AbstractTwo-circuit system of automatic stabilization of the hydrodynamics of the cryogenic distillation column is considered. Control system eliminates flooding/depletion of column in long-term mode of operation when the accuracy of stabilization of the circulation flow is better than 1%
AbstractOxide dispersion strengthened 13Cr-2Mo steel powder was successfully consolidated using high...
AbstractThe universal ejection scheme of the reagent's preparation and input is offered in this work...
AbstractA method for numerical calculation of the sound wave damping and dispersion law in a strong ...
AbstractThe Article presents the numerical method of solving the system of one-dimensional non-stati...
AbstractA simple semi-analytical solution is proposed for the verification of numerical codes for mo...
AbstractNano-hardness tester with three-coordinate laser heterodyne interferometer integrated in the...
AbstractAn innovative pressure-assisted flash-sintering technique has been developed to investigate ...
AbstractThe paper presents a physical model can qualitatively explain the observed experimental depe...
AbstractIn this work ion mobility time-of-flight mass spectrometry is preliminarily studied as a met...
AbstractNumerical study of single-hybrid membrane-sorption air separation system for enriching the a...
AbstractPossibilities of gridless ion mirror usage in conjunction with laser ion source were studied...
AbstractThe system of automatic stabilization of the power factor for electric drive of gas centrifu...
AbstractReference materials (RM) for relative spectral correction of emission spectra and day-to-day...
AbstractThe main purpose of this work is to intensify and to improve the efficiency of water treatme...
AbstractThe paper presents the results of the study of local formation of thorium oxide coatings on ...
AbstractOxide dispersion strengthened 13Cr-2Mo steel powder was successfully consolidated using high...
AbstractThe universal ejection scheme of the reagent's preparation and input is offered in this work...
AbstractA method for numerical calculation of the sound wave damping and dispersion law in a strong ...
AbstractThe Article presents the numerical method of solving the system of one-dimensional non-stati...
AbstractA simple semi-analytical solution is proposed for the verification of numerical codes for mo...
AbstractNano-hardness tester with three-coordinate laser heterodyne interferometer integrated in the...
AbstractAn innovative pressure-assisted flash-sintering technique has been developed to investigate ...
AbstractThe paper presents a physical model can qualitatively explain the observed experimental depe...
AbstractIn this work ion mobility time-of-flight mass spectrometry is preliminarily studied as a met...
AbstractNumerical study of single-hybrid membrane-sorption air separation system for enriching the a...
AbstractPossibilities of gridless ion mirror usage in conjunction with laser ion source were studied...
AbstractThe system of automatic stabilization of the power factor for electric drive of gas centrifu...
AbstractReference materials (RM) for relative spectral correction of emission spectra and day-to-day...
AbstractThe main purpose of this work is to intensify and to improve the efficiency of water treatme...
AbstractThe paper presents the results of the study of local formation of thorium oxide coatings on ...
AbstractOxide dispersion strengthened 13Cr-2Mo steel powder was successfully consolidated using high...
AbstractThe universal ejection scheme of the reagent's preparation and input is offered in this work...
AbstractA method for numerical calculation of the sound wave damping and dispersion law in a strong ...