They target future high intensity research applications at modern neutron sources.
The CASCADE detector system described herein is designed for high intensity neutron applications with high demands on the dynamical range, contrast as well as background.
This population recovery from the dark states of some common fluorophores can be effected with exceedingly high intensity (MW/cm), application-limiting, red-shifted secondary excitation.
In view of the high peak power of these pulse lasers, combined with the risk of damaging the specimen under illumination with high intensity, the application of these nonlinear microscopy techniques remains in the field of pre-clinical research.
Various clinical applications of high intensity focused ultrasound (HIFU) have different requirements on the pressure level and degree of nonlinear waveform distortion at the focus.
Ultrasound has recently moved into therapeutic applications with high intensity focused ultrasound (HIFU) and microbubble assisted delivery of drugs and genes showing great promise.
There is an increasing interest in the application of high intensity ultrasound as an advanced oxidation technique.
Application of high intensity focused ultrasound can be beneficial to achieve this goal via the cavitation process.
These results suggest that further performance improvement can be achieved with improved fuel mixture preparation prior to the ignition of fuel at higher operational pressures using swirling combustor design for our quest to develop ultra low emission high intensity combustor for gas turbine application.
They suggest that the observed increase resulted from the application of high intensity electromagnetic fields above 1.6 kV·m−1, while at the same time no difference between various field frequencies was noted.
