TELECOMMUNICATION NETWORK FOR CONTROL OF PROCESSESIN A LIQUID TECHNOLOGICAL MEDIUM DURING LASER HEATTREATMENT OF CONSTRUCTION MATERIALSOF MICROELECTRONIC PRODUCTION
The possibilities of controlling the modes of technological processes of a single microelectronic production, based on local laser heat treatment, as passive thickfilm structuralelements in the form of dispersion systems made of powder materials suspended in a viscous fluid liquidtechnological medium (in pastes), and in optically transparent communication bases of digital hybridmicroassemblies for private use. The reasons for the degradation of the rheological properties of pastes,causing a change in the topological parameters of the elements of the pattern formed on thecommunication base of microassemblies and the development of the process of internal defect formationin the structure of thickfilm elements, caused by the phenomena of evaporation and cavitation of aliquid technological medium during intense heat treatment of the paste with laser pulsed radiation, have been established. Structural diagrams of a laboratory stand as part of an industrial informationmeasuring telecommunication network, supplemented by video monitoring and recording of theprocesses of evaporation and cavitation of a liquid technological medium during laser heat treatment,are proposed. The boundary conditions for controlling both the processes of defect formation in aviscous fluid liquid medium for the modes of hermetic localization of communication bases with thickfilm elements, and the injection of inert gas pressure on the liquid technological material in theirradiation area are determined.