Anatoly Skripal
Anatoly Skripal
Head of Medical Physics Department, Sartov State University
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Название
Процитировано
Процитировано
Год
Determination of the amplitude and phase relationships between oscillations in skin temperature and photoplethysmography-measured blood flow in fingertips
AA Sagaidachnyi, AV Skripal, AV Fomin, DA Usanov
Physiological measurement 35 (2), 153, 2014
422014
Correlation of skin temperature and blood flow oscillations
AA Sagaidachnyi, DA Usanov, AV Skripal, AV Fomin
Saratov Fall Meeting 2011: Optical Technologies in Biophysics and Medicine …, 2012
242012
A microwave autodyne meter of vibration parameters
DA Usanov, AV Skripal, AV Skripal, AE Postelga
Instruments and Experimental Techniques 47 (5), 689-693, 2004
242004
Measurement of micro-and nanovibrations and displacements using semiconductor laser autodynes
DA Usanov, AV Skripal
Quantum electronics 41 (1), 86, 2011
212011
Thermography-based blood flow imaging in human skin of the hands and feet: a spectral filtering approach
AA Sagaidachnyi, AV Fomin, DA Usanov, AV Skripal
Physiological measurement 38 (2), 272, 2017
182017
Determination of nanovibration amplitudes using frequency-modulated semiconductor laser autodyne
DA Usanov, AV Skripal, EI Astakhov
Quantum Electronics 44 (2), 184, 2014
162014
Characteristics determination of complicated motion of object by homodyne interference system
SV Gangnus, DA Usanov, AV Skripal
Saratov Fall Meeting'98: Light Scattering Technologies for Mechanics …, 1999
151999
Determining acceleration from micro-and nanodisplacements measured using autodyne signal of semiconductor laser on quantum-confined structures
DA Usanov, AV Skripal, SY Dobdin
Technical physics letters 36 (11), 1009-1011, 2010
102010
Semiconductor laser interferometry of eye movements
AV Skripal, DA Usanov
Ophthalmic Technologies X 3908, 7-12, 2000
102000
Reconstruction of the form of complex motion of an object from the autodyne detection signal of a semiconductor laser
DA Usanov, MY Kalinkin
Technical Physics 45 (2), 267-271, 2000
102000
Determination of oscillation amplitudes by an optical homodyne method, according to the highest harmonics
DA Usanov, AV Skripal, VA Vagarin
Приборы и техника эксперимента 37 (6), 162-165, 1994
101994
Determining distances to objects using a frequency-switched semiconductor laser autodyne
DA Usanov, KS Avdeev
Technical Physics Letters 33 (11), 930-932, 2007
92007
Nanometer vibrations measured using a semiconductor laser on quantum-confined structures operating in an autodyne regime
DA Usanov
Technical Physics Letters 29 (5), 377-379, 2003
92003
Determination of mechanical vibration form of external reflector by response of autodyne interference system based on a semiconductor laser
MY Kalinkin, DA Usanov, AV Skripal
Saratov Fall Meeting'98: Light Scattering Technologies for Mechanics …, 1999
91999
Analysis of effect of audiovisual stimulation on parameters of encephalogram and rate of pulsation wave propagation in humans
LD Usanova, AD Usanova, AV Skripal
Biomedical Engineering 46 (1), 25-28, 2012
82012
Determination of the magnetic fluid parameters from the microwave radiation reflection coefficients
DA Usanov, AV Skripal, AV Skripal, AV Kurganov
Technical Physics 46 (12), 1514-1517, 2001
82001
Autodyne interferometry for range-finding under laser radiation wavelength modulation
DA Usanov, EI Astakhov, SY Dobdin
Technical Physics Letters 42 (9), 919-922, 2016
72016
Influence of temporal noise on the skin blood flow measurements performed by cooled thermal imaging camera: limit possibilities within each physiological frequency range
AA Sagaidachnyi, IU Volkov, AV Fomin
Saratov Fall Meeting 2015: Third International Symposium on Optics and …, 2016
72016
Skin blood flow as the first time derivative of the temperature: spectral approach to the blood flow estimation in hands
AA Sagaidachnyi, DA Usanov, AV Skripal, AV Fomin
Saratov Fall Meeting 2013: Optical Technologies in Biophysics and Medicine …, 2014
72014
Measurements of the nanovibration amplitude by a frequency-modulated laser autodyne
DA Usanov, EI Astakhov
Technical Physics 58 (12), 1856-1858, 2013
72013
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