The emittance is an important characteristic of propagating charged particle beams,
because it allows the prediction of focus size and beam losses. After introducing the concept …

4, 859, 908 A 8/1989 Yoshida et al. 4, 870, 284 A 9/1989 Hashimoto et al. 4, 886, 969 A
12/1989 Knauer 4, 935, 623 A 6/1990 Knauer 5, 008, 537 A 4/1991 Toita et al. 5, 019, 712 A …

An inductively coupled plasma Source for a focused charged particle beam system includes
a dielectric liquid that insulates and cools the plasma chamber. A flow restrictor at an electri …

An inductively-coupled plasma source for a focused charged particle beam system includes
a conductive shield that provides improved electrical isolation and reduced capacitive RF …

HOI. 37/08(2006.01)(57) ABSTRACT HOI. 37/32(2006.01) An inductively-coupled plasma
Source for a focused charged H05H I/28(2006.01) particle beam system includes a …

The US Spallation Neutron Source (SNS) has recently begun producing neutrons and is
currently on track to becoming a world‐leading facility for material science based on neutron …

Increasing the ion beam current and/or the beam duty factor are normally the most cost-
effective solutions for increasing the production rate of accelerator facilities. Accordingly …

The Spallation Neutron Source (SNS) at ORNL currently is being upgraded from 1.0 GeV to
1.3 GeV. Several water-cooled magnets should be upgraded to transport 30% of higher …

The Spallation Neutron Source (SNS) accelerator delivers a one mega-Watt beam to a
mercury target to produce neutrons used for neutron scattering materials research. It …

The beam power of the Linac for the Second Target Station (STS) at the Spallation Neutron
Source (SNS) will be doubled to 2.8 MW. For the energy upgrade, seven additional …