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Article cité :

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Space charge behavior of silicone rubber nanocomposites with thermal step method

Ji Wei Zhang, Qing Quan Li, Hong Shun Liu, et al.
Japanese Journal of Applied Physics 55 (8) 081501 (2016)
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Dielectric Materials for Electrical Engineering

Alain Toureille, Petru Notingher, Jérôme Castellon and Serge Agnel
Dielectric Materials for Electrical Engineering 117 (2013)
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Computation of the Electric Field in Cable Insulation in the Presence of Water Trees and Space Charge

Cristina Stancu, Petru V. Notingher, Florin Ciuprina, et al.
IEEE Transactions on Industry Applications 45 (1) 30 (2009)
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A new numerical technique of electric field determination within dielectric materials plate and cable using the TSM method

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The European Physical Journal Applied Physics 23 (1) 63 (2003)
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Space‐charge measurement in polymer films by the new alternating thermal wave method

Jean‐Michel Reboul and Régis Carin
Polymer International 51 (11) 1190 (2002)
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Exploration of the space charge behaviour of polyethylene using measurements of thermally stimulated discharge currents coupled with the determination of space charge distributions by the thermal step method in hydrogenated poly(vinyl chloride)

N Guarrotxena, J Contreras, A Toureille and J Millán
Polymer 40 (10) 2639 (1999)
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Study of poly(methyl methacrylate) relaxations by thermally stimulated depolarization currents and the thermal step method

M Mudarra, A Joumha, J Belana and A Toureille
Polymer 40 (25) 6977 (1999)
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Molecular microstructure dependence of space charges in polymers. Study by the thermal step method of hydrogenated poly(vinyl chloride) as a precursor of polyethylene

N. Guarrotxena, N. Vella, A. Toureille and J.L. Millán
Polymer 39 (14) 3273 (1998)
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Influence of the tacticity dependent microstructure on the space charge distribution of poly(vinyl chloride)

Nathalie Vella, Alain Toureille, Nekane Guarrotxena and José‐Luis Millan
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