Increace in the silicon surface adhesion by treatment in atmospheric plasmaKotov, D. A.,
Kuznetsova, T. A.,
Nikitiuk, S. A.,
Lapitskaya, V. A.,
Melnikova, G. B.,
Chizhik, S. A.,
Zaporojchenko, U. V.,
Yatsevich, E. V.,
Котов, Д. А.,
Никитюк, С. А. treatment resulted in
a significant improvement of the surface adhesion. The adhesion was measured as
a Influence of a constant magnetic field on the uniformity of plasma generated by planar ICP source and increase in the surface being treated by means of ICP source’
s antenna system geometry, constant gas supply
Alignment and resolution studies of a MARS CT scannerGongadze, A.,
Butler, P.,
Bell, S.,
Chelkov, G. A.,
Kozhevnikov, D. A.,
Potrap, I. N.,
Demichev, M. A.,
Smolyanskiy, P. I.,
Abramishvili, R.,
Kotov, S. A.,
Butler, A.,
Zhemchugov, A. S. This paper describes
a procedure of alignment of MARS CT scanner with cone beam geometry
MLS120126:042313+212951—A New Eclipsing Cataclysmic Variable in the Period Gap cataclysmic variable MLS120126:042313+212951. We have found the system’
s orbital period P=0.1034329 day
Erythrocyte: A systems model of the control of aggregation and deformability of the cell. In this work, we propose
a novel mathematical model of the molecular system that controls
Erythrocyte: A systems model of the control of aggregation and deformability of the cell. In this work, we propose
a novel mathematical model of the molecular system that controls