Abstract

Scaling the output power of diode-pumped solid-state lasers in general has involved side-pumped geometries incorporating a number of high power, quasi-cw diode arrays. An important design criterion for these devices is the management of the heat generated in the laser rod. However, a cooling system that did not depend on flowing water would have several advantages, including reduced size and complexity, no requirements for external water supplies or chillers, and no problems with water leaks.

© 1994 IEEE