID: mdl-10058741

2.

Infrared thin-film totally reflecting quarter-wave retarders.

Cojocaru, E; Julea, T; Nichitiu, F.

Appl Opt ; 30(28): 4124-5, 1991 Oct 01.

Artículo en Inglés | MEDLINE | ID: mdl-20706512

RESUMEN

Double-layer ThF(4)-ZnS coatings on a prism of KCl, KBr, and KI are optimized to give totally reflecting quarter-wave retarders at a wavelength of 10.6 microm. The influence on the design parameters of the light absorption occurring at high temperatures is described.

3.

Absorbing multilayer coatings producing a 90 degrees phase shift.

Cojocaru, E; Julea, T; Nichitiu, F.

Appl Opt ; 29(28)1990 Oct 01.

Artículo en Inglés | MEDLINE | ID: mdl-20577322

RESUMEN

As an example of the great influence the parameters of a multilayer coating have in the absorption, this Technical Note considers five pairs of ThF(4)/ZnS or ThF(4)/CdTe layers on silver at 10.6-microm wavelength at a 45 degrees angle of incidence.

4.

Isospin effects in antinucleon-nucleon scattering and annihilation.

Bydzovsky P; Mach R; Nichitiu F.

Phys Rev C Nucl Phys ; 43(4): 1610-1618, 1991 Apr.

Artículo en Inglés | MEDLINE | ID: mdl-9967214

5.

Achromatic thin-film totally reflecting quarterwave retarders.

Cojocaru, E; Dabu, R; Draganescu, V; Julea, T; Nichitiu, F.

Appl Opt ; 28(2): 211-2, 1989 Jan 15.

Artículo en Inglés | MEDLINE | ID: mdl-20548456

6.

Experimental antiproton nuclear stopping power in H2 and D2.

Bertin A; Bruschi M; Capponi M; D'Antone I; De Castro S; Ferretti A; Galli D; Giacobbe B; Marconi U; Piccinini M; Semprini Cesari N; Spighi R; Vecchi S; Vezzani A; Vigotti F; Villa M; Vitale A; Zoccoli A; Corradini M; Donzella A; Lodi Rizzini E; Venturelli L; Zenoni A; Cicalò C; Masoni A; Puddu G; Serci S; Temnikov P; Usai GL; Ableev VG; Denisov OY; Gorchakov OE; Prakhov SN; Rozhdestvensky AM; Sapozhnikov MG; Tretyak W; Poli M; Gianotti P; Guaraldo C; Lanaro A; Lucherini V; Nichitiu F; Petrascu C; Rosca A; Cavion C; Gastaldi U; Lombardi M; Vannucci L; Vedovato G; Morando M.

Phys Rev A ; 54(6): 5441-5444, 1996 Dec.

Artículo en Inglés | MEDLINE | ID: mdl-9914121

7.

Antiproton stopping power in hydrogen below 120 keV and the Barkas effect.

Adamo A; Agnello M; Balestra F; Belli G; Bendiscioli G; Bertin A; Boccaccio P; Bonazzola GC; Bressani T; Bruschi M; Bussa MP; Busso L; Calvo D; Capponi M; Cicalò C; Corradini M; Costa S; D'Antone I; De Castro S; D'Isep F; Donzella A; Falomkin IV; Fava L; Feliciello A; Ferrero L; Filippini V; Galli D; Garfagnini R; Gastaldi U; Gianotti P; Grasso A; Guaraldo C; Iazzi F; Lanaro A; Lodi Rizzini E; Lombardi M; Lucherini V; Maggiora A; Marcello S; Marconi U; Maron G; Masoni A; Massa I; Minetti B; Morando M; Montagna P; Nichitiu F; Panzieri D; Pauli G; Piccinini M.

Phys Rev A ; 47(5): 4517-4520, 1993 May.

Artículo en Inglés | MEDLINE | ID: mdl-9909464

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