The success of new scientific areas can be assessed by their potential for contributing to new theoretical approaches and in applications to real-world problems. Complex networks have fared extremely well in both of these aspects, with their sound theoretical basis developed over the years and with a variety of applications. In this survey, we analyze the applications of complex networks to real-world problems and data, with emphasis in representation, analysis and modeling, after an introduction to the main concepts and models. A diversity of phenomena are surveyed, which may be classified into no less than 22 areas, providing a clear indication of the impact of the field of complex networks.

Analyzing and Modeling Real-World Phenomena with Complex Networks: A Survey of Applications

The success of new scientific areas can be assessed by their potential in contributing to new theoretical approaches and in applications to real-world problems. Complex networks have fared extremely well in both of these aspects, with their sound theoretical basis being developed over the years and with a variety of applications. In this survey, we analyze the applications of complex networks to real-world problems and data, with emphasis in representation, analysis and modeling. A diversity of phenomena are surveyed, which may be classified into no less than 11 areas, providing a clear indication of the impact of the field of complex networks.

Analyzing and modeling real-world phenomena with complex networks: a survey of applications

A ‘year-2001’ set of nuclear quadrupole moments, Q, is presented. Compared to the previous, ‘year-1992’ set, a major revision of the value or a considerable improvement of the accuracy is reported for 6 3Li, 7N, 19 9F (197 keV, I = 5/2), 11Na, 13Al, 21Sc, 22Ti, 26Fe (14 keV, I = 3/2 Mossbauer state), 31Ga, 32Ge, 77 34Se (250 keV, I = 5/2 state), 35Br, 36Kr, 37Rb, 39Y, 40Zr, 100 45Rh, 50Sn (24 keV, I = Mossbauer state), 53I, 54Xe, 55Cs and 83Bi.

Spectroscopic nuclear quadrupole moments

Applications of Radiolabeled Boron Clusters to the Diagnosis and Treatment of Cancer

Production of energetic particles in heavy ion collisions

A high-resolution von Hamos Bragg crystal X-ray spectrometer is described. The instrument was designed for the study of X-ray emission from low-Z elements and L X-ray spectra of medium to high Z targets induced by photon and particle impact. The construction details and operational characteristics of the spectrometer are presented along with the data illustrating the utility of this facility in different areas of research in atomic physics.

High-resolution von hamos crystal x-ray spectrometer

Systematic study of the mixed ground-state and “intruder” bands in 110, 112, 114Cd

https://www3.nd.edu/~sfrauend/A100tidaldata/ru/systNPA593,21(95).pdf

J. Kern

Papers

High-resolution von hamos crystal x-ray spectrometer

Systematic study of the mixed ground-state and “intruder” bands in 110, 112, 114Cd

Search for nuclei exhibiting the U(5) dynamical symmetry

The 112Cd nucleus: A laboratory for the study of collective excitations

Study of 110Cd by the 108Pd(α, 2nγ) reaction