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the european physical journal a

ISSN 1434-601X· EN

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36.8 / 100
Journament Score
Poor
Ranked #5,265 of 29,298 scored journals (34,028 indexed)
19 Articles
Scores higher than 82% of scored journals
050100
The Journament Score is computed from platform statistics — reader engagement, accessibility, publication timeliness, keyword breadth, community impact and content distribution — into a single 0–100 figure, recalculated as new articles and metadata are indexed. Dimensions that cannot be measured for this journal are excluded rather than estimated. It is independent of the paid AI Quality Analysis, which never affects this score or the ranking. Full methodology →

About This Journal

Short Name the european physical journal a
Abbreviated Name eur phys j a
ISSN 1434-601X

Quality Profile

6 of 12 dimensions measured
Engagement 30.4
Timeliness 0.0
Diversity 38.9
Innovation 70.0
Community Impact 4.3
Content Distribution 69.8
This journal Average of scored journals
Platform statistics — the free Journament Score AI Quality Analysis — separate paid product, ranks nothing

6 of the 12 dimensions could not be measured for this journal. They are left out entirely rather than plotted as zero, and with 6 dimensions measured there is not enough of a profile to draw as a shape.

Show the numbers
Dimension This journal Corpus average
Engagement 30.4 30.5
Accessibility — 23.0
Timeliness 0.0 3.0
Diversity 38.9 25.9
Innovation 70.0 24.1
Community Impact 4.3 6.0
Content Distribution 69.8 89.5
Content Quality — 55.1
Ethics & Transparency — 40.5
Editorial Standards — 33.0
Publication Regularity — 52.9
Geographic Reach — 30.4

Publications Per Year

Articles (19)

2011
Improved characteristics of the 22.5 keV (M1 + E2) nuclear transition in 149 Sm
A. Kh. Inoyatov;D. V. Filosofov;V. M. Gorozhankin;A. Kovalık;I. Adam;L. L. Perevoshchikov;M. Ryšavý;A. Kh. Inoyatov;D. V. Filosofov;V. M. Gorozhankin;A. Kovalık;I. Adam;L. L. Perevoshchikov;M. Ryšavý;
Vol. 47 , No. 5 , pp. 1-6
423 views DOI Abstract
2011
pp and ππ intensity interferometry in collisions of Ar+KCl at 1.76A GeV
G. Agakishiev,the Hades collaboration,A. Balanda,B. Bannier,R. Bassini,Daniel Belver,A. V. Belyaev,A. Blanco,M. Böhmer,J. L. Boyard,P. Cabanelas,E. Castro,S. Chernenko,T. Christ,Marco Giovanni Maria Destefanis,Jose Diaz,F. Dohrmann,A. Dybczak,T. Eberl,E. Epple,L. Fabbietti,O. V. Fateev,P. Finocchiaro,P. Fonte,J. Friese,I. Fröhlich,T. Galatyuk,J. A. Garzon,R. Gernhäuser,A. Gil,C. Gilardi,M. Golubeva,Diego Gonzalez Diaz,F. Guber,M. Gumberidze,M. Heilmann,T. Heinz,T. Hennino,R. Holzmann,P. Huck,I. Iori,A. Ivashkin,M. Jurkovic,B. Kämpfer,K. Kanaki,T. Karavicheva,D. Kirschner,I. Koenig,W. Koenig,B. W. Kolb,Roland Kotte,F. Krizek,R. Krücken,W. Kühn,A. Kugler,Alexey Kurepin,S. Lang,J. S. Lange,K. Lapidus,T. Liu,Luis Lopes,M. Lorenz,L. Maier,A. Mangiarotti,J. Markert,V. Metag,B. Michalska,J. Michel,D. Mishra,E. Morinière,J. Mousa,C. Muntz,L. Naumann,J. Otwinowski,Y. C. Pachmayer,M. Palka,Y. Parpottas,V. Pechenov,O. Pechenova,T. Perez Cavalcanti,J. Pietraszko,W. Przygoda,B. Ramstein,A. Reshetin,M. Roy-Stéphan,A. Rustamov,A. Sadovsky,B. Sailer,P. Salabura,A. Schmah,E. Schwab,J. Siebenson,Yu. G. Sobolev,S. Spataro,B. Spruck,H. Ströbele,J. Stroth,C. Sturm,A. Tarantola,K. Teilab,P. Tlustý,M. Traxler,R. Trebacz,H. Tsertos,V. Wagner,M. Weber,C. Wendisch,M. Wisniowski,T. Wojcik,J. Wüstenfeld,S. Yurevich,Y. V. Zanevsky,P. Zhou,P. Zumbruch;G. Agakishiev;the Hades collaboration;A. Balanda;B. Bannier;R. Bassini;Daniel Belver;A. V. Belyaev;A. Blanco;M. Böhmer;J. L. Boyard;P. Cabanelas;E. Castro;S. Chernenko;T. Christ;Marco Giovanni Maria Destefanis;Jose Diaz;F. Dohrmann;A. Dybczak;T. Eberl;E. Epple;L. Fabbietti;O. V. Fateev;P. Finocchiaro;P. Fonte;J. Friese;I. Fröhlich;T. Galatyuk;J. A. Garzon;R. Gernhäuser;A. Gil;C. Gilardi;M. Golubeva;Diego Gonzalez Diaz;F. Guber;M. Gumberidze;M. Heilmann;T. Heinz;T. Hennino;R. Holzmann;P. Huck;I. Iori;A. Ivashkin;M. Jurkovic;B. Kämpfer;K. Kanaki;T. Karavicheva;D. Kirschner;I. Koenig;W. Koenig;B. W. Kolb;Roland Kotte;F. Krizek;R. Krücken;W. Kühn;A. Kugler;Alexey Kurepin;S. Lang;J. S. Lange;K. Lapidus;T. Liu;Luis Lopes;M. Lorenz;L. Maier;A. Mangiarotti;J. Markert;V. Metag;B. Michalska;J. Michel;D. Mishra;E. Morinière;J. Mousa;C. Muntz;L. Naumann;J. Otwinowski;Y. C. Pachmayer;M. Palka;Y. Parpottas;V. Pechenov;O. Pechenova;T. Perez Cavalcanti;J. Pietraszko;W. Przygoda;B. Ramstein;A. Reshetin;M. Roy-Stéphan;A. Rustamov;A. Sadovsky;B. Sailer;P. Salabura;A. Schmah;E. Schwab;J. Siebenson;Yu. G. Sobolev;S. Spataro;B. Spruck;H. Ströbele;J. Stroth;C. Sturm;A. Tarantola;K. Teilab;P. Tlustý;M. Traxler;R. Trebacz;H. Tsertos;V. Wagner;M. Weber;C. Wendisch;M. Wisniowski;T. Wojcik;J. Wüstenfeld;S. Yurevich;Y. V. Zanevsky;P. Zhou;P. Zumbruch;
Vol. 47 , No. 5 , pp. 63-
388 views DOI Abstract
2012
Precise energy of the 9.4 keV gamma transition observed in the 83Rb decay
M. Slezák;D. Vénos;O. Lebeda;T. Trojek;M. Slezák;D. Vénos;O. Lebeda;T. Trojek;
Vol. 48 , No. 2 , pp. 1-9
309 views DOI Abstract
1972
The energy of levels of45Sc up to 3 MeV from the44Ca (p, γ)45Sc reaction
P. Ekström,B. Erlandsson,A. Marcinkowski,J. Tillman;P. Ekström;B. Erlandsson;A. Marcinkowski;J. Tillman;
Vol. 252 , No. 3 , pp. 189-205
309 views DOI Abstract
2012
Precise energy of the 9.4 keV gamma transition observed in the 83Rb decay - The European Physical Journal A
Slezák, M.;Vénos, D.;Lebeda, O.;Trojek, T.;Slezák, M.;Vénos, D.;Lebeda, O.;Trojek, T.;
Vol. 48 , No. 2 , pp. 1-9
300 views DOI Abstract
2012
Precise energy of the 9.4 keV gamma transition observed in the 83 Rb decay
M. Slezák;D. Vénos;O. Lebeda;T. Trojek;M. Slezák;D. Vénos;O. Lebeda;T. Trojek;
Vol. 48 , No. 2 , pp. 1-9
295 views DOI Abstract
2006
Excited states in 31S studied via beta decay of 31Cl
Anu Kankainen,T. Eronen,S. P. Fox,H. O. U. Fynbo,U. Hager,J. Hakala,J. Huikari,D. G. Jenkins,Ari Jokinen,S. Kopecky,Iain Moore,A. Nieminen,H. Penttilä,Sami Rinta-Antila,Olof Tengblad,Y. Wang,J. Äystö;Anu Kankainen;T. Eronen;S. P. Fox;H. O. U. Fynbo;U. Hager;J. Hakala;J. Huikari;D. G. Jenkins;Ari Jokinen;S. Kopecky;Iain Moore;A. Nieminen;H. Penttilä;Sami Rinta-Antila;Olof Tengblad;Y. Wang;J. Äystö;
Vol. 27 , No. 1 , pp. 67-75
294 views DOI
2006
Mass measurements of neutron-deficient nuclides close to A = 80 with a Penning trap
Anu Kankainen,L. Batist,S. A. Eliseev,V. -V. Elomaa,Tommi Eronen,U. Hager,J. Hakala,Ari Jokinen,Iain Moore,Yu. N. Novikov,H. Penttilä,K. Peräjärvi,A. V. Popov,S. Rahaman,Sami Rinta-Antila,P. Ronkanen,A. Saastamoinen,D. M. Seliverstov,T. Sonoda,G. K. Vorobjev,J. Äystö;Anu Kankainen;L. Batist;S. A. Eliseev;V. -V. Elomaa;Tommi Eronen;U. Hager;J. Hakala;Ari Jokinen;Iain Moore;Yu. N. Novikov;H. Penttilä;K. Peräjärvi;A. V. Popov;S. Rahaman;Sami Rinta-Antila;P. Ronkanen;A. Saastamoinen;D. M. Seliverstov;T. Sonoda;G. K. Vorobjev;J. Äystö;
Vol. 29 , No. 3 , pp. 271-280
293 views DOI Abstract
2016
Excitation functions of parameters in Erlang distribution, Schwinger mechanism, and Tsallis statistics in RHIC BES program
Li-Na Gao,Fu-Hu Liu,Roy A. Lacey;Li-Na Gao;Fu-Hu Liu;Roy A. Lacey;
Vol. 52 , No. 5 , pp. 1-
286 views DOI Abstract
1991
Search for supermassive nuclei in nature
S. Polikanov,C. S. Sastri,G. Herrmann,M. Overbeck,N. Trautmann,A. Breskin,R. Chechik,Z. Fraenkel;S. Polikanov;C. S. Sastri;G. Herrmann;M. Overbeck;N. Trautmann;A. Breskin;R. Chechik;Z. Fraenkel;
Vol. 338 , No. 3 , pp. 357-361
271 views DOI Abstract
2021
Data blinding for the nEDM experiment at PSI
N. J. Ayres,G. Ban,G. Bison,K. Bodek,V. Bondar,E. Chanel,P.-J. Chiu,C. B. Crawford,M. Daum,S. Emmenegger,L. Ferraris-Bouchez,P. Flaux,Z. Grujić,P. G. Harris,N. Hild,J. Hommet,M. Kasprzak,Y. Kermaïdic,K. Kirch,S. Komposch,A. Kozela,J. Krempel,B. Lauss,T. Lefort,Y. Lemiere,A. Leredde,P. Mohanmurthy,A. Mtchedlishvili,O. Naviliat-Cuncic,D. Pais,F. M. Piegsa,G. Pignol,M. Rawlik,D. Rebreyend,I. Rienäcker,D. Ries,S. Roccia,D. Rozpedzik,P. Schmidt-Wellenburg,A. Schnabel,R. Virot,A. Weis,E. Wursten,J. Zejma,G. Zsigmond;N. J. Ayres;G. Ban;G. Bison;K. Bodek;V. Bondar;E. Chanel;P.-J. Chiu;C. B. Crawford;M. Daum;S. Emmenegger;L. Ferraris-Bouchez;P. Flaux;Z. Grujić;P. G. Harris;N. Hild;J. Hommet;M. Kasprzak;Y. Kermaïdic;K. Kirch;S. Komposch;A. Kozela;J. Krempel;B. Lauss;T. Lefort;Y. Lemiere;A. Leredde;P. Mohanmurthy;A. Mtchedlishvili;O. Naviliat-Cuncic;D. Pais;F. M. Piegsa;G. Pignol;M. Rawlik;D. Rebreyend;I. Rienäcker;D. Ries;S. Roccia;D. Rozpedzik;P. Schmidt-Wellenburg;A. Schnabel;R. Virot;A. Weis;E. Wursten;J. Zejma;G. Zsigmond;
Vol. 57 , No. 4 , pp. 1-13
262 views DOI Abstract
2016
Excitation functions of parameters in Erlang distribution, Schwinger mechanism, and Tsallis statistics in RHIC BES program
Li-Na Gao,Fu-Hu Liu,Roy A. Lacey;Li-Na Gao;Fu-Hu Liu;Roy A. Lacey;
Vol. 52 , No. 5 , pp. 1-
286 views DOI Abstract
2012
Precise energy of the 9.4 keV gamma transition observed in the 83Rb decay - The European Physical Journal A
Slezák, M.;Vénos, D.;Lebeda, O.;Trojek, T.;Slezák, M.;Vénos, D.;Lebeda, O.;Trojek, T.;
Vol. 48 , No. 2 , pp. 1-9
300 views DOI Abstract
2012
Precise energy of the 9.4 keV gamma transition observed in the 83Rb decay
M. Slezák;D. Vénos;O. Lebeda;T. Trojek;M. Slezák;D. Vénos;O. Lebeda;T. Trojek;
Vol. 48 , No. 2 , pp. 1-9
309 views DOI Abstract
2012
Precise energy of the 9.4 keV gamma transition observed in the 83 Rb decay
M. Slezák;D. Vénos;O. Lebeda;T. Trojek;M. Slezák;D. Vénos;O. Lebeda;T. Trojek;
Vol. 48 , No. 2 , pp. 1-9
295 views DOI Abstract
2012
Precise energy of the 9.4 keV gamma transition observed in the 83Rb decay
M. Slezák,D. Vénos,Ondřej Lebeda,T. Trojek;M. Slezák;D. Vénos;Ondřej Lebeda;T. Trojek;
Vol. 48 , No. 2 , pp. 1-9
204 views DOI
2011
pp and ππ intensity interferometry in collisions of Ar+KCl at 1.76A GeV
G. Agakishiev,the Hades collaboration,A. Balanda,B. Bannier,R. Bassini,Daniel Belver,A. V. Belyaev,A. Blanco,M. Böhmer,J. L. Boyard,P. Cabanelas,E. Castro,S. Chernenko,T. Christ,Marco Giovanni Maria Destefanis,Jose Diaz,F. Dohrmann,A. Dybczak,T. Eberl,E. Epple,L. Fabbietti,O. V. Fateev,P. Finocchiaro,P. Fonte,J. Friese,I. Fröhlich,T. Galatyuk,J. A. Garzon,R. Gernhäuser,A. Gil,C. Gilardi,M. Golubeva,Diego Gonzalez Diaz,F. Guber,M. Gumberidze,M. Heilmann,T. Heinz,T. Hennino,R. Holzmann,P. Huck,I. Iori,A. Ivashkin,M. Jurkovic,B. Kämpfer,K. Kanaki,T. Karavicheva,D. Kirschner,I. Koenig,W. Koenig,B. W. Kolb,Roland Kotte,F. Krizek,R. Krücken,W. Kühn,A. Kugler,Alexey Kurepin,S. Lang,J. S. Lange,K. Lapidus,T. Liu,Luis Lopes,M. Lorenz,L. Maier,A. Mangiarotti,J. Markert,V. Metag,B. Michalska,J. Michel,D. Mishra,E. Morinière,J. Mousa,C. Muntz,L. Naumann,J. Otwinowski,Y. C. Pachmayer,M. Palka,Y. Parpottas,V. Pechenov,O. Pechenova,T. Perez Cavalcanti,J. Pietraszko,W. Przygoda,B. Ramstein,A. Reshetin,M. Roy-Stéphan,A. Rustamov,A. Sadovsky,B. Sailer,P. Salabura,A. Schmah,E. Schwab,J. Siebenson,Yu. G. Sobolev,S. Spataro,B. Spruck,H. Ströbele,J. Stroth,C. Sturm,A. Tarantola,K. Teilab,P. Tlustý,M. Traxler,R. Trebacz,H. Tsertos,V. Wagner,M. Weber,C. Wendisch,M. Wisniowski,T. Wojcik,J. Wüstenfeld,S. Yurevich,Y. V. Zanevsky,P. Zhou,P. Zumbruch;G. Agakishiev;the Hades collaboration;A. Balanda;B. Bannier;R. Bassini;Daniel Belver;A. V. Belyaev;A. Blanco;M. Böhmer;J. L. Boyard;P. Cabanelas;E. Castro;S. Chernenko;T. Christ;Marco Giovanni Maria Destefanis;Jose Diaz;F. Dohrmann;A. Dybczak;T. Eberl;E. Epple;L. Fabbietti;O. V. Fateev;P. Finocchiaro;P. Fonte;J. Friese;I. Fröhlich;T. Galatyuk;J. A. Garzon;R. Gernhäuser;A. Gil;C. Gilardi;M. Golubeva;Diego Gonzalez Diaz;F. Guber;M. Gumberidze;M. Heilmann;T. Heinz;T. Hennino;R. Holzmann;P. Huck;I. Iori;A. Ivashkin;M. Jurkovic;B. Kämpfer;K. Kanaki;T. Karavicheva;D. Kirschner;I. Koenig;W. Koenig;B. W. Kolb;Roland Kotte;F. Krizek;R. Krücken;W. Kühn;A. Kugler;Alexey Kurepin;S. Lang;J. S. Lange;K. Lapidus;T. Liu;Luis Lopes;M. Lorenz;L. Maier;A. Mangiarotti;J. Markert;V. Metag;B. Michalska;J. Michel;D. Mishra;E. Morinière;J. Mousa;C. Muntz;L. Naumann;J. Otwinowski;Y. C. Pachmayer;M. Palka;Y. Parpottas;V. Pechenov;O. Pechenova;T. Perez Cavalcanti;J. Pietraszko;W. Przygoda;B. Ramstein;A. Reshetin;M. Roy-Stéphan;A. Rustamov;A. Sadovsky;B. Sailer;P. Salabura;A. Schmah;E. Schwab;J. Siebenson;Yu. G. Sobolev;S. Spataro;B. Spruck;H. Ströbele;J. Stroth;C. Sturm;A. Tarantola;K. Teilab;P. Tlustý;M. Traxler;R. Trebacz;H. Tsertos;V. Wagner;M. Weber;C. Wendisch;M. Wisniowski;T. Wojcik;J. Wüstenfeld;S. Yurevich;Y. V. Zanevsky;P. Zhou;P. Zumbruch;
Vol. 47 , No. 5 , pp. 63-
388 views DOI Abstract
2011
Experimental investigation of ligand effects on the conversion electron spectrum of the 22.5 keV M1 + E2 nuclear transition in 149Sm
A. Kh. Inoyatov,L. L. Perevoshchikov,A. Kovalik,O. Dragoun,D. V. Filosofov;A. Kh. Inoyatov;L. L. Perevoshchikov;A. Kovalik;O. Dragoun;D. V. Filosofov;
Vol. 47 , No. 7 , pp. 1-
243 views DOI
2011
Improved characteristics of the 22.5 keV (M1 + E2) nuclear transition in 149Sm
A. Kh. Inoyatov,D. V. Filosofov,V. M. Gorozhankin,A. Kovalik,I. Adam,L. L. Perevoshchikov,M. Ryšavý,A. Kovalık;A. Kh. Inoyatov;D. V. Filosofov;V. M. Gorozhankin;A. Kovalik;I. Adam;L. L. Perevoshchikov;M. Ryšavý;A. Kovalık;
Vol. 47 , No. 5 , pp. 1-6
203 views DOI
2011
Improved characteristics of the 22.5 keV (M1 + E2) nuclear transition in 149 Sm
A. Kh. Inoyatov;D. V. Filosofov;V. M. Gorozhankin;A. Kovalık;I. Adam;L. L. Perevoshchikov;M. Ryšavý;A. Kh. Inoyatov;D. V. Filosofov;V. M. Gorozhankin;A. Kovalık;I. Adam;L. L. Perevoshchikov;M. Ryšavý;
Vol. 47 , No. 5 , pp. 1-6
423 views DOI Abstract
Journament Score
36.8/100 · Poor
Ranked #5,265 of 29,298 scored
(34,028 journals indexed)
Platform Statistics
AI Quality Analysis
Separate paid analysis — does not affect ranking.
Journament

Overall Quality Score

36.8/100

Tier: Poor

The Journament Overall Quality Score is a comprehensive metric that evaluates academic journals across multiple dimensions including engagement, accessibility, diversity, innovation, and community impact.

This score helps researchers, institutions, and publishers understand the holistic quality and impact of a journal beyond traditional metrics.

Engagement Score

30.4/100

Measures user interactions, views, citations, and community involvement with this journal's content.

Higher engagement scores indicate that the journal's content is actively being read, cited, and discussed within the academic community.

Accessibility Score

Not yet measured

Evaluates how easily researchers can access journal content, including open access availability, ISSN registration, and indexing.

This metric considers factors such as paywalls, open access policies, and availability across different academic databases and search engines.

Diversity Score

38.9/100

Assesses geographic and institutional diversity of authors, editorial board composition, and topic breadth.

A diverse journal publishes work from various geographic regions, institutions, and covers a broad range of topics within its field.

Innovation Score

70.0/100

Evaluates research novelty, interdisciplinary work, and emerging topics based on AI analysis of article abstracts.

This score reflects how much the journal publishes cutting-edge research, explores new methodologies, and bridges different academic disciplines.

Community Impact Score

4.3/100

Measures scholarly contribution and real-world applications of published research.

This metric evaluates how the journal's research translates into practical applications, policy changes, and benefits to society beyond academia.

Timeliness Score

0.0/100

Evaluates recent publication activity, publication frequency, and currency of research topics.

Higher scores indicate consistent publishing schedules and timely coverage of current research trends.

Content Distribution

69.8/100

Measures how evenly reader attention spreads across the journal's articles, using the Gini coefficient of article clicks.

Higher scores mean readership is distributed across many articles rather than concentrated on one or two.

Ethics & Transparency Score

Not yet measured

Research Integrity (10% weight)

Assesses COPE standards compliance, ethical considerations in research, transparency in methodologies, and reproducibility practices.

This metric ensures the journal maintains high ethical standards and promotes transparent, trustworthy research.

Content Quality Score

Not yet measured

Academic Rigor (20% weight) + Methodology Quality (12%)

Evaluates research methodology soundness, statistical rigor, theoretical framework strength, appropriateness of research methods, data quality, and clarity & readability.

This comprehensive metric ensures published research meets the highest academic standards.

Editorial Diversity Score

Not yet measured

Author Diversity + Interdisciplinary Value (8%)

Measures geographic diversity of authors, institutional variety, editorial board composition, and cross-disciplinary connections.

Diverse editorial teams bring varied perspectives and reduce bias in academic publishing.

Publication Regularity Score

Not yet measured

Assesses consistency of publication schedule, frequency stability, and predictable output patterns.

Regular publication schedules indicate reliable journal operations and consistent workflow management.

Geographic Reach Score

Not yet measured

Evaluates international author representation, global readership distribution, and cross-border research collaboration.

Wide geographic reach indicates global impact and international recognition of the journal's research.