K. Liu and J. Wu, Reducing adhesion energy of micro-relay electrodes
by ion beam synthesized oxide nanolayers, APL Materials, vol.
Not exact matches
By using this high - power laser, it is now possible to generate all of the high - energy quantum
beams (electrons,
ions, gamma ray, neutron, positron).
In the latest work, carried out
by physicist Kilian Singer of the University of Mainz in Germany and colleagues, the calcium
ion doubles as both the working medium and the piston; electrical noise provides the hot bath, and a laser
beam the cold bath.
«Droplet explosion
by shock waves, relevant to nuclear medicine:
Ion beam cancer therapy could be improved if ion - induced shock waves are discovered.&raq
Ion beam cancer therapy could be improved if
ion - induced shock waves are discovered.&raq
ion - induced shock waves are discovered.»
Accompanying the
beam extraction, the spatial flow distribution of the negative hydrogen
ions was investigated
by measuring the flow of negative hydrogen
ions with the use of a compound - type electrostatic probe with four needle - type electrodes irradiated
by laser pulse.
By applying the method developed in this research, measurement of the negative
ion flow at places still closer to the plasma electrode is possible for clarifying more detailed mechanism of the negative
ions extracted as a
beam.
This is a cross-sectional scanning electron microscopy images of a 750 nm period grating fabricated
by focused
ion beam milling in a 300 nm thick amorphous germanium antimony telluride film on silica.
It will focus the
ion beam to ensure that the area being drilled
by ions is eroded uniformly.
By varying the target geometry and laser properties, scientists could find optimal regimes to accelerate high quality, directed
ion beams that are currently studied in accompanying experiments.
The use of intermediate size nuclei is expected to result in intermediate energy density - not as high as in earlier runs colliding two
beams of gold
ions at the Relativistic Heavy
Ion Collider (RHIC), but more than was produced
by colliding a
beam of gold
ions with much lighter deuterons.
The team envisions integration across scales
by integrating images from different sources, such as light microscopes, focused
ion beam scanning electron microscopes (FIBSEM), and TEM.
Researchers produce such heating
by aiming microwaves at the electrons gyrating around magnetic field lines — a process that increases the thermal energy of the electrons, transfers it to the
ions through collisions, and supplements the heating of the
ions by neutral
beam injection.
«Thanks to a new focused -
ion beam sectioning system recently obtained
by McGill's Facility for Electron Microscopy Research, we were able to accurately and thinly cut the sample and image the interior of the shell.»
Growing interest in research using
beams of short - lived radioactive
ions led to another reconfiguration of the facility, with the ORIC serving as a driver accelerator to produce radioactive
ion species that were then injected into and accelerated
by the 25 - MV tandem.
When the charged
beam reaches the end of the linac, eponymous «neutralized drift compression» takes over: plasma is injected to neutralize the
ion beam; the
ion bunches are squeezed radially
by magnetic fields while the tails of the bunches are allowed to catch up to their heads, forming a compact, focused
beam at the precise moment it hits the target.
Berkeley Lab's inertial fusion energy research has emphasized
ion beams — focused
by magnetic fields, not materials like glass, and accelerated
by induction accelerators.
The
ion concentration in SKY was estimated based on the energy provided
by the electron
beam, and the sulphuric acid concentration was estimated based on production and loss rates.