Chemical-analytical approach to evaluating the effectiveness of local anesthetics in trade names. Material and methods. In our experiment, we used
a mathematical approach to calculate
Bose-einstein condensation of magnons in atomic hydrogen gasVainio O.,
Ahokas J.,
Järvinen J.,
Lehtonen L.,
Novotny S.,
Sheludiakov S.,
Suominen K.,
Vasiliev S.,
Zvezdov D.,
Khmelenko V.,
Lee D. -Einstein condensation (BEC)-like behavior of quantized electron spin waves (magnons) in
a dense gas of spin
История и характеристики маньчжуроведения в Казанском университете в XIX веке in the Manchu language for
a long time" [1, с. 324]. Then, in the 19th century, the first department of Chinese
Microscopic control of Si 29 nuclear spins near phosphorus donors in siliconJärvinen J.,
Zvezdov D.,
Ahokas J.,
Sheludyakov S.,
Vainio O.,
Lehtonen L.,
Vasiliev S.,
Fujii Y.,
Mitsudo S.,
Mizusaki T.,
Gwak M.,
Lee S.,
Vlasenko L. for specific lattice sites near P31 donors in silicon at temperatures below 1 K and in
a high magnetic field
Peculiarities of magnetic ordering in the S=5/2 two-dimensional square-lattice antimonate NaMnSb O4Vasilchikova T.,
Nalbandyan V.,
Shukaev I.,
Koo H.J.,
Whangbo M.H.,
Lozitskiy A.,
Bogaychuk A.,
Kuzmin V.,
Tagirov M.,
Vavilova E.,
Vasiliev A.,
Zvereva E. © 2020 American Physical Society. An orthorhombic compound, NaMnSbO4, represents
a square net
Electron Spin Resonance Study of Electrons Trapped in Solid Molecular Hydrogen Films in solid molecular films of H(Formula presented.), HD, and D(Formula presented.).
A narrow ESR line
Electron Spin Resonance Study of Electrons Trapped in Solid Molecular Hydrogen Films in solid molecular films of H (Formula presented.) , HD, and D (Formula presented.).
A narrow ESR line