EPJ

a
b
c
d
e
ap
st
h
plus
ds
pv
ti
qt
am
n

woc
rnc

Distinguished EPJ Referees

Authors & Readers

Submission
- EPJ A
- EPJ B
- EPJ C
- EPJ D
- EPJ E
- EPJ AP
- EPJ ST
- EPJ H
- EPJ PLUS
- EPJ DS
- EPJ PV
- EPJ TI
- EPJ QT
- EPJ AM
- EPJ N
- EPJ WOC
LaTeX Macros
- EPJ A
- EPJ B
- EPJ C
- EPJ D
- EPJ E
- EPJ AP
- EPJ ST
- EPJ H
- EPJ PLUS
- EPJ DS
- EPJ TI
- EPJ QT
- EPJ WOC
TOC alert
- EPJ A
- EPJ B
- EPJ C
- EPJ D
- EPJ E
- EPJ AP
- EPJ ST
- EPJ H
- EPJ PLUS
- EPJ DS
- EPJ PV
- EPJ TI
- EPJ QT
- EPJ AM
- EPJ N
- EPJ WOC
RSS feeds
Permission Requests
Policy on Publishing Integrity
FAQ
Videos presenting EPJ

Follow @EPJscience

Download citation

Publisher Erratum: Physical design of a high-intensity compact D–D/D–T neutron generator based on the internal antenna RF ion source

X. H. Bai, Z. Wei, K. Wu, S. Y. Zhang, P. Q. Zhang, Y. N. Han, M. Li, J. Y. Wang, Z. Y. Wei, Z. E. Yao, J. R. Wang and Y. Zhang

Eur. Phys. J. A, 60 2 (2024) 23

DOI: https://doi.org/10.1140/epja/s10050-023-01211-4

Back to the article

Topical Collections

Open calls for papers

EPJ AM Call for papers: Themed Issue on Global Advances in Electromagnetic Metasurfaces for Space
(EPJ AM)

Call for papers : Special Issue on Imaging, Diffraction, and Spectroscopy on the micro/nanoscale
(EPJ AP)

EPJ B Topical Issue: Phase Transitions and Magnetism in Spin Systems
(EPJ B)

EPJ C Topical Collection on String theory predictions for astroparticle and collider physics, and beyond
(EPJ C)

EPJD Topical Issue : Exploring Dissociative Electron Attachment Processes
(EPJ D)

EPJ E Topical Issue: Transport phenomena in multicomponent fluids under external fields
(EPJ E)

EPJ Plus Focus Point Issue: The Physics of Cancer II: Novel Models and Benchmarking Data
(EPJ PLUS)

EPJ Quantum Technology - Open Calls for Papers
(EPJ QT)

EPJ ST Special Issue: The Physics, Simulations, Designs, and Applications of Particle Colliders: CEPC, FCC, and Other Future Colliders
(EPJ ST)

EPJ Techniques and Instrumentation - Open Calls for Papers
(EPJ TI)