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EVOLUTION OF AN ELECTROMAGNETIC FIELD SPATIAL DISTRIBUTION WITH ELECTRON DENSITY CHANGES IN A MICROWAVE DISCHARGE IN A MAGNETIC TRAP
Dvinin S.A., Korneeva M.A.
EVOLUTION OF AN ELECTROMAGNETIC FIELD SPATIAL DISTRIBUTION WITH ELECTRON DENSITY CHANGES IN A
Spatially averaged model of complex-plasma discharge with self-consistent electron energy distribution
Denysenko I., Yu M.Y., Ostrikov K., Smolyakov A.
Spatially averaged model of complex-plasma discharge with self-consistent electron energy
Experimental study of performance and security constraints on wireless key distribution using random phase of multipath radio signal
Sulimov A., Smolyakov A., Karpov A., Sherstyukov O.
The paper presents the results of experimental distribution of encryption keys based on random
MRI study of spatial distribution of photochemical reaction products
Obynochny A., Maryasov A., Il'yasov K., Gnezdilov O., Salikhov K.
Spatial distribution of molecules with chemically induced dynamic nuclear polarization has been
Dynamics of a charged gas suspension with an initial spatially nonuniform distribution of the average dispersed phase density during the transition to the equilibrium state
Tukmakov A., Tukmakov D.
charged gas suspension from the initial nonequilibrium state with a spatially nonuniform distribution
Nonlocal reaction–diffusion models of heterogeneous wealth distribution
Banerjee M., Petrovskii S.V., Volpert V.
-in-space wealth–population distribution is replaced by a periodic-inspace distribution for which the total wealth
Spatially resolved atomic absorption analysis
Gilmutdinov A., Yu Nagulin K., Sperling M.
that can only detect radiation spatially integrated over their working area, absorbance measurements
Optimization problems for distribution of resources in spatial systems
Konnov I., Kashina O., Laitinen E.
We consider a problem of optimal allocation of a homogeneous resource in spatially distributed
Spatial distribution of radiant intensity from primary sources for atomic absorption spectrometry. Part II: Electrodeless discharge lamps
Gilmutdinov A., Radziuk B., Sperling M., Welz B., Nagulin K.
The spatial distribution of radiant intensity from electrodeless discharge lamps (EDLs) used
Spatially resolved atomic absorption analysis
Gilmutdinov A., Yu Nagulin K., Sperling M.
that can only detect radiation spatially integrated over their working area, absorbance measurements

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