Comparison of the results of 85Kr transport modeling with the ACURATE field experiment dataRubinshtein K.,
Safronov A.,
Pripachkin D.,
Ignatov R.,
Emelina S.,
Nabokova E.,
Kurbatova M.,
Blagodatskikh D.,
Arutyunyan R.,
Sorokovikova O.,
Semenov V. ofradioactive substances in the
atmosphere. The results are presented of 85Kr transport
modeling under
Non-LTE models for neutron star atmospheres and supernova-fallback disks-LTE
model atmospheres for NSs. It is compared to X-ray burst spectra of EXO 0748-676. It is possible
ChAP 1.0: A stationary tropospheric sulfur cycle for Earth system models of intermediate complexity.0) for the sulfur cycle in the troposphere is developed. This scheme is designed for Earth system
models Atmospheric chemical composition of the "twin" components of equal mass in the CP SB2 system 66 Eri and a signal-to-noise ratio no less than 100 in the wavelength range 4385-6695 Å. The
model-atmosphere Midlatitude model of the electron density gradient in the lower ionosphere of the standard
atmosphere and the theory of radiowave propagation in an inhomogeneous medium. The obtained
model