Critical/Double Technologies and Industrial Risk: Photon Technologies and New Risk Problems. Professor Yuri S. Protasov, Bauman Moscow State Technical University, BMSTU, 107005, Moscow, Russia
The results of analytical and experimental
research, numerical simulation of advanced complex industrial
risk problems determined by large scale industrial applications
of photon double technologies are presented.
Industrial photon-beam technologies
(using laser plasma flows, accelerators) have deal with treatment
of materials (as a result of beam-matter interaction) by high
density energy flows (powerful radiation in a wide spectral range,
strong shock waves, high energy charged and neutral particles,
in intensive EB fields) and are successfully use in industry only
on E-B interdisciplinary scientific base (Quantum and Physical
Electronics, Termophysics etc.).
Specify of photon techniques for
new high technology applications is described. The description
is given for:- the row of problems connected with technological/industrial
risk,- the problem connected with industrial hygiene and local/global
ecological risk.
The method of numerical simulation
and possible analyzes of their modern and future solution are
discussed on the example of brunch mass industry automobile industry.
The result of experimental monitoring
of fields of physical - chemical parameters in industrial scale
(radiation flows, cluster' dusts, thermoaqustics over loads etc.)
are discussed.
The results of R & D of specific
automatic data base with open multiparametric input for industrial
laser technologies oriented for quantitative description and evolution
modeling of risk situation in industrial scale are presented and
the ways of it modification and connection with global information
network are discussed.
The problems of quantitative and
criteria description of industrial photon technology risk evolution
and multifactor numerical simulation, optimization and prognostic
for effective management are discussed.