Dynamic estimation of emittance growth with tune depression and nonlinear field energy factor during longitudinal bunch compression for heavy ion inertial fusion driver

In general, the radial matched beam is according to an equilibrium condition, and depends on the radial (transverse) confinement force and the ratio of repulsion forces between the space charge potential and the thermal pressure [1-3]. During longitudinal bunch compression, parameters of charged particle beams are changed, and the beam current is also increased due to the increase of the charge density..

Dynamic estimation of emittance growth with tune depression and nonlinear field energy factor during longitudinal bunch compression for heavy ion inertial fusion driver

In general, the radial matched beam is according to an equilibrium condition, and depends on the radial (transverse) confinement force and the ratio of repulsion forces between the space charge potential and the thermal pressure [1-3]. During longitudinal bunch compression, parameters of charged particle beams are changed, and the beam current is also increased due to the increase of the charge density..

A Quantum Beam Driver for the Future Inertial Fusion

Several heavy ion drivers for the inertial fusion have been proposed in Europe and US based on the existing the RF technology and the linear induction linac technology, though their concepts don’t still achieve the reality in a gigantic large scale. Developing accelerator technology may allow a compact and relatively cheap quantum beam driver for the future inertial fusion as an alternative scheme..

A Quantum Beam Driver for the Future Inertial Fusion

Several heavy ion drivers for the inertial fusion have been proposed in Europe and US based on the existing the RF technology and the linear induction linac technology, though their concepts don’t still achieve the reality in a gigantic large scale. Developing accelerator technology may allow a compact and relatively cheap quantum beam driver for the future inertial fusion as an alternative scheme..

The Impact of a Failed Coup d’État on Happiness, Life Satisfaction, and Trust: The Case of the Plot in Turkey on July 15, 2016

This paper examines the impact of the failed coup d’état attempt in Turkey on July 15, 2016, on people’s happiness, life satisfaction, and trust and finds that the plot had a significant negative effect on all three variables. This paper is the first to show that coups d’état can have a significant adverse effect on people’s well-being, as in the case of terrorist attacks