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1. Full Text Charge, proton and neutron systems and matter radii of N ≈ Z odd-mass nuclei using a particle-number projection approach in the T = 1 pairing case
by Allal, N. H and Fellah, M and Douici, M and Oudih, M. R
International Journal of Modern Physics E, ISSN 0218-3013, 12/2016, Volume 25, Issue 12, p. 1650108
The charge radii, the proton and neutron systems radii, as well as the matter radii of N ≈ Z odd-mass nuclei are studied using a particle-number projection... 
odd-mass nuclei | radii | particle-number projection | Isovector pairing
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2. Full Text Neutron skin and signature of the N = 14 shell gap found from measured proton radii of 17−22 N
by Bagchi, S and Kanungo, R and Horiuchi, W and Hagen, G and Morris, T.D and Stroberg, S.R and Suzuki, T and Ameil, F and Atkinson, J and Ayyad, Y and Cortina-Gil, D and Dillmann, I and Estradé, A and Evdokimov, A and Farinon, F and Geissel, H and Guastalla, G and Janik, R and Kaur, S and Knöbel, R and Kurcewicz, J and Litvinov, Yu.A and Marta, M and Mostazo, M and Mukha, I and Nociforo, C and Ong, H.J and Pietri, S and Prochazka, A and Scheidenberger, C and Sitar, B and Strmen, P and Takechi, M and Tanaka, J and Tanaka, Y and Tanihata, I and Terashima, S and Vargas, J and Weick, H and Winfield, J.S
Physics Letters, Section B: Nuclear, Elementary Particle and High-Energy Physics, ISSN 0370-2693, 03/2019, Volume 790, pp. 251 - 256
A thick neutron skin emerges from the first determination of root mean square radii of the proton distributions for N from charge changing cross section... 
Radioactive beams | Shell model | Magic number | Neutron skin | Proton and matter radii | Ab initio theory
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3. Full Text Neutron skin and signature of the N = 14 shell gap found from measured proton radii of 17−22N
by Bagchi, S and Kanungo, R and Horiuchi, W and Hagen, G and Morris, T.D and Stroberg, S.R and Suzuki, T and Ameil, F and Atkinson, J and Ayyad, Y and Cortina-Gil, D and Dillmann, I and Estradé, A and Evdokimov, A and Farinon, F and Geissel, H and Guastalla, G and Janik, R and Kaur, S and Knöbel, R and Kurcewicz, J and Litvinov, Yu.A and Marta, M and Mostazo, M and Mukha, I and Nociforo, C and Ong, H.J and Pietri, S and Prochazka, A and Scheidenberger, C and Sitar, B and Strmen, P and Takechi, M and Tanaka, J and Tanaka, Y and Tanihata, I and Terashima, S and Vargas, J and Weick, H and Winfield, J.S and Oak Ridge National Laboratory (ORNL), Oak Ridge TN (United States). Oak Ridge Leadership Computing Facility (OLCF)
Physics Letters B, ISSN 0370-2693, 03/2019, Volume 790, Issue C, pp. 251 - 256
A thick neutron skin emerges from the first determination of root mean square radii of the proton distributions for N from charge changing cross section... 
Proton and matter radii | Radioactive beams | Shell model | Magic number | Neutron skin | Ab initio theory | magic number | PHYSICS OF ELEMENTARY PARTICLES AND FIELDS | radioactive beams | neutron skin | shell model | ab initio theory | proton and matter radii
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4. Full Text Neutron skin and signature of the N=14 shell gap found from measured proton radii of N17-22
by Bagchi, S and Kanungo, R and Horiuchi, W and Hagen, G and Morris, TD and Stroberg, SR and Suzuki, T and Ameil, F and Atkinson, J and Ayyad, Y and Cortina-Gil, D and Dillmann, I and Estrade, A and Evdokimov, A and Farinon, F and Geissel, H and Guastalla, G and Janik, R and Kaur, S and Knobel, R and Kurcewicz, J and Litvinov, YA and Marta, M and Mostazo, M and Mukha, I and Nociforo, C and Ong, HJ and Pietri, S and Prochazka, A and Scheidenberger, C and Sitar, B and Strmen, P and Takechi, M and Tanaka, J and Tanaka, Y and Tanihata, I and Terashima, S and Vargas, J and Weick, H and Winfield, JS
PHYSICS LETTERS B, ISSN 0370-2693, 03/2019, Volume 790, pp. 251 - 256
A thick neutron skin emerges from the first determination of root mean square radii of the proton distributions for N17-22 from charge changing cross section... 
CROSS-SECTIONS | Proton and matter radii | CHARGE RADII | PHYSICS, NUCLEAR | COUPLED-CLUSTER EQUATIONS | Ab initio theory | Radioactive beams | Shell model | Magic number | ASTRONOMY & ASTROPHYSICS | Neutron skin | HARTREE-BOGOLIUBOV DESCRIPTION | HALO | MOMENTS | PHYSICS, PARTICLES & FIELDS
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5. Full Text Measurements of interaction cross sections for light neutron-rich nuclei at relativistic energies and determination of effective matter radii
by Ozawa, A and Bochkarev, O and Chulkov, L and Cortina, D and Geissel, H and Hellström, M and Ivanov, M and Janik, R and Kimura, K and Kobayashi, T and Korsheninnikov, A.A and Münzenberg, G and Nickel, F and Ogawa, Y and Ogloblin, A.A and Pfützner, M and Pribora, V and Simon, H and Sitár, B and Strmen, P and Sümmerer, K and Suzuki, T and Tanihata, I and Winkler, M and Yoshida, K
Nuclear Physics, Section A, ISSN 0375-9474, 2001, Volume 691, Issue 3, pp. 599 - 617
We measured the interaction cross sections (sigma (I)) of (10),B-11, C12-20, N14-23, O16-24 and F18-26 on carbon targets at energies of around 950 A MeV. We... 
Nuclear reactions C( 10,11B, 10,11B), ( 12–20C, 12–20C), ( 14–23N, 14–23N), ( 16–24O, 16–24O), ( 18–26F, 18–26F), [formula omitted] MeV [formula omitted]nucleon | Measured interaction [formula omitted] | 10,11B, 12–20C, 14–23N, 16–24O, 18–26F deduced effective radii | GLAUBER MODEL ANALYSIS | MOMENT | measured interaction sigma | C(B-10,B-11,B-10,B-11), (C12-20,C12-20), (N14-23,N14-23), (O16-24,O16-24), (F18-26,F18-26), E similar to 950 MeV/nucleon | PHYSICS, NUCLEAR | FRAGMENTATION | C-19 | B-8 | ISOTOPES | REMOVAL | HALO STRUCTURE | B-10,B-11, C12-20, N14-23, O16-24, F18-26 deduced effective radii | DRIP-LINE | PROTON HALO
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6. Full Text Nuclear matter radii of neutron-deficient Kr isotopes
by Yamaguchi, T and Suzuki, T and Ohnishi, T and Becker, F and Fukuda, M and Geissel, H and Hosoi, M and Janik, R and Kimura, K and Kuboki, T and Mandel, S and Matsuo, M and Münzenberg, G and Nakajima, S and Ohtsubo, T and Ozawa, A and Prochazka, A and Shindo, M and Sitár, B and Strmeň, P and Suda, T and Sümmerer, K and Sugawara, K and Szarka, I and Takechi, M and Takisawa, A and Tanaka, K and Yamagami, M
Physical Review C - Nuclear Physics, ISSN 0556-2813, 03/2008, Volume 77, Issue 3
Interaction cross sections (sigma(I)) of Kr-72,Kr-76,Kr-80 on a C target were measured at the projectile fragment separator FRS at GSI. Effective matter radii... 
INTERACTION CROSS-SECTIONS | DECAY | MEAN-FIELD THEORY | BEHAVIOR | RELATIVISTIC HEAVY-IONS | PROTON-RICH GA | CHARGE RADII | DENSITY-DISTRIBUTION | PHYSICS, NUCLEAR | GROUND-STATE PROPERTIES | IDENTIFICATION | CARBON | NEUTRONS | SKYRME POTENTIAL | GLAUBER THEORY | COMPARATIVE EVALUATIONS | INTERACTIONS | PROTONS | RELATIVISTIC RANGE | NUCLEAR MATTER | NUCLEAR PHYSICS AND RADIATION PHYSICS | CROSS SECTIONS | NEUTRON-DEFICIENT ISOTOPES | FORECASTING | KRYPTON 76 | KRYPTON 72 | HARTREE-FOCK-BOGOLYUBOV THEORY | KRYPTON 80
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7. Full Text Nuclear-matter distribution in the proton-rich nuclei 7Be and 8B from intermediate energy proton elastic scattering in inverse kinematics
by Dobrovolsky, A.V and Korolev, G.A and Inglessi, A.G and Alkhazov, G.D and Colò, G and Dillmann, I and Egelhof, P and Estradé, A and Farinon, F and Geissel, H and Ilieva, S and Ke, Y and Khanzadeev, A.V and Kiselev, O.A and Kurcewicz, J and Le, X.C and Litvinov, Yu.A and Petrov, G.E and Prochazka, A and Scheidenberger, C and Sergeev, L.O and Simon, H and Takechi, M and Tang, S and Volkov, V and Vorobyov, A.A and Weick, H and Yatsoura, V.I
Nuclear Physics, Section A, ISSN 0375-9474, 09/2019, Volume 989, pp. 40 - 58
Absolute differential cross sections for elastic Be and B small-angle scattering were measured in inverse kinematics at an energy of 0.7 GeV/u at GSI... 
Proton-nucleus elastic scattering | 7Be | Nuclear matter distribution | Nuclear matter radii
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8. Full Text Elastic scattering analysis of p+Ca-40 at incident energies from threshold to 48.4 MeV and nuclear matter radius
by Ismail, A and Cheong, LY and Tammam, M
INTERNATIONAL JOURNAL OF MODERN PHYSICS E-NUCLEAR PHYSICS, ISSN 0218-3013, 07/2015, Volume 24, Issue 7
Proton elastic scattering at various incident energies is one method to study nuclear density distributions and nuclear radii. Single folding potential... 
ALPHA-PARTICLES | OPTICAL-MODEL POTENTIALS | SIZES | cross-section | PHYSICS, NUCLEAR | INELASTIC-SCATTERING | PROTON | elastic scattering | Optical potential | RANGE | PHYSICS, PARTICLES & FIELDS
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9. Full Text Nuclear-matter distribution in the proton-rich nuclei Be-7 and B-8 from intermediate energy proton elastic scattering in inverse kinematics
by Dobrovolsky, AV and Korolev, GA and Inglessi, AG and Alkhazov, GD and Colo, G and Dillmann, I and Egelhof, P and Estrade, A and Farinon, F and Geissel, H and Ilieva, S and Ke, Y and Khanzadeev, AV and Kiselev, OA and Kurcewicz, J and Le, XC and Litvinov, YA and Petrov, GE and Prochazka, A and Scheidenberger, C and Sergeev, LO and Simon, H and Takechi, M and Tang, S and Volkov, V and Vorobyov, AA and Weick, H and Yatsoura, VI
NUCLEAR PHYSICS A, ISSN 0375-9474, 09/2019, Volume 989, pp. 40 - 58
Absolute differential cross sections for elastic p(7)Be and p(8)B small-angle scattering were measured in inverse kinematics at an energy of 0.7 GeV/u at GSI... 
CROSS-SECTIONS | Nuclear matter radii | NEUTRON HALO | BREAKUP | PHYSICS, NUCLEAR | MODEL | B-8 | Proton-nucleus elastic scattering | ISOTOPES | Be-7 | RADIUS | DENSITY DISTRIBUTION | HALO STRUCTURE | PI-P | BE-7(P,GAMMA)B-8 | Nuclear matter distribution
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10. Full Text Microscopic self-consistent study of neon halos with resonant contributions
by Zhang, Shi-Sheng and Smith, Michael S and Kang, Zhong-Shu and Zhao, Jie and Oak Ridge National Lab. (ORNL), Oak Ridge, TN (United States)
Physics Letters B, ISSN 0370-2693, 03/2014, Volume 730, pp. 30 - 35
Recent reaction measurements have been interpreted as evidence of a halo structure in the exotic neutron-rich isotopes Ne. While theoretical studies of Ne... 
Neutron halo | Matter radii | Density distributions | Single-particle resonant p–f orbitals | 29,31Ne | Single-particle resonant p-f orbitals | PAIRING CORRELATIONS | HARTREE-BOGOLIUBOV THEORY | PHYSICS, MULTIDISCIPLINARY | GIANT HALO | NEUTRON DRIP-LINE | PLUS BCS APPROACH | PROTON | ISOTOPES | MEAN-FIELD THEORY | Ne-29,Ne-31 | CONTINUUM | LIGHT-NUCLEI | Nuclear energy | Analysis | Orbitals | Separation | Halos | Fermi surfaces | Mathematical analysis | Mathematical models | Order disorder | Nuclei | Single-particle resonant p – f orbitals | 29,31 Ne | Nuclear and High Energy Physics | halo nuclei | exotic nuclei | radioactive nuclei | theoretical nuclear physics
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11. Nuclear-matter radius studies from Ni 58 (α,α) experiments at the GSI Experimental Storage Ring with the EXL facility
by Zamora, J.C and Aumann, T and Bagchi, S and Bönig, S and Csatlós, M and Dillmann, I and Dimopoulou, C and Egelhof, P and Eremin, V and Furuno, T and Geissel, H and Gernhäuser, R and Harakeh, M.N and Hartig, A.-L and Ilieva, S and Kalantar-Nayestanaki, N and Kiselev, O and Kollmus, H and Kozhuharov, C and Krasznahorkay, A and Kröll, Th and Kuilman, M and Litvinov, S and Litvinov, Yu. A and Mahjour-Shafiei, M and Mutterer, M and Nagae, D and Najafi, M.A and Nociforo, C and Nolden, F and Popp, U and Rigollet, C and Roy, S and Scheidenberger, C and Von Schmid, M and Steck, M and Streicher, B and Stuhl, L and Thürauf, M and Uesaka, T and Weick, H and Winfield, J.S and Winters, D and Woods, P.J and Yamaguchi, T and Yue, K and Zenihiro, J
Physical Review C, ISSN 2469-9985, 09/2017, Volume 96, Issue 3
A novel method for measuring nuclear reactions in inverse kinematics with stored ion beams was successfully used to extract the nuclear-matter radius of Ni-58.... 
DISTRIBUTIONS | ISOTOPES | UNCERTAINTIES | INTERACTION CROSS-SECTIONS | DENSITIES | INTERMEDIATE-ENERGY | ELASTIC-SCATTERING | PHYSICS, NUCLEAR | MODEL | ALPHA-PARTICLE SCATTERING | PROTON-SCATTERING
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12. Full Text Nuclear matter radii determined by interaction cross sections
by Ozawa, A
AIP Conference Proceedings, ISSN 0094-243X, 10/2005, Volume 793, Issue 1, pp. 258 - 263
Experimental studies on nuclear matter radii determined by the interaction cross sections ({sigma}I) are reviewed. In particular, the procedure to determine... 
Glauber-model analysis | Deduced r.m.s. matter radii | Measured interaction σ | NUCLEAR MATTER | CROSS SECTIONS | NUCLEAR RADII | RADIOACTIVE ION BEAMS | ATOMIC AND MOLECULAR PHYSICS | NUCLEAR REACTIONS | SENSITIVITY | PROTONS | ACCURACY | JAPANESE ORGANIZATIONS
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13. Full Text Nuclear size and related topics
by Ozawa, A and Suzuki, T and Tanihata, I
Nuclear Physics, Section A, ISSN 0375-9474, 2001, Volume 693, Issue 1, pp. 32 - 62
Experimental studies on nuclear sizes and related topics are reviewed. The recent development of radioactive nuclear beams has enabled us to study the nuclear... 
Glauber-model analysis | Deduced matter-density distribution | Deduced r.m.s. matter radii | Measured interaction, reaction, charge-changing [formula omitted] | Measured interaction, reaction, charge-changing σ | 27.30.+t | 25.60.Lg | 21.10.Gv | 25.60.Dz | 27.20.+n | GLAUBER MODEL ANALYSIS | INTERMEDIATE-ENERGY | PHYSICS, NUCLEAR | MATTER RADII | PROTON-SCATTERING | measured interaction, reaction, charge-changing sigma | RELATIVISTIC MEAN-FIELD | REACTION CROSS-SECTIONS | HALO STRUCTURE | DENSITY-DISTRIBUTION | deduced r.m.s. matter radii | deduced matter-density distribution | NEUTRON-RICH NUCLEI | LIGHT-NUCLEI
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14. Full Text Radii of the bound states in N-16 from the asymptotic normalization coefficients
by Li, ET and Guo, B and Li, ZH and Wang, YB and Li, YJ and Wu, ZD and Su, J and Pang, DY and Bai, XX and Du, XC and Fan, QW and Gan, L and Han, ZY and Hao, X and Hu, SP and He, JJ and Jing, L and Jin, SJ and Li, L and Li, XY and Li, ZC and Lian, G and Liu, JC and Luo, Q and Qiao, LH and Shen, YP and Sun, HB and Yan, SQ and Yu, XQ and Zeng, S and Zhang, DH and Zhang, LY and Zhang, WJ and Zhou, Y and Liu, WP
CHINESE PHYSICS C, ISSN 1674-1137, 11/2016, Volume 40, Issue 11
The asymptotic normalization coefficients (ANCs) of the virtual decay N-16 -> N-15 + n are extracted from the N-15(Li-7, Li-6)N-16 reaction populating the... 
neutron halo nuclei | PHYSICS, NUCLEAR | asymptotic normalization coefficients (ANCs) | matter radius | MATTER DISTRIBUTIONS | MEV/NUCLEON | B-8 | INVERSE KINEMATICS | INTERACTION CROSS-SECTIONS | COULOMB DISSOCIATION | DENSITY DISTRIBUTION | NEUTRON-RICH NUCLEI | PROTON HALO | SCATTERING | PHYSICS, PARTICLES & FIELDS
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15. Full Text Nuclear radii of neutron–deficient Kr isotopes studied via their interaction cross–sections at relativistic energies
by Yamaguchi, T and Suzuki, T and Ohnishi, T and Sümmerer, K and Becker, F and Fukuda, M and Geissel, H and Hosoi, M and Janik, R and Kimura, K and Mandal, S and Münzenberg, G and Nakajima, S and Ohtsubo, T and Ozawa, A and Prochazka, A and Shindo, M and Sitár, B and Strmeň, P and Suda, T and Sugawara, K and Szarka, I and Takisawa, A and Takechi, M and Tanaka, K
Nuclear Physics, Section A, ISSN 0375-9474, 2007, Volume 787, Issue 1, pp. 471 - 475
Interaction cross–sections of Kr on a C target were measured at the projectile fragment separator FRS at GSI. We deduced the effective matter radii of the... 
HEAVY-IONS | PROTON-RICH GA | DENSITY-DISTRIBUTION | PHYSICS, NUCLEAR | MATTER RADII | IDENTIFICATION
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16. Full Text Determination of the pairing-strength constants in the isovector plus isoscalar pairing case
by Mokhtari, D and Fellah, M and Allal, N. H
International Journal of Modern Physics E, ISSN 0218-3013, 06/2016, Volume 25, Issue 6, p. 1650035
A method for the determination of the pairing-strength constants, in the neutron–proton (n–p) isovector plus isoscalar pairing case, is proposed in the... 
pairing-strength constants | charge radius | Neutron-proton pairing | matter radius | ISOSPACE | ENERGY | T=0 | CHARGE RADII | PHYSICS, NUCLEAR | PROTON | NUCLEI | CRANKING | FISSION | PHYSICS, PARTICLES & FIELDS
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17. Full Text Microscopic calculations of matter and charge distributions of exotic nuclei within the Dynamic Correlation Model
by Tomaselli, M and Egelhof, P and Neumaier, S.R and Mutterer, M and Kühl, T and Dax, A and Schmitt, F and Fritzsche, S
Hyperfine Interactions, ISSN 0304-3843, 8/2000, Volume 127, Issue 1, pp. 95 - 99
Nuclear matter and charge distributions, and the radii of light exotic nuclei have been calculated with the Dynamic Correlation Model and compared with those... 
Atoms, Molecules, Clusters and Plasmas | Nuclear Physics, Heavy Ions, Hadrons | two photon spectroscopy | Condensed Matter | nuclear models | proton scattering | charge and matter radii | Surfaces and Interfaces, Thin Films | Physics | electron scattering | Nuclear models | Two-photon spectroscopy | Electron scattering | Charge and matter radii | Proton scattering | PHYSICS, CONDENSED MATTER | RADII | HE-6 | PHYSICS, ATOMIC, MOLECULAR & CHEMICAL | PHYSICS, NUCLEAR | two-photon spectroscopy | HALO NUCLEI | SCATTERING
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18. Full Text Microscopic calculations of quadrupole moments in Li and B isotopes
by Radhi, R A and Dakhil, Z A and Manie, N S
The European Physical Journal A, ISSN 1434-6001, 7/2014, Volume 50, Issue 7, pp. 1 - 9
Quadrupole moments and effective charges are calculated for Li (A = 7, 8, 9, 11) and B (A = 8, 10, 11, 12, 13, 14, 15) isotopes based on the shell model with p... 
Nuclear Physics, Heavy Ions, Hadrons | Nuclear Fusion | Physics | Particle and Nuclear Physics | INELASTIC ELECTRON-SCATTERING | PROTON-HALO | CORE POLARIZATION | INTERACTION CROSS-SECTIONS | PHYSICS, NUCLEAR | NEUTRON-RICH NUCLEI | EFFECTIVE CHARGES | MATTER RADII | HALO NUCLEI | B-8 | NUCLEAR SHELL-MODEL | PHYSICS, PARTICLES & FIELDS | Sects | Analysis
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19. Full Text Measurements of the interaction cross sections for Ar and Cl isotopes
by Ozawa, A and Baumann, T and Chulkov, L and Cortina, D and Datta, U and Fernandez, J and Geissel, H and Hammache, F and Itahashi, K and Ivanov, M and Janik, R and Kato, T and Kimura, K and Kobayashi, T and Markenroth, K and Meister, M and Münzenberg, G and Ohtsubo, T and Ohya, S and Okuda, T and Ogloblin, A.A and Pribora, V and Sekiguchi, M and Sitár, B and Strmen, P and Sugimoto, S and Sümmerer, K and Suzuki, T and Tanihata, I and Yamaguchi, Y
Nuclear Physics, Section A, ISSN 0375-9474, 10/2002, Volume 709, Issue 1-4, pp. 60 - 72
We have measured the interaction cross sections (sigma(I)) of Ar31-40 and Cl31-37 on carbon targets at energies of around 950 A MeV. The effective matter radii... 
C(31–37Cl, 31–37Cl) | measured | measured inelastic σ | deduced effective radii | interaction σ | C(31–40Ar, 31–40Ar) | E∼950 MeV/nucleon | 31–40Ar | 31–37Cl | Nuclear reactions | Proton skins for 32–40Ar | E similar to 950 MeV/nucleon | measured interaction sigma | PHYSICS, NUCLEAR | MATTER RADII | measured inelastic sigma | DENSITY | proton skins for Ar32-40 | C(Ar31-40,Ar31-40) | MEAN-FIELD THEORY | C((31-37) Cl,Cl31-37) | Ar31-40 and Cl31-37 deduced effective radii | NA ISOTOPES | LIGHT-NUCLEI
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20. Full Text Radii and Binding Energies in Oxygen Isotopes: A Challenge for Nuclear Forces
by Lapoux, V and Somà, V and Barbieri, C and Hergert, H and Holt, J.D and Stroberg, S.R
Physical Review Letters, ISSN 0031-9007, 07/2016, Volume 117, Issue 5, p. 052501
We present a systematic study of both nuclear radii and binding energies in (even) oxygen isotopes from the valley of stability to the neutron drip line. Both... 
EFFECTIVE-FIELD THEORY | MATTER | ELASTIC ELECTRON-SCATTERING | STATES | PHYSICS, MULTIDISCIPLINARY | PROTON | LIGHT-NUCLEI | State of the art | Reproduction | Mathematical analysis | Binding energy | Charge | Binding energy (nuclear) | Oxygen isotopes | Nuclear interactions | Nuclear Experiment | Physics
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