Results 51 to 60 of about 33,962 (221)

Integrating nuclide specific and dose rate based methods for airborne and ground based gamma spectrometry [PDF]

, 2015
Results of joint airborne survey work conducted by SUERC and JAEA are presented, for areas to the north and south of Fukushima Daiichi using four different airborne survey systems, cross calibrated at reference sites in Scotland and near Namie.
Cresswell, Alan, Murphy, Simon, Nakanishi, Chika, Sanada, Yukihisa, Sanderson, David, Xu, Sheng, Yamada, Tsutomu   +6 more
core  

Nuclear Reaction Network for Primordial Nucleosynthesis: a detailed analysis of rates, uncertainties and light nuclei yields

, 2018
We analyze in details the standard Primordial Nucleosynthesis scenario. In particular we discuss the key theoretical issues which are involved in a detailed prediction of light nuclide abundances, as the weak reaction rates, neutrino decoupling and ...
, , , , Altherr T, Anderson W J, Arenhovel H, Bethe H A, Bishop M C, Blatt D W E, Bonifacio P, Bonifacio P, Bonifacio P, Borzakov S B, Bosch H S, Boyd R N, Brown R E, Brown R E, Brune C R, Brune C R, Caughlan G R, Cayrel R, Chapman I A, Chen J W, Clayton D D, Cokinos D, Costello D G, Cyburt R H, D?Agostini G, Descouvemont P, Dicus D A, Donoghue J F, Donoghue J F, Dwarakanath M R, Elwyn A J, Engstler S, Esposito S, Esposito S, Evans R D, F Iocco, Fields B D, Fiorentini G, Fornengo N, G Mangano, G Miele, Geist W H, Gemeinhardt W, Greife U, Griffiths G M, Griffiths G M, Griffiths G M, Griffiths G M, Hahn K I, Hale G M, Hannestad S, Hara K Y, Heckler A F, Hilgemeier M, Hughes D J, Jarmie J D, Jarmie N, Jarmie N, Kawano L, Keil W, Keil W, King C H, Kliucharev A P, Kobzev A P, Koehler P E, Krawinkel H, Le Bellac M, LeBellac M, Lopez R E, Lopez R E, Ma L, Mercer D J, Mughabghab S F, Nagai Y, Nollett K M, Nollett M, O Pisanti, Olive K A Fields B D, Olive K A Skillman E D, P D Serpico, Robertson R G H, Rolfs C E, Rupak G, S Esposito, Salaris M, Sawyer R F, Schiavilla R, Schmid G J, Schmid G J, SDSS Collaboration, Seckel D, Spite F, Talon S Charbonnel C, Thuan T X Izotov Y I, Thèado S, Trotta R, Tuck J L, Zahnow D, Zhichang   +102 more
core   +1 more source

Short-lived Nuclei in the Early Solar System: Possible AGB Sources [PDF]

, 2005
(Abridged) We review abundances of short-lived nuclides in the early solar system (ESS) and the methods used to determine them. We compare them to the inventory for a uniform galactic production model.
Abia, Abia, Alexander, Amari, Amari, Amelin, Amelin, Anders, Anders, Andric, Angulo, Argast, Arlandini, Audouze, Bao, Birck, Birck, Birck, Bizzarro, Black, Blake, Blander, Boothroyd, Boss, Brearley, Burbidge, Burnett, Busso, Busso, Busso, Cameron, Cameron, Cameron, Cameron, Cantelaube, Carlson, Cassen, Cayrel, Chakraborty, Charbonnel, Charbonnel, Chen, Chen, Chen, Chen, Chen, Chen, Chen, Chin, Choi, Choi, Choi, Clayton, Clayton, Clayton, Clayton, Connolly, Cowan, Cuzzi, Cuzzi, Dearborn, Denissenkov, Denissenkov, Desch, Diehl, Draine, Draine, Draine, Ebel, El Goresy, Feigelson, Formicola, Foster, Fowler, Fox, Frost, Frost, G.J. Wasserburg, Gallino, Gallino, Galy, Galy, Gao, Gilroy, Goriely, Goswami, Gounelle, Gray, Gray, Greenstein, Grossman, Grossman, Guan, Göbel, Göpel, Hagee, Harper, Harper, Harper, Harris, Hashizume, Hill, Hill, Hinton, Honda, Hoppe, Hsu, Huss, Huss, Huss, Huss, Huss, Huss, Hutcheon, Hutcheon, Hutcheon, Hutcheon, Iben, Jacobsen, Jacobsen, Jeffery, Jones, K.M. Nollett, Karakas, Karakas, Kelly, Kita, Kleine, Kratz, Krestina, Krot, Käppeler, Lattanzio, Lattanzio, Lee, Lee, Lee, Lee, Lee, Leya, Limongi, Lin, Lin, Lingenfelter, Liu, Lodders, Lodders, Lucatello, Lugaro, Lugaro, Lugaro, Lugmair, Lugmair, Lyons, M. Busso, MacPherson, Marcus, Marhas, Marhas, Marhas, Marhas, Marhas, Marvin, Mauersberger, Mauersberger, Mauersberger, McKeegan, McKeegan, McWilliam, McWilliam, Messenger, Meyer, Meyer, Minster, Mostefaoui, Mostefaoui, Mostefaoui, Mostefaoui, Mowlavi, Murty, Münker, Nakamura, Navon, Nguyen, Nguyen, Nicolussi, Nicolussi, Nicolussi, Nittler, Nittler, Nittler, Nittler, Nittler, Nollett, Nomoto, Nyquist, Nyquist, Ott, Papanastassiou, Podosek, Porcelli, Prantzos, Prinzhofer, Péquignot, Qian, Qian, Qian, Qian, R. Gallino, Rai, Rauscher, Rauscher, Reifarth, Renzini, Reynolds, Rotaru, Rowe, Runkle, Runkle, Russell, Sahijpal, Savina, Schramm, Schramm, Schönbächler, Seeger, Sharp, Sheng, Shu, Shu, Shu, Shukolyukov, Shukolyukov, Simanton, Smith, Sneden, Sneden, Srinivasan, Srinivasan, Srinivasan, Srinivasan, Srinivasan, Stadermann, Stegmann, Stewart, Stirling, Storzer, Straniero, Straniero, Tachibana, Tachibana, Takahashi, Tera, Tera, Thielemann, Thiemens, Thompson, Timmes, Travaglio, Travaglio, Turner, Urey, Urey, Villa, Vockenhuber, Völkening, Wadhwa, Wadhwa, Wasserburg, Wasserburg, Wasserburg, Wasserburg, Wasserburg, Wasserburg, Wasserburg, Wasserburg, Weiss, Whitby, Wilson, Wood, Woodland, Woosley, Woosley, Yin, Yin, Young, Yurimoto, Zinner, Zinner   +288 more
core   +3 more sources

NUCLIDE

, 2014
Citation: 'nuclide' in the IUPAC Compendium of Chemical Terminology, 3rd ed.; International Union of Pure and Applied Chemistry; 2006. Online version 3.0.1, 2019. 10.1351/goldbook.N04257 • License: The IUPAC Gold Book is licensed under Creative Commons Attribution-ShareAlike CC BY-SA 4.0 International for individual terms. Requests for commercial usage
openaire   +2 more sources

Mineral Speciation for CO2 Captured by Potassium Hydroxide

ChemistryOpen, EarlyView.
Multimodal and deconvolution analysis of the crystalline and amorphous mineral products from the rapid capture of CO2 in aqueous, aqueous‐ethanol, and aqueous‐acetone solutions of potassium hydroxide by complementary single‐crystal and powder X‐ray diffraction, and high field 1H, 13C, and 39K NMR, provides new insight into the speciation of both KHCO3‐
Ehsan Ezzatpour Ghadim, Stephanie Bachmann, Rodrigo S. Correa, Dinu Iuga, Joanna F. Collingwood, Peter J. Sadler   +5 more
wiley   +1 more source

Cosmogenic-nuclide production by primary cosmic-ray protons [PDF]

, 1985
The production rates of cosmogenic nuclides were calculated for the primary protons in the galactic and solar cosmic rays. At 1 AU, the long-term average fluxes of solar protons usually produce many more atoms of cosmogenic nuclide than the primary ...
Reedy, R. C.
core   +1 more source

r-Process Lanthanide Production and Heating Rates in Kilonovae [PDF]

, 2015
r-Process nucleosynthesis in material ejected during neutron star mergers may lead to radioactively powered transients called kilonovae. The timescale and peak luminosity of these transients depend on the composition of the ejecta, which determines the ...
Lippuner, Jonas, Roberts, Luke F.
core   +2 more sources

A Formation Inversion Algorithm Based on Collaborative Fuzzy Gradient Neural Dynamics for Natural Gamma Logging While Drilling

CAAI Transactions on Intelligence Technology, EarlyView.
ABSTRACT A formation inversion algorithm with real‐time performance and accuracy is crucial for natural gamma logging while drilling (LWD). However, traditional inversion algorithms are often limited by high computational resource consumption and insufficient accuracy.
Juntao Liu, Ruoxiao Liu, Wenxin Li, Zhenming Su, Long Jin   +4 more
wiley   +1 more source

Quantifying sediment discharge from the Bolivian Andes into the Beni foreland basin from cosmogenic 10Be-derived denudation rates

Brazilian Journal of Geology
: Enormous volumes of sediment are produced in the Central Andes and are then delivered into the foreland basins of Amazon basin tributaries. While cosmogenic nuclides in sediment are a suitable tool to measure the denudation rates of sediment-producing ...
Hella Wittmann, Friedhelm von Blanckenburg, Jean-Loup Guyot, Laurence Maurice, Peter Kubik   +4 more
doaj   +1 more source

Direct mass measurements beyond the proton drip-line [PDF]

, 2007
First on-line mass measurements were performed at the SHIPTRAP Penning trap mass spectrometer. The masses of 18 neutron-deficient isotopes in the terbium-to-thulium region produced in fusion-evaporation reactions were determined with relative ...
A. Chaudhuri, A. Martín, C. Rauth, C. Rauth, C. Scheidenberger, C. Weber, D. Ackermann, D. Habs, D. Rodríguez, F. Herfurth, F. P. Heßberger, G. Maero, G. Marx, G. Vorobjev, H.-J. Kluge, J. B. Neumayr, K. Blaum, L. Schweikhard, M. Block, M. Mukherjee, P. G. Thirolf, R. Ferrer, S. Eliseev, S. Hofmann, S. Hofmann, S. Rahaman, W. R. Plaß, Z. Di   +27 more
core   +4 more sources