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Quelles mousses pour quelles indications ?
Which foams are right for which indications?
Auteurs/Authors : Monfreux A.
Mots-clés : Structure, Texture, Mousse sèche, Mousse humide, Surfactant, Tensio-actif, Molécule amphiphile, Tête hydrophile, Queue hydrophobe, Tension superficielle, Film liquide de surface, Bords de plateau, Canaux, Noeuds, Monocouche, Cohésion, Stabilité, Moussabilité, Drainage, Mûrissement, Coalescence, Vieillissement, Absorption, Sphérique, Polyédrique, Solubilité, Moussage par transfert, Moussage thermodynamique, Connecteur, Double raccord, Silicone, Ratio liquide/air, Viscoélasticité, Standardisation
Keywords: Tructure, Texture, Dry foam, Wet foam, Surfactant, Tensio-active, Amphiphilicmolecule, Hydrophilic head, Hydrophobic tail, Surface tension, Liquid film surface, Edges of the plate, Channels, Knots, Single layer, Cohesion, Stability, Foamability, Drainage, Ripening, Coalescence, Aging, Absorption, Spherical, Polyhedric, Solubility, Foaming through transfer, Thermodynamic foaming, Connector, Dual connection, Silicone, Liquid-to-air ratio, Viscoelasticity, Standardization
Facteurs influençant les résultats de l'ablation des varices par laser endoveineux. Expérience tchèque de 6 ans.
Factors influencing the outcome of endovenous laser ablation of varicose veins. Six-year Czech experience.
Auteurs/Authors : Kaspar S., Tomesova I., Zichova J.
Mots-clés : Laser endoveineux, Résultat clinique, Standardisation, Energie laser, Puissance, Effets secondaires
Keywords: Endovenous laser, Clinical outcome, Standardization, Laser energy, Power, Side-effects
