P. Skripov

发表

Study of heat transfer to supercritical pressure water across a wide range of parameters in pulse heating experiments

S. Rutin, A. A. Igolnikov, P. Skripov, 2021, Applied Thermal Engineering.

Identification of heat-exchange parameters under intensive pulse heating of a wire in a fluid

A. A. Starostin, Yu. S. Okulovskii, P. Skripov, 2010 .

Estimation of the critical constants of long-chain normal alkanes

P. Skripov, E. Nikitin, P. Pavlov, 1996 .

Controlled high-power heat release as a tool to selecting working pressure for supercritical water

S. Rutin, P. Skripov, 2016 .

Heat transfer under high-power heating of liquids. 3. Threshold decrease of heat conduction in supercritical region

S. Rutin, P. Skripov, D. Volosnikov, 2015 .

Heat transfer under high-power heating of liquids. 2. Transition from compressed to supercritical water

S. Rutin, P. Skripov, 2014 .

Comments on “The Apparent Thermal Conductivity of Liquids Containing Solid Particles of Nanometer Dimensions: A Critique” (Int. J. Thermophys. 36, 1367 (2015))

S. Rutin, P. Skripov, 2016 .

Investigation of not fully stable fluids by the method of controlled pulse heating. 1. Experimental approach

S. Rutin, P. Skripov, 2013 .

Heat transfer under high-power heating of liquids. 1. Experiment and inverse algorithm

A. A. Starostin, S. Rutin, P. Skripov, 2013 .

Investigation of not fully stable fluids by the method of controlled pulse heating. 3. Attainable superheat of solutions with different types of critical curve

S. Rutin, P. Skripov, D. Galkin, 2017 .

Communication: High speed optical investigations of a character of boiling-up onset.

A. A. Starostin, P. Skripov, A. L. Gurashkin, 2012, The Journal of chemical physics.

Bubble Nucleation in Polymeric Liquids Under Shock Processes

P. Skripov, P. Pavlov, 2014 .

Thermophysical properties of compressor oils for refrigerating plant

P. Skripov, V. Zhelezny, Y. Semenyuk, 2008 .

Comparison of thermophysical properties for oil/refrigerant mixtures by use of the pulse heating method

A. A. Starostin, P. Skripov, D. Volosnikov, 2003 .

Investigation of not fully stable fluids by the method of controlled pulse heating. 4. Evaluation of PMMA thermophysical properties up to 673 K

A. A. Starostin, P. Skripov, A. A. Smotritskiy, 2019 .

HEAT TRANSFER IN SUPERCRITICAL FLUIDS: THE CASE OF HIGH-POWER HEAT RELEASE

S. Rutin, P. Skripov, 2017 .

Heat Transfer in Supercritical Fluids: Going to Microscale Times and Sizes

S. Rutin, P. Skripov, A. D. Yampol'skiy, 2017 .

Heat transfer under high-power heat release: not fully stable fluids as potential heat carriers

S. Rutin, P. Skripov, A. Igolnikov, 2022, Applied Thermal Engineering.

Thermodynamic and Transport Properties of Supercritical Fluids. Part 2: Review of Transport Properties

I. Abdulagatov, P. Skripov, 2021, Russian Journal of Physical Chemistry B.

High-Power Heat Transfer in Supercritical Fluids

S. Rutin, P. Skripov, A. D. Yampol'skiy, 2021 .

Title High-Power Heat Release in Supercritical Water: Insight into the Heat Transfer Deterioration Problem

S. Rutin, P. Skripov, A. Igolnikov, 2020 .

Heat Conduction of Superheated Mixtures: Relationship with Excess Volume

P. Skripov, I. I. Povolotskiy, D. Volosnikov, 2022, Journal of Engineering Thermophysics.

Heat transfer by unstable solution having the lower critical solution temperature

A. Melkikh, S. Rutin, P. Skripov, 2022, International Journal of Heat and Mass Transfer.

Investigation of Binary Liquids in Unstable States—An Experimental Approach

S. Rutin, P. Skripov, A. Igolnikov, 2021, Liquids.

Short-term measurements in thermally-induced unstable states of mixtures with LCST

S. Rutin, P. Skripov, A. Igolnikov, 2021 .

Heat transfer in pulse-superheated liquids

A. A. Starostin, P. Skripov, D. Volosnikov, 2003 .

Measurement of the critical properties of thermally unstable substances and mixtures by the pulse-heating method

P. Skripov, E. Nikitin, P. Pavlov, 1993 .

Thermodynamic and Transport Properties of Supercritical Fluids: Review of Thermodynamic Properties (Part 1)

I. Abdulagatov, P. Skripov, 2020, Russian Journal of Physical Chemistry B.

Method of Controlled Pulse Heating: Applications for Complex Fluids and Pol Ymers

P. Skripov, 2010 .

Method of estimating spontaneous bolting points and critical parameters for binary mixtures

P. Skripov, 1988 .

Experimental Investigation on Thermophysical Properties of Highly Nonideal Fluid Mixtures

P. Skripov, D. Volosnikov, 2009 .

Studies of thermal resistance of mixtures in a wide temperature range. 1. Experimental techniques

P. Skripov, D. Volosnikov, A. Baginsky, 2008 .

The Phenomenon of Superheat of Liquids: In Memory of Vladimir P. Skripov

P. Skripov, A. Skripov, 2010 .

Thermophysical Properties of Liquids in Not Fully Stable States—From the First Steps to the Current Trends

P. Skripov, 2022, Energies.

Heat Transfer in Supercritical Fluids: Reconciling the Results of Pulse and Stationary Experiments

S. Rutin, P. Skripov, 2021, High Temperature.

Non-stationary heat transfer beyond diffusion spinodal of a solution

S. Rutin, P. Skripov, A. Igolnikov, 2020 .

The Attainable Superheat: From Simple to Polymeric Liquids

P. Skripov, S. E. Puchinskis, P. V. Skripov, 2001 .

Characteristic Features of Heat Transfer in the Course of Decay of Unstable Binary Mixture

P. Skripov, A. Igolnikov, 2023, Energies.

Controlled high-power heat release as a tool to selecting working pressure for supercritical water

S. Rutin, P. Skripov, 2016, Journal of Engineering Thermophysics.

Going to Spontaneous Boiling-Up Onset

A. A. Starostin, P. Skripov, E. Lipnyagov, 2018, Journal of Engineering Thermophysics.

Going to Spontaneous Boiling-Up Onset

A. A. Starostin, P. Skripov, E. Lipnyagov, 2018, Journal of Engineering Thermophysics.

Heat transfer under high-power heating of liquids. 4. The effect of water admixtures on the heat transfer in superheated hydrocarbons

A. A. Starostin, P. Skripov, Kirill V. Lukynov, 2017 .

Heat Transfer to Aqueous Glycol Solutions in Pulse-Superheated States

A. A. Starostin, P. Skripov, D. Volosnikov, 2021, High Temperature.

Returning to classic conditions of THW-technique: A device for the constant heating power mode

S. Rutin, P. Skripov, D. Galkin, 2017 .

Enhancement of Heat Transfer Due to Decay of Unstable State of Solution

P. Skripov, I. I. Povolotskiy, D. Volosnikov, 2023, Journal of Engineering Thermophysics.

Heat transfer in supercritical water under impulse isobaric heating

S. Rutin, P. Skripov, A. D. Yampol’skii, 2014 .

Pulse Activation of Superheated Liquid Boiling-Up by Laser Radiation

A. A. Starostin, P. Skripov, A. Gurashkin, 2020 .

Experience of superheat of solutions: doubly metastable systems

P. Skripov, 2017 .

On Determination of Temperature of Attainable Water Superheat: Issues of Experiment Procedure

S. Rutin, P. Skripov, A. Igolnikov, 2022, Journal of Engineering Thermophysics.

Heat transfer in supercritical fluids under pulse heating regime

S. Rutin, P. Skripov, 2013 .

Title High-Power Heat Release in Supercritical Water: Insight into the Heat Transfer Deterioration Problem

S. Rutin, P. Skripov, A. Igolnikov, 2020, Journal of Engineering Thermophysics.

Experimental Investigation of the Enthalpy of Isobutane−Compressor Oil Solutions

P. Skripov, V. Zhelezny, S. Nichenko, 2010 .

Heat Conduction of Superheated Mixtures: Relationship with Excess Volume

P. Skripov, I. I. Povolotskiy, D. Volosnikov, 2022, Journal of Engineering Thermophysics.

Approximations for the Nucleation Temperature of Water

S. Sazhin, P. Strizhak, P. Skripov, 2023, SSRN Electronic Journal.

Heat transfer and thermal fracture of polymers in pulsed processes

A. A. Starostin, P. Skripov, S. E. Puchinskis, 2000 .

Short-term comparison of heat conduction and critical parameters for thermally unstable mixtures

S. Rutin, P. Skripov, A. Igolnikov, 2019, PHYSICS, TECHNOLOGIES AND INNOVATION (PTI-2019): Proceedings of the VI International Young Researchers’ Conference.