Mikrotron Please contact Xcitex for latest information. for a have a perfect balance of high frame rate, image resolution, dynamic response and light sensitivity. If you do not see your camera on the list, please contact Xcitex - we are constantly updating the list.įastec Imaging Using a Fastec InLine High-Speed Camera with MiDAS DA 1024 x 1024 pix, 12 500 fps FASTCAM SA-X2.
Please download the Camera Connection Guide that matches your high-speed camera. The findings are valuable for developing industrial upscaling strategies for ultrasound processing of 2D materials.MiDAS Camera Connection Guides are simple, easy-to-use instruction guides for interconnecting MiDAS hardware and high-speed cameras. Our research reveals that the graphite layer exfoliation rate and efficiency are predominantly determined by the number of imploding bubbles inside the effective cavitation bubble zone. A multiphysics numerical model was also developed to calculate the shock wave produced at bubble implosion and the resulting cyclic and impulsive tensile and shear stresses acting on the graphite surface. We revealed, for the first time, the fatigue exfoliation phenomenon at the graphite surface caused by the imploding ultrasonic bubbles occurring cyclically in line with the ultrasound frequency.
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cost 3Transfer NC files to CAM/DXF/DWG files FastCAM professional version software has four.
Here, we used the ultrafast synchrotron-X-ray phase-contrast imaging (a combined temporal resolution of 3.68 μs and a spatial resolution of 1.9 μm/pixel) to study the exfoliation dynamics in real time and operando condition. Frame Rate Performance examples: 12, fps at x pixel resolution 15, fps at x pixel. Description: FastCAM Standard version software has four modules for CNC. Due to the complex multiphysics and multi-length nature of the process, those ex-situ methods cannot provide the real-time and in-situ dynamic information for understanding how exactly layer exfoliation starts and grows under ultrasound. X-ray beam parameters, Imaging parameters (Photron FASTCAM SA-Z). A large number of studies using ex-situ nano/micro structural characterization techniques have been made to investigate the underlying mechanisms, aiming to understand the exfoliation dynamics. Our research reveals that the graphite layer exfoliation rate and efficiency are. Ultrasound-assisted liquid phase exfoliation is a promising method for manufacturing of 2D materials in large scale and sustainable manner.