Author

Tanimura, Y.

INSPIRE profile1072158 ORCID0000-0002-9140-7169

11 papers·335 citations in this corpus

	Paper	Category
Feb 2, 2022#72202.00513	Comment on "Phase-space consideration on barrier transmission in a time-dependent variational approach with superposed wave packets (arXiv:2201.02966)" N. Hasegawa · K. Hagino · Y. Tanimura	nucl-th	—	2
Jun 15, 2020#12006.06944	Time-Dependent Generator Coordinate Method for Many-Particle Tunneling N. Hasegawa · K. Hagino · Y. Tanimura	nucl-th	PLB	14
Sep 7, 2016#41609.01424	Microscopic phase-space exploration modeling of $^{258}$ Fm spontaneous fission Yusuke Tanimura🇫🇷 · Denis Lacroix🇫🇷 · Sakir Ayik🇺🇸	nucl-th	PRL	102
Dec 16, 2014#21412.4201	Triaxially deformed relativistic point-coupling model for $Λ$ hypernuclei: a quantitative analysis of hyperon impurity effect on nuclear collective properties W. X. Xue🇨🇳 · J. M. Yao🇨🇳 · K. Hagino🇯🇵 · Z. P. Li🇨🇳 · H. Mei🇨🇳 · Y. Tanimura🇫🇷	nucl-th	PRC	32
Dec 1, 2014#3*1411.7804	Three-dimensional mesh calculations for covariant density functional theory Y. Tanimura🇯🇵 · K. Hagino🇯🇵 · H. Z. Liang🇯🇵	nucl-th	PTEP	29
Sep 16, 2013#9*1309.3394	Three-body model calculations for N=Z odd-odd nuclei with T=0 and T=1 pairing correlations Y. Tanimura · H. Sagawa · K. Hagino	nucl-th	PTEP	28
Apr 18, 2013#1*1304.4697	Application of the inverse Hamiltonian method to Hartree-Fock-Bogoliubov calculations Y. Tanimura🇯🇵 · K. Hagino🇯🇵 · P. Ring🇩🇪	nucl-th	PRC	7
Dec 26, 2012#1*1212.5992	Competition between $T$ =1 and $T$ =0 pairing in $p f$ -shell nuclei with $N = Z$ H. Sagawa · Y. Tanimura · K. Hagino	nucl-th	PRC	34
Aug 28, 2012#6*1208.5352	Impurity effect of Lambda particle on the structure of 18F and 19F_Lambda Y. Tanimura🇯🇵 · K. Hagino🇯🇵 · H. Sagawa🇯🇵	nucl-th	PRC	12
Nov 8, 2011#9*1111.1488	Description of single-Lambda hypernuclei with relativistic point coupling model Y. Tanimura🇯🇵 · K. Hagino🇯🇵	nucl-th	PRC	49
Aug 31, 2010#7*1008.4995	Iterative solution of a Dirac equation with inverse Hamiltonian method K. Hagino🇯🇵 · Y. Tanimura🇯🇵	nucl-th	PRC	26

Comment on "Phase-space consideration on barrier transmission in a time-dependent variational approach with superposed wave packets (arXiv:2201.02966)"
N. Hasegawa · K. Hagino · Y. Tanimura
Feb 2, 2022#7nucl-th2 citations
Time-Dependent Generator Coordinate Method for Many-Particle Tunneling
N. Hasegawa · K. Hagino · Y. Tanimura
Jun 15, 2020#1nucl-thPLB14 citations
Microscopic phase-space exploration modeling of $^{258}$ Fm spontaneous fission
Yusuke Tanimura🇫🇷 · Denis Lacroix🇫🇷 · Sakir Ayik🇺🇸
Sep 7, 2016#4nucl-thPRL102 citations
Triaxially deformed relativistic point-coupling model for $Λ$ hypernuclei: a quantitative analysis of hyperon impurity effect on nuclear collective properties
W. X. Xue🇨🇳 · J. M. Yao🇨🇳 · K. Hagino🇯🇵 · Z. P. Li🇨🇳 · H. Mei🇨🇳 · Y. Tanimura🇫🇷
Dec 16, 2014#2nucl-thPRC32 citations
Three-dimensional mesh calculations for covariant density functional theory
Y. Tanimura🇯🇵 · K. Hagino🇯🇵 · H. Z. Liang🇯🇵
Dec 1, 2014#3*nucl-thPTEP29 citations
Three-body model calculations for N=Z odd-odd nuclei with T=0 and T=1 pairing correlations
Y. Tanimura · H. Sagawa · K. Hagino
Sep 16, 2013#9*nucl-thPTEP28 citations
Application of the inverse Hamiltonian method to Hartree-Fock-Bogoliubov calculations
Y. Tanimura🇯🇵 · K. Hagino🇯🇵 · P. Ring🇩🇪
Apr 18, 2013#1*nucl-thPRC7 citations
Competition between $T$ =1 and $T$ =0 pairing in $p f$ -shell nuclei with $N = Z$
H. Sagawa · Y. Tanimura · K. Hagino
Dec 26, 2012#1*nucl-thPRC34 citations
Impurity effect of Lambda particle on the structure of 18F and 19F_Lambda
Y. Tanimura🇯🇵 · K. Hagino🇯🇵 · H. Sagawa🇯🇵
Aug 28, 2012#6*nucl-thPRC12 citations
Description of single-Lambda hypernuclei with relativistic point coupling model
Y. Tanimura🇯🇵 · K. Hagino🇯🇵
Nov 8, 2011#9*nucl-thPRC49 citations
Iterative solution of a Dirac equation with inverse Hamiltonian method
K. Hagino🇯🇵 · Y. Tanimura🇯🇵
Aug 31, 2010#7*nucl-thPRC26 citations

Showing 1–11 of 11·25 / 50 / 100per page

Page 1 of 1

Shows only papers in the locally ingested corpus, matched through the INSPIRE author identity. This may not match the author's full publication record.