FARKHUTDINOV, I.,
ZLOBINA, A.,
FARKHUTDINOV, A.,
FARKHUTDINOVA, L.,
MATVEENKO, I.,
VOLFSON, I. (2020) of
atomic-emission spectroscopy in the 1920s permitted the analysis of elements with exceedingly low
Galimov, S.N.,
Gromenko, J.Y.,
Bulygin, K.V.,
Galimov, K.S.,
Galimova, E.F.,
Sinelnikov, M.Y. (2021) protocol. The content of Calcium in the seminal plasma was detected using optical
emission spectrometry, c
Kayumova, R.R.,
Muslukhov, R.R.,
Abdullin, M.F.,
Klen, E.E.,
Khaliullin, F.A.,
Magadeeva, G.F.,
Mamykin, A.V.,
Khursan, S.L. (2014) of the reaction products. The possible reaction products were determined by NMR spectroscopy, mass
spectrometry neighboring
atoms in the three neighboring close-packed
atomic rows along the rows. Initial velocity
-component delocalized nonlinear vibrational mode (DNVM) are excited in a single (111) close-packed
atomic plane in fcc