Müller-Sebert, W.W.Müller-SebertEckermann, ThomasThomasEckermannHerres, N.N.HerresKoidl, P.P.KoidlWild, C.C.Wild2022-03-032022-03-031991https://publica.fraunhofer.de/handle/publica/180605The morphology and structure of polycrystalline diamond films have been investigated for various growth conditions as a function of film thickness. Samples exhibiting pronounced (100), (110) and (111) fibre textures have been studied. It is shown that growth starts from randomly oriented nuclei with the texture developing in the course of film growth due to the competition between differently oriented grains. Growth models are discussed relating the observed textures to the relative growth rates of (100) and (111) faces and to twin formation during the nucleation stage.enDiamantdiamondgrowth modellinglow pressure depositionMorphologiemorphologyNiederdruckabscheidungpolycrystalline diamondpolykristalliner DiamantTexturtextureWachstumsmodell621667541journal article