1. Nonlocality effects on spin-one pairing patterns in two-flavor color superconducting quark matter and compact star applications

   • D. N. Aguilera
   • D. B. Blaschke

   Physics of Elementary Particles and Nuclei. Theory Pages: 205 - 212

2. Explicit solution of the Kepler equation

   • A. E. Dubinov
   • I. N. Galidakis

   Physics of Elementary Particles and Nuclei. Theory Pages: 213 - 216

3. Fractal diffusion processes in particle physics

   • A. V. Moiseenko
   • F. M. Sergeev

   Physics of Elementary Particles and Nuclei. Theory Pages: 217 - 222

4. Parametrization of a nonlocal chiral quark model in the instantaneous three-flavor case. Basic formulas and tables

   • H. Grigorian

   Physics of Elementary Particles and Nuclei. Theory Pages: 223 - 231

5. Euler-Heisenberg-Schwinger Lagrangian for nonadiabatically varying fields

   • A. V. Zayakin

   Physics of Elementary Particles and Nuclei. Theory Pages: 232 - 238

6. On the Lorentz group SO(3,1), geometrical supersymmetric action for particles and square-root operators II. Squeezed states and relativistic wave equations

   • D. J. Cirilo-Lombardo

   Physics of Elementary Particles and Nuclei. Theory Pages: 239 - 244

7. Evolution of intranuclear collisions at intermediate energies

   • A. Polański
   • B. Słowiński
   • A. Wojciechowski

   Physics of Elementary Particles and Nuclei. Theory Pages: 245 - 252

8. Study of the anode self-trigger ability of the ME1/1 CMS Endcap Cathode Strip Chamber

   • I. A. Golutvin
   • N. V. Gorbunov
   • A. V. Zarubin

   Methods of Physical Experiment Pages: 253 - 257

9. Schematic diagram and calculation of the magnetic analyzer of electrons for investigations in relativistic atomic physics with internal targets of the Nuclotron

   • A. S. Artemov
   • S. V. Afanas’ev
   • N. I. Tarantin

   Methods of Physical Experiment Pages: 258 - 262

10. Target position monitor for the internal target station at the Nuclotron

    • Yu. V. Gurchin
    • V. A. Krasnov
    • T. A. Vasiliev

    Methods of Physical Experiment Pages: 263 - 267

11. Application of the Monte Carlo method with overlapping beam-monitor-triggered events in NA-48 experiment

    • D. T. Madigozhin

    Computer Methods in Physics Pages: 268 - 280