Zeeman spectra of atomic iodine in a 0- to 400-gauss B field [3268-17]
XeCl laser based on a three-electrode system of a double discharge formation [3268-51]
Water-vapor measurement via cavity ring clown spectroscopy in the visible [3268-30]
Use of basic deuterium peroxide in the chemical oxygen-iodine laser [3931-14]
Use of a fast ionization wave for laser pumping [3268-57]
Ultrasensitive gain diagnostic for chemical lasers [2702-18]
Ultrasensitive diagnostic for small signal gain in COIL and AGIL lasers [4971-08]
Transmission of high-average-power XeCl laser radiation through fused silica fibers [2702-27]
Three-electrode CO~2 laser with a middle control electrode [3268-49]
Theoretical modeling of high-frequency magnetic-confined discharge in CO~2 lasers [3931-04]
Theoretical and experimental investigations of the 1-kW XeCl laser with UV pre-ionization [2987-13]
The conception for creation of industrial ten-kilowatt CO lasers with open working cycle [5334-27]
Temperature dependence of the C1 + HN~3 reaction from 300 to 480 K [3931-12]
Surface treatment of metallic alloys by ultraviolet laser [2702-23]
Studies of HF(v,J) spatial profiles with a hyperspectral imager [5334-17]
Studies of F atom-based excitation chemistry for iodine lasers [5334-05]