We utilize a Fourier transformation-based representation of Maxwell's equations to develop
physics-constrained neural networks for electrodynamics without gauge ambiguity, which …

We present a physics-constrained neural network (PCNN) approach to solving Maxwell's
equations for the electromagnetic fields of intense relativistic charged particle beams. We …

The transverse injection painting scheme is widely adopted in many high-intensity hadron
synchrotrons to alleviate space charge effects. As a common issue in such schemes …

Second order coherent oscillation modes in intense particle beams play an important role for
beam stability in linear or circular accelerators. In addition to the well-known second order …

We present a method to measure and reconstruct the full 4D transverse phase space of a
particle beam. The method assumes that it is possible to freely and independently rotate the …

The envelope instability is a second order parametric resonance with the periodic focusing
and known to appear in space charge dominated beams near 90 phase advance per …

The envelope instability near the 90° phase advance in periodically focused space charge
dominated beams is a well-known phenomenon in linear transport sections or linacs. The …

In this paper we present a comprehensive analysis of the self-consistent, collective behavior
associated with the space-charge-driven (Montague) coupling resonance near 2 Q x-2 Q y …

Direct Coulomb forces play an important role in beam transport and storage. In this paper,
the effect of space charge in beams stored in circular machines is reviewed. Starting from …

A new design method—Matched and equipartitioned (EP) design method—has been
proposed for radio frequency quadrupole (RFQ) dynamics design, on the considerations of …