Internal conversion coefficient of the 81 keV transition in 133Cs

Autor: B.N. Subba Rao

Publikováno v: Nuclear Physics. 86:443-448

From a determination of the 358 keV γ → 81 keV γ coincidence rate, the total conversion coefficient is determined to be α = 1.76±0.03 and the K-conversion coefficient is deduced to be αK = 1.44±0.03. The nuclear structure effect parameter is

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::10b52c1e5d2faf03198909f64afc8521
https://doi.org/10.1016/0029-5582(66)90551-7

On the levels and transitions in Gd155

Autor: B.N. Subba Rao

Publikováno v: Nuclear Physics. 28:503-511

Gamma-gamma coincidences of transitions in Gd155 have been studied. The (45 keV gamma)—(60 keV gamma) angular correlation was measured and could be represented by W(θ) = 1 + (0.155±0.016) P2 (cos θ) + (0.028±0.025) P4 (cos θ), which requires,

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::76217b53551373c522bc9458730aaed5
https://doi.org/10.1016/0029-5582(61)91071-9

Methods of determination of internal conversion coefficients

Autor: B.N. Subba Rao

Publikováno v: Nuclear Instruments and Methods. 45:22-40

This paper deals with a review of the several methods which have been employed hitherto and some few which can be employed for determining internal conversion coefficients-mainly or primarily for the conversion process in the K-electron (1 s 1 2 ) sh

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::2f69443fda03c877fb2995133040a27f
https://doi.org/10.1016/0029-554x(66)90405-8

Nuclear structure effect in the 57.1 keV M1 transition of a rotational band in 161Dy

Autor: B.N. Subba Rao

Publikováno v: Nuclear Physics. 72:414-416

Earlier1) angular correlation data are reinterpreted, with the aid of L I L III subshell ratios, together with the nuclear structure effect on the LI conversion coefficient of the 57.1 keV transition. This results in a 5 2 − → 3 2 − → 5 2 + s

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::1a20b1ec61ab74559d465550592d6a0e
https://doi.org/10.1016/0029-5582(65)90443-8

List of Contributors

Autor: R.G. ALBRIDGE, PETER ALEXANDER, AGDA ARTNA, D. ASHERY, I.M. BAND, ALBERT A. BARTLETT, KARL-ERIK BERGKVIST, CHANDER P. BHALLA, A.E. BLAUGRUND, M. BOGDANOVIĆ, H.R. BOWMAN, H.W. BOYD, C.H. BRADEN, S.M. BRAHMAVAR, W.H. BRANTLEY, D.R. BRUNDRIT, C.O. CARROLL, J.A. COOPER, W.L. CROFT, H. DANIEL, BERNHARD DEUTCH, I.O. DUROSINMI-ETTI, G.W. EAKINS, H. EJIRI, PETER ERMAN, G.T. EWAN, W.B. EWBANK, A. FAESSLER, F. FALK, A.P. FERESIN, JOHN FEUERBACHEr, R.B. FRANKEL, M. FRIEDMAN, J.S. GEIGER, T.R. GERHOLM, R. HAGER, S. HAGSTRöM, J.H. HAMILTON, E.N. HATCH, S.K. HAYNES, R.J. HERICKHOFF, C.J. HERRLANDER, J.M. HOLLANDER, LENNART HOLMBERG, POUL HORNSH∅J, SÖLVE Hultberg, P. JAHN, J.F.W. JANSEN, S. JHA, N.R. JOHNSON, R. KALISH, John W. KANE, T. KATOH, L.S. KISSLINGER, M. KUNTZE, W.H.G. LEWIN, M.A. LISTENGARTEN, R.J. LOMBARD, R.E. MCADAMS, J. MARAÑÓN, A. MIRANDA, M. MLADJENOVIĆ, J. MORAGUES, A. MUKERJI, G.C. NELSON, C. NORDLING, T. NOVAKOV, R.F. O'CONNELL, R.H. OTHAZ, S.C. PANCHOLI, D.R. PARSIGNAULT, B. PATNIAK, E.T. PATRONIS, B.-G. PETTERSSON, J.J. PINAJIAN, JOHN L. POWER, K.G. PRASAD, M.K. RAMASWAMY, A.V. RAMAYYA, B.N. SUBBA RAO, J.O. RASMUSSEN, PILAR REYES-SUTER, M.E. ROSE, H. RYDE, MITSUO SAKAI, W. SCHEUER, E. SELTZER, S.K. SEN, R.P. SHARMA, D.A. SHIRLEY, K. SIEGBAHN, L.A. SLIV, H. SNELLMAN, G. SPANNAGEL, P.H. STELSON, R. STEPIĆ, N.J. STONE, TITO SUTER, S.G. THOMPSON, B.V. THOSAR, J.E. THUN, S. TÖRNKVIST, B. VAN NOOIJEN, LIBOR J. VELINSKY, M.A. VELINSKY, H. VIGNAU, M.E. VOIKHANSKY, A.H. WAPSTRA, R.L. WATSON, L.D. WYLY, T. YAMAZAKI, M.J. ZENDER, E.F. ZGANJAR

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::09728debf9c93e8f45a6b8ee15b806fa
https://doi.org/10.1016/b978-0-12-395610-1.50003-1