Electrical Resistivity of Liquid Gadolinium (with Carbon Content of 29 at %) at Temperatures of 2000–4250 K

Savvatimsky, A. I.; Onufriev, S. V.; Val’yano, G. E.; Kireeva, A. N.; Patrikeev, Yu. B.

doi:10.1134/s0018151x20010150

High Temp

2020

DOI: 10.1134/s0018151x20010150

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Electrical Resistivity of Liquid Gadolinium (with Carbon Content of 29 at %) at Temperatures of 2000–4250 K

A. I. Savvatimsky

S. V. Onufriev

G. E. Val’yano

et al.

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Equation of state for vanadium at high pressures

Khishchenko

2021

J. Phys.: Conf. Ser.

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An equation of state for vanadium is proposed over a wide range of densities and pressures in the form of an analytic function of pressure on the specific volume and internal energy. The calculated cold curve and shock adiabat are compared with the available data from static and dynamic compression experiments. The developed equation of state can be used to simulate physical processes in vanadium under conditions of high energy density.

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Equation of state for vanadium at high pressures

Khishchenko

2021

J. Phys.: Conf. Ser.

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Electrical Resistance of Liquid Carbon (up to 9000 K) and Liquid Gadolinium (up to 6000 K) at Elevated Pressure and High Temperatures

Onufriev,

Savvatimskiy

2023

High Temp

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Direct Measurement of Zirconium Melting Line up to 4 kbar by Isobaric Pulse Heating Method

Dorovatovsky,

Sheindlin,

Minakov

2023

High Temp

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Electrical Resistivity of Liquid Gadolinium (with Carbon Content of 29 at %) at Temperatures of 2000–4250 K

Cited by 3 publications

References 8 publications

Equation of state for vanadium at high pressures

Equation of state for vanadium at high pressures

Electrical Resistance of Liquid Carbon (up to 9000 K) and Liquid Gadolinium (up to 6000 K) at Elevated Pressure and High Temperatures

Direct Measurement of Zirconium Melting Line up to 4 kbar by Isobaric Pulse Heating Method

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