"Investigation on the application of the capillary-discharge based metal-vapor generator and the 46.9 nm Ar capillary-discharge soft X-ray laser"@en . . "[CA58E8A29041]" . "3"^^ . "Kaiser, Jozef" . "2004-06-28+02:00"^^ . "Here we report on the possible application of the capillary-discharge based plasma sources. Two different types of sources were investigated. In the first of them the plasma was produced inside the capillary between a cathode and a hollow anode by the explosive ablation of electrode material in the high-current s discharges . High-density (>10E19 cm-3), pure, small diameter (1-6 mm), long (5-20 cm) metal-vapor columns have been produced. The application of the developed metal-vapor generator for the Z-scaling of the Ne-like soft x-ray laser is expected. The possibility of utilization of the sub-milliradiant divergence Ne-like Ar capillary-discharge soft x-ray laser for different application, which involves mainly nano-technology and nano-machining, is also discussed."@en . . . . "Investigation on the application of the capillary-discharge based metal-vapor generator and the 46.9 nm Ar capillary-discharge soft X-ray laser" . . "0-7803-8334-6" . . "RIV/00216305:26210/04:PU45697!RIV11-MSM-26210___" . "Investigation on the application of the capillary-discharge based metal-vapor generator and the 46.9 nm Ar capillary-discharge soft X-ray laser"@en . "capillary discharge, 46.9 nm soft X-ray laser"@en . . . "9"^^ . . "Investigation on the application of the capillary-discharge based metal-vapor generator and the 46.9 nm Ar capillary-discharge soft X-ray laser" . "P(GP202/02/P113), V, Z(MSM 262100002)" . "RIV/00216305:26210/04:PU45697" . . . . "Neuveden" . . . "1"^^ . . "Piscataway, NJ, USA" . "Samek, Ota" . "Li\u0161ka, Miroslav" . . "Baltimore, Maryland, USA" . "26210" . "IEEE Conference Record" . . . "Here we report on the possible application of the capillary-discharge based plasma sources. Two different types of sources were investigated. In the first of them the plasma was produced inside the capillary between a cathode and a hollow anode by the explosive ablation of electrode material in the high-current s discharges . High-density (>10E19 cm-3), pure, small diameter (1-6 mm), long (5-20 cm) metal-vapor columns have been produced. The application of the developed metal-vapor generator for the Z-scaling of the Ne-like soft x-ray laser is expected. The possibility of utilization of the sub-milliradiant divergence Ne-like Ar capillary-discharge soft x-ray laser for different application, which involves mainly nano-technology and nano-machining, is also discussed." . . "568931" . .