Ab initio calculation of the calorimetric electron-capture spectrum of Ho 163: Intra-atomic decay into bound states

Authors

Braß M.¹ , Haverkort M.W. ¹ , Enss C.² , Gastaldo L.² , Green R.J. ^3, ⁴

Journal

Physical Review C

Publisher

American Physical Society

Number of issue

Language

English

Pages

054620

Status

Published

Volume

Year

2018

Organizations

¹ Institute for Theoretical Physics|Heidelberg University
² Kirchhoff Institute for Physics|Heidelberg University
³ Department of Physics and Engineering Physics|University of Saskatchewan
⁴ Stewart Blusson Quantum Matter Institute|University of British Columbia

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NEW SCIENCE IN PLAIN SIGHT: CITIZEN SCIENTISTS LEAD TO THE DISCOVERY OF OPTICAL STRUCTURE IN THE UPPER ATMOSPHERE

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MacDonald E.A., Kosar B., Heavner M., Donovan E., Megan Gillies D., Gallardo-Lacourt B., Archer W.E., Spanswick E.L., Connors M., Jackel B., Knudsen D.J., Nishimura Y., Case N.A., Bourassa N., Ratzlaff C., Schofield I.

Science Advances. American Association for the Advancement of Science. Vol. 4. 2018. eaaq0030 p.

STRUCTURES AND STABILITY OF IRON HALIDES AT THE EARTH'S MANTLE AND CORE PRESSURES: IMPLICATIONS FOR THE MISSING HALOGEN PARADOX

Article

Wang H., Du X., Tse J.S., Wang Z., Iitaka T., Pan Y.

ACS Earth and Space Chemistry. Vol. 2. 2018. P. 711-719

Ab initio calculation of the calorimetric electron-capture spectrum of Ho 163: Intra-atomic decay into bound states

Other records

NEW SCIENCE IN PLAIN SIGHT: CITIZEN SCIENTISTS LEAD TO THE DISCOVERY OF OPTICAL STRUCTURE IN THE UPPER ATMOSPHERE

STRUCTURES AND STABILITY OF IRON HALIDES AT THE EARTH'S MANTLE AND CORE PRESSURES: IMPLICATIONS FOR THE MISSING HALOGEN PARADOX

Cite