Method of advanced prognosis of time and intensity variability of sun activity and earthquake

摘要

the invention defines the pusobu00edcu00ed interakcnu00ed influences interest astroteles solar system to the sun and to group the group.in the mutual koincidencu00edch physical interactions give rise to casovu00e9 and intenzitnu00ed changes in variabilite activity slunecnu00edch eruption and earthquake.umoznuje temporal and intenzitnu00ed forecast development and the emergence of slunecnu00edch eruptions in the casoprostorovu00e9ho with outbreaks of rotation generated by the spatial interakcnu00edmi influences of interest planet sun which is expressed either casoprostorovu00fdm prubehem change its positions inside the sun, and according to the distance of the outbreak from the surface of the sun.when nejkritictejsu00ed casovu00e9 sections for the slunecnu00edch eruptions predstavuju00ed times its minimum distance from the surface of the sun.umoznuje temporal and intenzitnu00ed prognosis of and the emergence of the outbreak in casoprostorovu00e9ho the rotation generated by interakcnu00edmi influences months countrieswhich is expressed either casoprostorovu00fdm prubehem change his positions within the country.when nejkritictejsu00ed casovu00e9 sections for the emergence of the predstavuju00ed times its minimum distance from the surface of the earth in casovu00fdch intervals apogea months from land (resp.druhotne - casovu00fdch intervals perigea in vesu00edch depths from the surface of the earth), with respect for the specific casovu00fdch positions mesu00edcnu00edch phases (new and full moon).