An effort to produce high-speed (20000 frames/s) motion pictures for the purpose of projectile analysis using a pulse-mode copper vapor laser as the sole illumination source was conducted. A single-shaft rotating prism camera was successfully synchronized with a 20-W continuous average power, copper vapor laser. Initial work performed on this task was focused on laser commissioning, which consisted of laser cavity purging, laser tuning, and optical component selection. Additional work reported includes laser bench setup, fiber-optic delivery of laser light, laser/camera synchronization, and film selectionCenter for Electromechanic
Three laser research programs are proposed: (1) to find new laser systems in the wavelength region b...
High resolution, high-speed photography is becoming a prominent diagnostic in ballistic experimentat...
Expanded use of fast photography is proposed to characterize laser ablation plasma plumes by the ana...
An effort to produce high-speed (20000 frames/s) motion pictures for the purpose of projectile analy...
The evaluation of the properties of energetic materials, such as burn rate and ignition energy, is o...
Repetitively pulsed lasers have been developed that have served as excellent illumination sources fo...
In this paper the feasibility of using metal vapor lasers for visual and optical monitoring of fast ...
A growing appreciation has developed in the last several years for the copper vapor laser because of...
The paper presents the history of active optical systems development from a laser projection microsc...
High speed photography is the most efficient method to get insight into terminal ballistics, explosi...
The first part of this thesis deals with the application of a ruby laser to high speed photography. ...
In this paper the feasibility of using metal vapor lasers for visual and optical monitoring of fast ...
High-speed optical shadowgraphy plays an important role in study of various phenomena including proj...
A method for addressing individual laser pulses in high repetition frequency systems using an intrac...
Multiple pulsing of a ruby laser has been achieved and incorporated into a high-speed camera. The p...
Three laser research programs are proposed: (1) to find new laser systems in the wavelength region b...
High resolution, high-speed photography is becoming a prominent diagnostic in ballistic experimentat...
Expanded use of fast photography is proposed to characterize laser ablation plasma plumes by the ana...
An effort to produce high-speed (20000 frames/s) motion pictures for the purpose of projectile analy...
The evaluation of the properties of energetic materials, such as burn rate and ignition energy, is o...
Repetitively pulsed lasers have been developed that have served as excellent illumination sources fo...
In this paper the feasibility of using metal vapor lasers for visual and optical monitoring of fast ...
A growing appreciation has developed in the last several years for the copper vapor laser because of...
The paper presents the history of active optical systems development from a laser projection microsc...
High speed photography is the most efficient method to get insight into terminal ballistics, explosi...
The first part of this thesis deals with the application of a ruby laser to high speed photography. ...
In this paper the feasibility of using metal vapor lasers for visual and optical monitoring of fast ...
High-speed optical shadowgraphy plays an important role in study of various phenomena including proj...
A method for addressing individual laser pulses in high repetition frequency systems using an intrac...
Multiple pulsing of a ruby laser has been achieved and incorporated into a high-speed camera. The p...
Three laser research programs are proposed: (1) to find new laser systems in the wavelength region b...
High resolution, high-speed photography is becoming a prominent diagnostic in ballistic experimentat...
Expanded use of fast photography is proposed to characterize laser ablation plasma plumes by the ana...