“…It is shown that R g 50 Ω at p = 40 GPa and R g ≈ 130 Ω at p = 60 GPa. The data of [14] agree with the measurements performed in the present work, according to which, R g 300 at p = 14.5 GPa. In the present work and in [14], a polarized material was studied.…”
Section: Discussion Of Resultssupporting
confidence: 83%
“…For this value σ v , the resistance of the sensitive element of the gauge, which is a plate capacitor with typical plate sizes of 2 × 2 mm and 30 μm thick is R g ≈ 3 Ω. This result contradicts the results of measurements [14] of the resistance of PVDF gauges with sensitive elements of the sizes specified above. For this, the dependence of the charge passed through the gauge load resistance on the load size was determined experimentally.…”
This paper gives the results of measurement of shock-induced electrical conductivity in ferroelectrics: PKR-1 lead zirconate-titanate piezoceramic, deuterated triglycerine sulphate single crystal, and polymer polyvinylidene fluoride.
“…It is shown that R g 50 Ω at p = 40 GPa and R g ≈ 130 Ω at p = 60 GPa. The data of [14] agree with the measurements performed in the present work, according to which, R g 300 at p = 14.5 GPa. In the present work and in [14], a polarized material was studied.…”
Section: Discussion Of Resultssupporting
confidence: 83%
“…For this value σ v , the resistance of the sensitive element of the gauge, which is a plate capacitor with typical plate sizes of 2 × 2 mm and 30 μm thick is R g ≈ 3 Ω. This result contradicts the results of measurements [14] of the resistance of PVDF gauges with sensitive elements of the sizes specified above. For this, the dependence of the charge passed through the gauge load resistance on the load size was determined experimentally.…”
This paper gives the results of measurement of shock-induced electrical conductivity in ferroelectrics: PKR-1 lead zirconate-titanate piezoceramic, deuterated triglycerine sulphate single crystal, and polymer polyvinylidene fluoride.
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