Search results for " Intermedi"

showing 3 items of 293 documents

Persistency of window dressing practices in the US repo markets after the GFC: The unexplored role of the deposit insurance premium

2022

We investigate whether the regulatory improvements made in the aftermath of the global financial crisis have been effective in limiting bank downward window dressing by means of repos in the United States. We find that a strict application of the Basel III regulation wipes out incentives to engage in window dressing to bolster the level of leverage Tier 1 ratio at quarter-end. We also show that the persistency of window dressing is related to the computation of the Federal Deposit Insurance Corporation assessment base, which motivates banks to engage in window dressing to reduce the deposit insurance premium.

window dressingSettore SECS-P/11 - Economia Degli Intermediari FinanziariAccountingleverage tier 1 ratiorepurchase agreementsGeneral Economics Econometrics and Financebank holding companiesdeposit insurance premium
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Production cross section and decay study of $^{243}$Es and $^{249}$Md

2019

In the study of the odd-$Z$, even-$N$ nuclei $^{243}$Es and $^{249}$Md, performed at the University of Jyv\"askyl\"a, the fusion-evaporation reactions $^{197}$Au($^{48}$Ca,2$n$)$^{243}$Es and $^{203}$Tl($^{48}$Ca,2$n$)$^{249}$Md have been used for the first time. Fusion-evaporation residues were selected and detected using the RITU gas-filled separator coupled with the focal-plane spectrometer GREAT. For $^{243}$Es, the recoil decay correlation analysis yielded a half-life of $24 \pm 3$s, and a maximum production cross section of $37 \pm 10$ nb. In the same way, a half-life of $26 \pm 1$ s, an $\alpha$ branching ratio of 75 $\pm$ 5%, and a maximum production cross section of 300 $\pm$ 80 nb…

ydinreaktiotalpha decayNuclear ReactionsFOS: Physical scienceslow and intermediate energy heavy-ion reactionsNuclear Experiment (nucl-ex)[PHYS.NEXP]Physics [physics]/Nuclear Experiment [nucl-ex]Nuclear Experiment
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Production cross section and decay study of 243Es and 249Md

2019

ydinreaktiotta114alpha decaylow and intermediate energy heavy-ion reactionsnuclear reactionsPhysical Review C
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