Author

Nayak, Rashmi Rekha

6 papers

Affiliationsfrom papers in this corpus

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	Paper	Category
Aug 5, 2015#11508.00660	Identification of Highly Deformed Even-Even Nuclides in the Neutron- and Proton-Rich Regions of the Nuclear Chart from the B(E2) and E2 Predictions in the Generalized Differential Equation Model R. C. Nayak🇮🇳 · S. Pattnaik🇮🇳	nucl-th	IJMPE	2
May 21, 2014#6*1405.5108	Differential Equation Model for the Ground to First 2+ State Excitation Energy E2 of Even-Even Nuclei R . C. Nayak🇮🇳 · S. Pattnaik🇮🇳	nucl-th	—	0
May 14, 2014#3*1405.3191	B(E2) Predictions for Even-Even Nuclei in the Differential Equation Model R. C. Nayak🇮🇳 · S. Pattnaik🇮🇳	nucl-th	IJMPE	2
May 8, 2014#2*1405.1641	A Differential Equation for the Transition Probability B(E2) and the Resulting Recursion Relations connecting Even-Even Nuclei S. Pattnaik🇮🇳 · R. C. Nayak🇮🇳	nucl-th	IJMPE	1
Oct 30, 2012#2*1210.7299	Mass Predictions of Atomic Nuclei in the Infinite Nuclear Matter Model R. C. Nayak🇮🇳 · L. Satpathy🇮🇳	nucl-th	Atom.Data Nucl.Data Tabl.	30
Jul 3, 1995#3*nucl-th/9506032	Saturation properties and incompressibility of nuclear matter: A consistent determination from nuclear masses R.Nayak🇮🇳 · V.S. Uma Maheswari🇮🇳 · L. Satpathy🇮🇳	nucl-th	PRC	21

Identification of Highly Deformed Even-Even Nuclides in the Neutron- and Proton-Rich Regions of the Nuclear Chart from the B(E2) and E2 Predictions in the Generalized Differential Equation Model
R. C. Nayak🇮🇳 · S. Pattnaik🇮🇳
Aug 5, 20151508.00660nucl-thIJMPE2 citations
Differential Equation Model for the Ground to First 2+ State Excitation Energy E2 of Even-Even Nuclei
R . C. Nayak🇮🇳 · S. Pattnaik🇮🇳
May 21, 2014*1405.5108nucl-th0 citations
B(E2) Predictions for Even-Even Nuclei in the Differential Equation Model
R. C. Nayak🇮🇳 · S. Pattnaik🇮🇳
May 14, 2014*1405.3191nucl-thIJMPE2 citations
A Differential Equation for the Transition Probability B(E2) and the Resulting Recursion Relations connecting Even-Even Nuclei
S. Pattnaik🇮🇳 · R. C. Nayak🇮🇳
May 8, 2014*1405.1641nucl-thIJMPE1 citation
Mass Predictions of Atomic Nuclei in the Infinite Nuclear Matter Model
R. C. Nayak🇮🇳 · L. Satpathy🇮🇳
Oct 30, 2012*1210.7299nucl-thAtom.Data Nucl.Data Tabl.30 citations
Saturation properties and incompressibility of nuclear matter: A consistent determination from nuclear masses
R.Nayak🇮🇳 · V.S. Uma Maheswari🇮🇳 · L. Satpathy🇮🇳
Jul 3, 1995*nucl-th/9506032nucl-thPRC21 citations

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Nayak, Rashmi Rekha

Identification of Highly Deformed Even-Even Nuclides in the Neutron- and Proton-Rich Regions of the Nuclear Chart from the B(E2) and E2 Predictions in the Generalized Differential Equation Model

Differential Equation Model for the Ground to First 2+ State Excitation Energy E2 of Even-Even Nuclei

B(E2) Predictions for Even-Even Nuclei in the Differential Equation Model

A Differential Equation for the Transition Probability B(E2) and the Resulting Recursion Relations connecting Even-Even Nuclei

Mass Predictions of Atomic Nuclei in the Infinite Nuclear Matter Model

Saturation properties and incompressibility of nuclear matter: A consistent determination from nuclear masses

Affiliations