Light-in-Flight imaging by a silicon image sensor
Light-in-Flight was captured by a silicon image sensor at the first time. The structure of the image sensor is a backside illuminated multi-collection-gate image sensor, BSI MCG image sesnor. The frame interval is 10 ns. Further evolution of the image sesnor is also reported toward the theoretical temporal resolution limit, 11.1 ps, which was derived by the authors.
Nesting high-speed videography: real-time video recording of femtosecond laser processing
Real-time imaging of femtosecond laser processing was achieved by employing the combination of a STAMP system and a high-speed camera. Glass was drilled by femtosecond laser with the repetition rate of 1 kHz. Early-stage plasma dynamics in laser ablation was monitored on a picosecond time scale by the STAMP technique, and also those dynamic events were monitored in every laser processing by high-speed camera synchronized with the laser system. As far as I know, this is the first demonstration to show the concept of "Nesting high-speed videography."
In-situ Observation of Dynamic Crack Initiation in an Open-hole Unidirectional CFRP Composite
In-situ Observation of Dynamic Crack Initiation in an Open-hole Unidirectional CFRP Composite (2)
NONEL detonator shock tube
Humming Bird
Ultra high speed image of Shape Charge
Shock Tube Experiment
Specialised Imaging tracker image of projectile breaking through sound barrier
Detonation Coulum
Bullet impact on ceramic
Fiction meets reality
Annihilation
Single-shot compressed ultrafast photography (CUP) glimpses laser pulses in real time
Ultrafast Hard X-ray imaging with Silicon Sensor
Flint Sparker
Droplet Formation
Phantom Droplet Explosion
Self Assembled Microspheres
Lego Firework Bananza
Spray Bubble Symmetry
Phantom Serenity
Lucy Image
