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An energy dispersion scheme based on a semiconductor X-ray spectrometer and a broadband monochromator for determining the content of heavy elements from the absorption spectra

Turyanskiy A.G., Senkov V.M., Buryak K.A., Marakhova A.I., Stanishevskii Y.M.

-ray spectrometer and a pyrolytic graphite monochromator were used to record data in a spectral band of width up

The effect of irradiation with nitrogen ions on the properties of pyrolytic graphite

Ligacheva, E. A., Ivanov, M. B., Gavrilov, N. V., Emlin, D. R., Betsofen, S. Y.

, and structure of the near-surface layer of pyrolytic graphite are investigated

Observation of parametric x-ray radiation from highlyoriented pyrolytic graphite in backscattering geometry

Kishin, I. A., Kidanova, E. Yu., Kubankin, A. S., Nazhmudinov, R. M., Alekseev, V. I.

in the interaction of relativistic electrons with highly oriented pyrolytic graphite

Observation of Persistent Currents in Finely Dispersed Pyrolytic Graphite

© 2018, Pleiades Publishing, Inc. The trapped magnetic flux in the finely ground pyrolytic graphite

Calculation of class-b mosaic crystals reflactivity by Monte Carlo techniqye

Baklanov, D. A., Duong, T. G., Laktionova, S. A., Zhandarmov, Yu. V., Shatokhin, R. A., Vnukov, I. E.

pyrolytic graphite

An Improved Substrate for Superior Imaging of Individual Biomacromolecules with Atomic Force Microscopy

Klinov D.V., Protopopova A.D., Andrianov D.S., Litvinov R.I., Weisel J.W.

of individual molecules are limited to mica, graphite, and glass. Because these substrates have certain

Energy-Dispersive Scheme with a Bandpass Filter for Determining Heavy Element Content from X-Ray Absorption Spectra

Touryanskiy A.G., Gizha S.S., Senkov V.M., Stanishevskiy Y.M.

An energy-dispersive scheme using a bandpass filter based on pyrolytic graphite is proposed

Diffraction of real and virtual photons in a pyrolytic graphite crystal as source of intensive quasimonochromatic X-ray beam

Bogomazova, E. A., Kalinin, B. N., Naumenko, G. A., Padalko, D. V., Vnukov, I. E.

component diffraction of relativistic electrons in pyrolytic graphite (PG) crystals have been carried out

σ and π-band dispersion of graphite from polarized resonant inelastic X-Ray scattering measurements

Sokolov A.V, Kurmaev E.Z., MacNaughton J., Moewes A., Skorikov N.A., Finkelstein L.D.

Resonant inelastic X-Ray scattering of highly oriented pyrolytic graphite (HOPG) is observed above

Crystal structure of the reaction product of copper(II) nitrate with α-(3,3-Dimethyl-3,4-dihydro-1-isoquinolyl)hydroxy-iminoacetonitrile [Cu3(μ3-OH)(μ-L)3(NO3) 2(H2O)] • 2H2O

Sokol V.I., Davydov V.V., Merkur'Eva N.Yu., Polyakova E.I., Shklyaev Yu.V., Sergienko V.S.

and molecular structure of I was determined by X-ray diffraction (Enraf-Nonius CAD4, MoK α radiation, graphite

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