V. Korenbaum

Most-cited papers

1. Regression simulation of the dependence of forced expiratory tracheal noises duration on human respiratory system biomechanical parameters.

   V. Korenbaum, I. Pochekutova

   2008Journal of Biomechanics19 citations

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2. Comparison of the characteristics of different types of acoustic sensors when recording respiratory noises on the surface of the human chest

   V. Korenbaum, A. A. Tagil'tsev, A. I. D'yachenko, A. Kostiv

   201316 citations

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3. Mechanisms of sibilant noise formation observed during forced exhalation of a healthy person

   V. Korenbaum, M. Rasskazova, I. Pochekutova, Y. Fershalov

   200916 citations

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4. Diagnosis of hidden bronchial obstruction using computer‐assessed tracheal forced expiratory noise time

   Irina A. Pochekutova, V. Korenbaum

   2013Respirology (Carlton South. Print)14 citations

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5. Acoustic estimation of the impact of a single dive using a closed-type breathing apparatus on the ventilatory function of the human lungs

   I. Pochekutova, V. Korenbaum

   2011Human Physiology13 citations

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6. Technology of human pulmonary function testing by means of tracheal forced expiratory noises analysis

   V. Korenbaum, I. Pochekutova, A. Kostiv, A. Tagiltsev +1 more

   201312 citations

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7. Investigation into transmission of complex sound signals in the human respiratory system

   V. Korenbaum, A. Nuzhdenko, A. A. Tagil'tsev, A. Kostiv

   201012 citations

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8. Human forced expiratory noise. Origin, apparatus and possible diagnostic applicationsa)

   V. Korenbaum, I. Pochekutova, A. Kostiv, V. Malaeva +3 more

   2020Journal of the Acoustical Society of America11 citations Open access

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9. Transmission of complex sound signals in the human respiratory system as a function of sound velocity in the utilized gas mixture

   V. Korenbaum, A. I. D'yachenko, A. Nuzhdenko, N. Lopatkin +2 more

   20118 citations

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10. On localization of wheezing respiratory sounds in human lungs by means of intensimetric processing of signals detected on the chest surface

    V. Korenbaum, A. Tagiltcev, S. Gorovoy, A. Shiryaev +1 more

    20167 citations

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11. Sound propagation through human lungs, under transmission sounding with acoustic signal of 80-1000 Hz frequency band

    V. Korenbaum, A. Shiriaev

    20157 citations Open access

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12. Study of the formation mechanisms of forced expiratory wheezes in a healthy person when breathing gas mixtures of different density

    V. Korenbaum, M. Safronova, V. V. Markina, I. Pochekutova +1 more

    20137 citations

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13. Influence of modified gas mixtures on the acoustic parameters of human forced exhalation

    A. I. D'yachenko, V. Korenbaum, Y. Shulagin, A. A. Osipova +7 more

    2012Human Physiology7 citations

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14. Acoustic biomechanical relationships of human forced exhalation in bronchial obstruction

    V. Korenbaum, I. Pochekutova, V. Malaeva, A. Kostiv

    2016Human Physiology6 citations

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15. Flow noise of an underwater vector sensor embedded in a flexible towed array.

    V. Korenbaum, A. Tagiltsev

    2011Journal of the Acoustical Society of America6 citations

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16. A Technique of Forced Expiratory Noise Time Evaluation Provides Distinguishing Human Pulmonary Ventilation Dynamics During Long-Term Head-Down and Head-Up Tilt Bed Rest Tests Simulating Micro and Lunar Gravity

    V. Malaeva, V. Korenbaum, I. Pochekutova, A. Kostiv +3 more

    2018Frontiers in Physiology5 citations Open access

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17. Measurement and estimation of human forced expiratory noise parameters using a microphone with a stethoscope head and a lapel microphone

    A. Glazova, V. Korenbaum, A. Kostiv, O. I. Kabancova +2 more

    2018Physiological Measurement5 citations

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18. The possibility of passive acoustic monitoring of a Scuba Diver

    V. Korenbaum, S. Gorovoy, A. Tagiltsev, A. Kostiv +6 more

    2016Doklady earth sciences5 citations

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19. A possibility to use respiratory noises for diver detection and monitoring physiologic status

    S. Gorovoy, V. Korenbaum, A. Tagiltcev, A. Kostiv +4 more

    20145 citations

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20. Statistical Study of Mechanics of Human Forced Expiratory Wheezes

    V. Korenbaum, M. Safronova, I. Pochekutova, A. Dyachenko

    20105 citations

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21. Features of Sound Conduction in Human Lungs in the 80–1000 Hz and 10–19 KHz Frequency Ranges

    V. Korenbaum, A. Shiryaev

    20204 citations

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22. Correlation between Acoustic Characteristics of Forced Expiratory Tracheal Noises and Lung Function Parameters in Healthy Subjects and Patients with Obstructive Lung Diseases

    V. Malaeva, I. Pochekutova, A. Kostiv, S. Н. Shin +1 more

    2017Human Physiology4 citations

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23. Dynamics of the duration of tracheal forced expiratory noises during long-term isolation in the Mars-500 experiment

    A. Dyachenko, V. Korenbaum, A. N. Mikhailovskaya, A. A. Osipova +3 more

    2014Human Physiology4 citations

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24. Forced expiratory tracheal noise time in young men in health and in bronchial obstruction

    I. Pochekutova, V. Korenbaum

    2014Human Physiology4 citations

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25. Development of vector sensors for flexible towed array

    V. Korenbaum, A. Tagiltcev

    20144 citations

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26. Frequency characteristics of air-structural and structural sound transmission in human lungs

    A. Shiryaev, V. Korenbaum

    20134 citations

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27. Acoustic Monitoring of Diver’s Respiratory Rate by Respiratory-Associated Noise

    A. Kostiv, V. Korenbaum, V. Dorozhko

    2023Acoustics Australia3 citations

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28. Possible Effect of Human-Experimenter on Homeopathic-Like Aqueous Preparations

    V. Korenbaum, T. Chernysheva, V. Galay, R. Galay +3 more

    2021Water3 citations Open access

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29. Underwater Noises of Open-Circuit Scuba Diver

    V. Korenbaum, A. Kostiv, S. Gorovoy, V. Dorozhko +1 more

    2020Archives of Acoustics3 citations Open access

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30. An attempt at hydroacoustic localization of an open-circuit scuba diver.

    V. Korenbaum, S. Gorovoy, A. Kostiv, A. Shiryaev +1 more

    2019Journal of the Acoustical Society of America3 citations

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31. Variability and bronchodilator response of tracheal forced expiratory noise time parameters in asthma patients and healthy subjects

    I. Pochekutova, V. Korenbaum

    2014European Respiratory Journal3 citations

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32. Low- and High-Speed Arrivals Decomposition in 10–19 kHz Transmission Sounding of Human Lungs

    V. Korenbaum, A. Shiryaev, A. Kostiv, M. Safronova

    2018IFMBE Proceedings2 citations

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33. Low-frequency inertial-type pressure-gradient receivers for oceanological investigations

    V. Korenbaum, A. Tagiltsev, S. V. Gorovoi, A. Kostiv +1 more

    20172 citations

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34. Comparison of the forced expiration time recorded by two spirometers with different types of flow sensors and the acoustic duration of tracheal noises

    V. Malaeva, I. Pochekutova, V. Korenbaum

    2015Human Physiology2 citations

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35. The features of sound propagation through human lungs, revealed by transmission sounding with phase manipulated acoustic signal of 80–1000 Hz frequency band

    V. Korenbaum, A. Shiryaev

    20152 citations

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36. Characteristics of flow-standardized inspiratory lung sounds in healthy subjects

    E. Malinina, Y. V. Kulakov, M. Safronova, A. A. Tagilcev +2 more

    2014Human Physiology2 citations

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37. The influence of the bronchodilatation test on the duration of forced expiratory tracheal noises in young men

    I. Pochekutova, V. Korenbaum

    2013Human Physiology2 citations

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38. [Acoustical estimation of impact of single dive in closed-type breathing apparatus on human ventilatory lung function].

    I. Pochekutova, V. Korenbaum

    2011Физиология человека2 citations

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39. Estimation of Short- and Long-Term Postural Effects Used for Lunar Gravity Simulation on Human Tracheal Forced Expiratory Noise Time

    V. Malaeva, I. Pochekutova, V. Korenbaum, A. Kostiv +4 more

    2019Human Physiology1 citations

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40. NEW POSSIBILITIES FOR HUMAN LUNGS VENTILATION FUNCTION CONTROL IN SPECIAL PHYSIOLOGY TASKS USING TRACHEAL NOISES OF FORCED EXPIRATION

    V. Malaeva, A. Kostiv, O. I. Kabantsova, I. Pochekutova +1 more

    2019Ulyanovsk Medico-biological Journal1 citations

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41. NEW POSSIBILITIES FOR DIVER’S MONITORING DURING UNDERWATER DIVING USING NOISES ASSOCIATED WITH NATURAL RESPIRATION

    A. Kostiv, V. Korenbaum

    2019Ulyanovsk Medico-biological Journal1 citations

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42. Detecting respiratory noises of diver equipped with rebreather in water

    S. Gorovoy, V. Korenbaum, A. Borodin, A. Tagiltcev +3 more

    20161 citations Open access

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43. Comparison of the forced expiration time recorded by two spirometers with different types of flow sensors and the acoustic duration of tracheal noises

    V. Malaeva, I. Pochekutova, V. Korenbaum

    2015Human Physiology1 citations

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44. A vector linear flexible towed array for oceanological research

    V. Korenbaum, A. Tagiltcev, Yu. V. Maltsev

    20151 citations

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45. Gender-specific characteristics of forced expiratory tracheal noise duration in humans aged 17–25 years

    I. Pochekutova, V. Malaeva, V. Korenbaum

    2014Human Physiology1 citations

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46. [Peak frequency of tracheal forced expiratory wheezes during bronhodilatation test].

    M. Safronova, I. Pochekutova, V. Korenbaum

    2014Физиология человека1 citations

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47. A hardware-and-software package for multichannel studies of sound transmission in the human respiratory system

    V. Korenbaum, A. A. Tagil'tsev, A. Kostiv, A. Shiryaev

    2013Instruments and experimental techniques (New York)1 citations

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48. Influence of modified gas mixtures on the acoustic parameters of human forced exhalation

    A. I. D'yachenko, V. Korenbaum, Y. Shulagin, A. A. Osipova +7 more

    2012Human Physiology1 citations

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49. Acoustic tool to test status of respiratory ventilation function

    V. Korenbaum, I. Pochekutova, A. Kostiv, A. Tagiltsev +2 more

    20112011 Defense Science Research Conference and Expo (DSR)1 citations

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50. News Item

    Acoustics Australia, Danielle Moreau, U. Sydney, Australia +51 more

    2023Acoustics Australia0 citations

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