Anisotropic Pitch-Based Carbon Fibers—Carbonization and Graphitization (Radial-with-Wedge i1 and Radial i2 types)
Khalid Lafdi
Part of the Engineering Commons
Works by S. Bonnamy in Engineering
2016
Mechanism of Formation of the Texture and Microtexture in As-Spun then Oxidized Anisotropic Pitch-Based Carbon Fibers, Part I: Radial with Wedge Type i1
Khalid Lafdi
Mechanism of Anisotropy Occurrence in a Pitch Precursor of Carbon Fibres: Part I—Pitches A and B
Khalid Lafdi
Mechanism of Anisotropy Occurrence in a Pitch Precursor of Carbon Fibres: Part II—Pitch C
Khalid Lafdi
Influence of Anisotropic Phases in the Filtration of Impregnating Pitches (Relations with Filtrability Index)
Khalid Lafdi
Textures and Structures in Heterogeneous Pitch-Based Carbon Fibres (As-Spun, Oxidized, Carbonized, and Graphitized)
Khalid Lafdi
Transmission Electron Microscopy of Coal Tar Pitches obtained by Soaking then Distillation
Khalid Lafdi
Mechanism of Anisotropy Occurrence in a Pitch Precursor of Carbon Fibres: Part III—Hot Stage Microscopy of Pitch B and C
Khalid Lafdi
Mechanism of Anisotropy Occurrence in a Pitch Precursor of Carbon Fibres: Part I—Pitches A and B
Khalid Lafdi
Mechanism of Formation of the Texture and Microtexture in As-Spun then Oxidized Anisotropic Pitch-Based Carbon Fibers, Part II: Radial Type i2
Khalid Lafdi
