COSMIC NEUTRINOS FROM UNSTABLE RELIC PARTICLES

被引：84

作者：

GONDOLO, P

GELMINI, G

机构：

[1] UNIV CALIF LOS ANGELES,DEPT PHYS,LOS ANGELES,CA 90024

[2] UNIV OXFORD,DEPT THEORET PHYS,OXFORD OX1 3NP,ENGLAND

来源：

NUCLEAR PHYSICS B | 1993年 / 392卷 / 01期

关键词：

D O I：

10.1016/0550-3213(93)90199-Y

中图分类号：

O412 [相对论、场论]; O572.2 [粒子物理学];

学科分类号：

摘要：

We derive constraints on the relic abundance of a generic particle of mass approximately 1-10(14) TeV which decays into neutrinos at cosmological epochs, using data from the Frejus and IMB nucleon decay detectors and the Fly's Eye air-shower array. The lifetime of such unstable particles which may constitute the dark matter today is bounded to be greater than approximately 10(14)-10(18) yr, depending on the mass. For lifetimes shorter than the age of the universe, neutrino energy losses due to scattering and the expansion redshift become important and set limits to the ability of neutrino observatories to probe the early universe.

引用

页码：111 / 133

页数：23

共 29 条

[1] LIMITS ON DEEPLY PENETRATING PARTICLES IN THE LESS-THAN-10(17) EV COSMIC-RAY FLUX [J].

BALTRUSAITIS, RM ;

CASSIDAY, GL ;

ELBERT, JW ;

GERHARDY, PR ;

LOH, EC ;

MIZUMOTO, Y ;

SOKOLSKY, P ;

STECK, D .

PHYSICAL REVIEW D, 1985, 31 (09) :2192-2198

[2] FLUX OF ATMOSPHERIC NEUTRINOS [J].

BARR, G ;

GAISSER, TK ;

STANEV, T .

PHYSICAL REVIEW D, 1989, 39 (11) :3532-3534

[3] QCD EFFECTS ON THE EVENT STRUCTURE IN LEPTOPRODUCTION [J].

BENGTSSON, M ;

INGELMAN, G ;

SJOSTRAND, T .

NUCLEAR PHYSICS B, 1988, 301 (04) :554-582

[4]

BEREZINSKII VS, 1986, SOV J NUCL PHYS, V43, P637

[5]

BEREZINSKY V, LNGS9102 PREPR

[6] STUDY OF ATMOSPHERIC NEUTRINO INTERACTIONS WITH THE FREJUS DETECTOR [J].

BERGER, C ;

FROHLICH, M ;

MONCH, H ;

NISIUS, R ;

RAUPACH, F ;

SCHLEPER, P ;

BENADJAL, Y ;

BLUM, D ;

BOURDARIOS, C ;

DUDELZAK, B ;

ESCHSTRUTH, P ;

JULLIAN, S ;

LALANNE, D ;

LAPLANCHE, F ;

LONGUEMARE, C ;

PAULOT, C ;

PERDEREAU, O ;

ROY, P ;

SZKLARZ, G ;

BEHR, L ;

DEGRANGE, B ;

NGUYENKHAC, U ;

TISSERANT, S ;

ARPESELLA, C ;

BAREYRE, P ;

BARLOUTAUD, R ;

BORG, A ;

CHARDIN, G ;

ERNWEIN, J ;

GLICENSTEIN, JF ;

MOSCA, L ;

MOSCOSO, L ;

BECKER, J ;

BECKER, KH ;

DAUM, HJ ;

DEMSKI, S ;

JACOBI, B ;

KUZNIK, B ;

MAYER, R ;

MEYER, H ;

MOLLER, R ;

SCHUBNELL, M ;

SEYFFERT, B ;

WEI, Y ;

WINTGEN, P .

PHYSICS LETTERS B, 1989, 227 (3-4) :489-494

[7] CONTAINED NEUTRINO INTERACTIONS IN AN UNDERGROUND WATER DETECTOR [J].

BIONTA, RM ;

BLEWITT, G ;

BRATTON, CB ;

CASPER, D ;

CLAUS, R ;

CORTEZ, B ;

ERREDE, S ;

FOSTER, G ;

GAJEWSKI, W ;

GANEZER, KS ;

GOLDHABER, M ;

HAINES, TJ ;

JONES, TW ;

KIELCZEWSKA, D ;

KROPP, WR ;

LEARNED, JG ;

LEHMANN, E ;

LOSECCO, JM ;

PARK, HS ;

REINES, F ;

SCHULTZ, J ;

SEIDEL, S ;

SHUMARD, E ;

SINCLAIR, D ;

SOBEL, HW ;

STONE, JL ;

SULAK, L ;

SVOBODA, R ;

VANDERVELDE, JC ;

WUEST, C .

PHYSICAL REVIEW D, 1988, 38 (03) :768-775

[8] ON THE INTERPRETATION OF THE KAMIOKANDE NEUTRINO EXPERIMENT [J].

BUGAEV, EV ;

NAUMOV, VA .

PHYSICS LETTERS B, 1989, 232 (03) :391-397

[9] ULTRAHIGH ENERGY NEUTRINO-NUCLEON AND NEUTRINO-ELECTRON CROSS-SECTIONS IN THE STANDARD MODEL, IN SUPERSYMMETRIC AND SUPERSTRING MODELS [J].

BUTKEVICH, AV ;

KAIDALOV, AB ;

KRASTEV, PI ;

LEONOVVENDROVSKI, AV ;

ZHELEZNYKH, IM .

ZEITSCHRIFT FUR PHYSIK C-PARTICLES AND FIELDS, 1988, 39 (02) :241-250

[10] MEASUREMENT OF ATMOSPHERIC NEUTRINO COMPOSITION WITH THE IMB-3 DETECTOR [J].

CASPER, D ;

BECKERSZENDY, R ;

BRATTON, CB ;

CADY, DR ;

CLAUS, R ;

DYE, ST ;

GAJEWSKI, W ;

GOLDHABER, M ;

HAINES, TJ ;

HALVERSON, PG ;

JONES, TW ;

KIELCZEWSKA, D ;

KROPP, WR ;

LEARNED, JG ;

LOSECCO, JM ;

MCGREW, C ;

MATSUNO, S ;

MATTHEWS, J ;

MUDAN, MS ;

PRICE, L ;

REINES, F ;

SCHULTZ, J ;

SINCLAIR, D ;

SOBEL, HW ;

STONE, JL ;

SULAK, LR ;

SVOBODA, R ;

THORNTON, G ;

VANDERVELDE, JC .

PHYSICAL REVIEW LETTERS, 1991, 66 (20) :2561-2564

← 1 2 3 →