Change of the superconducting, transport, and microscopic properties of transition metals upon introduction of interstitial impurities and deformation-induced defects

Sokolenko, V. I.; Starodubov, Ya. D.; Merisov, B. A.; Khadzhay, G. Ya.

doi:10.1063/1.1374718

Cited by 5 publications

(2 citation statements)

References 27 publications

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“…[ 13 ] For y > 1, excessive carbon atoms were treated as impurities, so

Δ ρ_{0} (y) = Δ ρ_{0}^{'} (1 - y)

with

Δ ρ_{0}^{'}

=3 × 10 −8 Ohm m per 1% of the atomic ratio, that was the averaged increment of the residual resistivity of metals due to impurities of carbon. [ 21,22 ]…”

Section: Resultsmentioning

confidence: 99%

“…Ohm m per 1% of the atomic ratio, that was the averaged increment of the residual resistivity of metals due to impurities of carbon. [21,22] Calculated profile of ρ 00 0 along the crystal of titanium carbide is shown in Figure 2d. One can see long sections of (1.5-2) Â 10 À5 m with the high residual resistivity of about 2 Â 10 À6 Ohm m at both ends of the crystal and sharp minima near the center.…”

Section: The Estimation Of the Residual Resistivity Of Phases In Samplesmentioning

confidence: 99%

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The Electrical Resistivity of Multiphase Systems Based on the Ti₃AlC₂ Hexagonal Phase at Low Temperatures

Grib

Khadzhai

Petrushenko

et al. 2022

Physica Status Solidi (b)

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The electrical resistivity of three samples is measured in the range 4.2–295 K. One sample contains the pure Ti3AlC2 MAX‐phase, and the other two samples contain this phase together with inclusions of TiC, TiO, and Al2O3 phases. To estimate the value of the residual resistivity of the TiC phase, data of energy‐dispersive X‐ray spectroscopy concentration distributions of elements are used. Estimations show that the Ti3AlC2 phase has the smallest residual resistivity of all phases and can electrically shunt other phases. The approximation of temperature dependences of the resistivity reveals that the Bloch–Grüneisen term of scattering of electrons on phonons (i.e., the term proportional to T5) increases strongly with the increase of volume fractions of inclusions. According to the proposed explanation of this effect, interstitial impurities of the carbon in the Ti3AlC2 phase migrate to neighbor crystals of the titanium carbide during the formation of the MAX phase, so the purification of this phase from carbon appears. As all other phases are electrically shunted by the Ti3AlC2 phase, the Bloch–Grüneisen term of the resistivity of this purified Ti3AlC2 phase increases.

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“…[ 13 ] For y > 1, excessive carbon atoms were treated as impurities, so

Δ ρ_{0} (y) = Δ ρ_{0}^{'} (1 - y)

with

Δ ρ_{0}^{'}

=3 × 10 −8 Ohm m per 1% of the atomic ratio, that was the averaged increment of the residual resistivity of metals due to impurities of carbon. [ 21,22 ]…”

Section: Resultsmentioning

confidence: 99%

Section: The Estimation Of the Residual Resistivity Of Phases In Samplesmentioning

confidence: 99%

The Electrical Resistivity of Multiphase Systems Based on the Ti₃AlC₂ Hexagonal Phase at Low Temperatures

Grib

Khadzhai

Petrushenko

et al. 2022

Physica Status Solidi (b)

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Attenuation of ultrasonic waves in V, Nb and Ta at low temperatures

Singh¹,

Pandey²,

Yadawa³

et al. 2009

Cryogenics

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Resistivity and microscopic characteristics of platinum in different structural states

Sokolenko

Starodubov

Mirny

et al. 2003

Low Temperature Physics

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The experimental temperature dependence of the resistivity of platinum in different structural states is processed using the two-band Mott–Wilson model of a transition metal. It is found that impurities, deformation defects, and quenching defects have essentially different influences on the Debye temperature, the intensity of electron–electron Coulomb scattering, and the intensity of intra- and interband electron–phonon scattering. A number of effective microscopic characteristics and band parameters are calculated in the Friedel model. The mechanisms by which the different structural factors influence the investigated complex of physical characteristics of platinum are analyzed.

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Change of the superconducting, transport, and microscopic properties of transition metals upon introduction of interstitial impurities and deformation-induced defects

Cited by 5 publications

References 27 publications

The Electrical Resistivity of Multiphase Systems Based on the Ti₃AlC₂ Hexagonal Phase at Low Temperatures

The Electrical Resistivity of Multiphase Systems Based on the Ti₃AlC₂ Hexagonal Phase at Low Temperatures

Attenuation of ultrasonic waves in V, Nb and Ta at low temperatures

Resistivity and microscopic characteristics of platinum in different structural states

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Change of the superconducting, transport, and microscopic properties of transition metals upon introduction of interstitial impurities and deformation-induced defects

Cited by 5 publications

References 27 publications

The Electrical Resistivity of Multiphase Systems Based on the Ti3AlC2 Hexagonal Phase at Low Temperatures

The Electrical Resistivity of Multiphase Systems Based on the Ti3AlC2 Hexagonal Phase at Low Temperatures

Attenuation of ultrasonic waves in V, Nb and Ta at low temperatures

Resistivity and microscopic characteristics of platinum in different structural states

Contact Info

Product

Resources

About

The Electrical Resistivity of Multiphase Systems Based on the Ti₃AlC₂ Hexagonal Phase at Low Temperatures

The Electrical Resistivity of Multiphase Systems Based on the Ti₃AlC₂ Hexagonal Phase at Low Temperatures