Find Research outputs

2020

Potential Splitting Approach for Atomic and Molecular Systems

Yarevsky, E., Yakovlev, S. L., Elander, N. & Larson, Å., 2020, Recent Progress in Few-Body Physics : Conference proceedings FB22 2018. Orr, N. A., Ploszajczak, M., Marqués, F. M. & Carbonell, J. (eds.). Cham: Springer Nature, p. 61-65 (Springer Proceedings in Physics; vol. 238).

Research output › › peer-review

Open Access

2017

Potential splitting approach to e-H and e-He${}^+$ scattering

Yarevsky, E., Yakovlev, S. & Elander, N., 2017, In : Journal of Physics B: Atomic, Molecular and Optical Physics. 50, 5, 055001.

Research output

3 Citations (Scopus)

2015

Potential splitting approach to the three-body Coulomb scattering problem

Volkov, M. V., Yarevsky, E. A. & Yakovlev, S. L., 2015, In : Europhysics Letters. 110, 6 p.

Research output

7 Citations (Scopus)

2019

High resolution calculations of low energy scattering in e−e+p¯ and e+e−He++ systems via Faddeev–Merkuriev equations

Gradusov, V. A., Roudnev, V. A., Yarevsky, E. A. & Yakovlev, S. L., 2019, In : Journal of Physics B: Atomic, Molecular and Optical Physics. 52, 5, 055202.

Research output

1 Citation (Scopus)

2018

Potential Splitting Approach for Faddeev-Merkuriev Equations: Application to e−− H ¯ (e+−H) and e+−He+ Multichannel Scattering.

Яковлев, С. Л., Градусов, В. А., Руднев, В. А. & Яревский, Е. А., 2018.

Research output

2019

Ab initio scattering calculation in three-body Coulomb systems: e⁺-H, e^--H and e⁺-He⁺

Gradusov, V. A., Roudnev, V. A., Yarevsky, E. A. & Yakovlev, S. L., 2019, Nuclear Theory in the Supercomputing Era – 2018 (NTSE-2018): International Conference. Proceedings. Shirokov, A. M. & Mazur, A. I. (eds.). Khabarovsk: Тихоокеанский государственный университет , p. 137-149

Research output

2015

Potential splitting approach to the three-body Coulomb scattering problem

Яковлев, С. Л., Яревский, Е. А. & Волков, М. В., 2015, In : Europhysics Letters. 110, 30006.

Research output

2014

On the Scattering of the Electron off the Hydrogen Atom and the Helium Ion Below and Above the Ionization Threshold: Temkin–Poet Model

Yarevsky, E., Yakovlev, S. L., Elander, N. & Volkov, M. V., 2014, In : Few-Body Systems. 55, 8-10, p. 1057-1058

Research output

4 Citations (Scopus)

2015

Resonance states of 12C nucleus in the 3alpha-particle model framework

Gradusov, V. A. & Yarevsky, E. A., 2015, p. 236.

Research output

Potential splitting approach applied to the Temkin-Poet model for electron scattering off the hydrogen atom and the helium ion

Yarevsky, E., Yakovlev, S. L., Larson, A. & Elander, N., 2015, In : Journal of Physics B: Atomic, Molecular and Optical Physics. 48, 8 p., 115002 .

Research output

11 Citations (Scopus)

2020

Study of Helium and Lithium Atomic Systems with the Discrete Variable Representations

Timoshenko, V. & Yarevsky, E., 2020, Recent Progress in Few-Body Physics : Proceedings of the 22nd International Conference on Few-Body Problems in Physics. Orr, N. A., Marqués, F. M., Ploszajczak, M. & Carbonell, J. (eds.). Springer Nature, p. 57-60 (Springer Proceedings in Physics; vol. 238).

Research output › › peer-review

2013

Investigation of Scattering Processes in Quantum Few-Body Systems Involving Long-Range Interaction by The Complex-Rotation Method

Volkov, M. V., Elander, N., Yakovlev, S. L. & Yarevsky, E. A., 2013, In : Physics of Atomic Nuclei. 76, 2, p. 188-195

Research output

1 Citation (Scopus)

2017

Potential Splitting Approach to Positron Scattering Off the Hydrogen Atom and the Positive Helium Ion

Belov, P. A., Gradusov, V. A., Volkov, M. V., Yakovlev, S. L. & Yarevsky, E. A., 2017, In : Few-Body Systems. 58, p. 114

Research output

2 Citations (Scopus)

2020

Discrete Variable Representation method in the study of few-body quantum systems with a low binding energy

Яревский, Е. А. & Тимошенко, В. А., 2020, p. 44.

Research output

File

1 Downloads (Pure)

2015

Adiabatic versus diabatic approach to multichannel Coulomb scattering for mutual neutralisation reaction H+ + H- -> H2* --> H(1) + H(n)

Volkov, M. V., Yakovlev, S. L., Yarevsky, E. A. & Elander, N., 2015, In : Chemical Physics. 462, 8 p.

Research output

2 Citations (Scopus)

2012

Parallel Numerical Calculations of Quantum Trimer Systems

Yarevsky, E., 2012, In : Lecture Notes in Computer Science. 7125, p. 290-295

Research output

2 Citations (Scopus)

2015

Potential splitting approach to the three-body Coulomb scattering problem

Volkov, M. V., Yarevsky, E. A. & Yakovlev, S. L., 2015, p. 242.

Research output

2011

Potential splitting approach to multichannel Coulomb scattering: the driven Schrödinger equation formulation

Volkov, M. V., Yakovlev, S. L., Yarevsky, E. A. & Elander, N., 2011, In : Physical Review A - Atomic, Molecular, and Optical Physics. 83, 3, p. 032722_1-12

Research output

15 Citations (Scopus)

2015

Scattering problem and resonances for three-body Coulomb quantum systems: parallel calculations

Yarevsky, E., 2015, p. 88.

Research output

2013

Изучение процессов рассеяния в малочастичных квантовых системах с дальнодействующими взаимодействиями с помощью метода комплексного вращения

Волков, М. В., Эландер, Н., Яковлев, С. Л. & Яревский, Е. А., 2013, In : ЯДЕРНАЯ ФИЗИКА. 76, 2, p. 216–223

Research output

2018

A Study of Bound States of Systems of Helium and Lithium Using the Method of Discrete-Variable Representation

Timoshenko, V. A. & Yarevskii, E. A., 1 Apr 2018, In : Optics and Spectroscopy (English translation of Optika i Spektroskopiya). 124, 4, p. 468-471 4 p.

Research output

2020

Potential Splitting Approach for Faddeev-Merkuriev Equations: Application to e−− H ¯ (e+−H) and e+−He+ Multichannel Scattering.

Gradusov, V. A., Roudnev, V. A., Yarevsky, E. A. & Yakovlev, S. L., 2020, Recent Progress in Few-Body Physics : Conference proceedings FB22 2018. Orr, N. A., Ploszajczak, M., Marqués, F. M. & Carbonell, J. (eds.). Cham: Springer Nature, Vol. 238. p. 25-28 (Springer Proceedings in Physics; vol. 238).

Research output

Open Access

2018

1 Citation (Scopus)

2020

Potential Splitting Approach for Faddeev-Merkuriev Equations: Application to (formula presented) ((formula presented)H) and (formula presented)He(formula presented) Multichannel Scattering

Gradusov, V. A., Roudnev, V. A., Yarevsky, E. A. & Yakovlev, S. L., Jan 2020, Recent Progress in Few-Body Physics : Proceedings of the 22nd International Conference on Few-Body Problems in Physics, FB22 2018. Orr, N. A., Marqués, F. M., Ploszajczak, M. & Carbonell, J. (eds.). Springer Nature, p. 25-28 4 p. (Springer Proceedings in Physics; vol. 238).

Research output › › peer-review

Filters for Research output

Potential Splitting Approach for Atomic and Molecular Systems

Potential splitting approach to e-H and e-He${}^+$ scattering

Potential splitting approach to the three-body Coulomb scattering problem

High resolution calculations of low energy scattering in e−e+p¯ and e+e−He++ systems via Faddeev–Merkuriev equations

Potential Splitting Approach for Faddeev-Merkuriev Equations: Application to e−− H ¯ (e+−H) and e+−He+ Multichannel Scattering.

Ab initio scattering calculation in three-body Coulomb systems: e⁺-H, e^--H and e⁺-He⁺

Potential splitting approach to the three-body Coulomb scattering problem

On the Scattering of the Electron off the Hydrogen Atom and the Helium Ion Below and Above the Ionization Threshold: Temkin–Poet Model

Resonance states of 12C nucleus in the 3alpha-particle model framework

Potential splitting approach applied to the Temkin-Poet model for electron scattering off the hydrogen atom and the helium ion

Study of Helium and Lithium Atomic Systems with the Discrete Variable Representations

Investigation of Scattering Processes in Quantum Few-Body Systems Involving Long-Range Interaction by The Complex-Rotation Method

Potential Splitting Approach to Positron Scattering Off the Hydrogen Atom and the Positive Helium Ion

Discrete Variable Representation method in the study of few-body quantum systems with a low binding energy

Adiabatic versus diabatic approach to multichannel Coulomb scattering for mutual neutralisation reaction H+ + H- -> H2* --> H(1) + H(n)

Parallel Numerical Calculations of Quantum Trimer Systems

Potential splitting approach to the three-body Coulomb scattering problem

Potential splitting approach to multichannel Coulomb scattering: the driven Schrödinger equation formulation

Scattering problem and resonances for three-body Coulomb quantum systems: parallel calculations

Изучение процессов рассеяния в малочастичных квантовых системах с дальнодействующими взаимодействиями с помощью метода комплексного вращения

A Study of Bound States of Systems of Helium and Lithium Using the Method of Discrete-Variable Representation

Potential Splitting Approach for Faddeev-Merkuriev Equations: Application to e−− H ¯ (e+−H) and e+−He+ Multichannel Scattering.

Об асимптотическом решении многоканальной задачи рассеяния с неадиабатической связью каналов

Ab initio scattering calculation in three-bodyCoulomb systems: e- - H (e+ - H) and e+ - He+

ASYMPTOTIC SOLUTION OF A MULTICHANNEL SCATTERING PROBLEM WITH A NONADIABATIC COUPLING

Potential Splitting Approach for Faddeev-Merkuriev Equations: Application to (formula presented) ((formula presented)H) and (formula presented)He(formula presented) Multichannel Scattering

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