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Citation: Ja. Weima et al., Experimental investigation of the parameter dependency of the removal rateof thermochemically polished CVD diamond films, J SOL ST EL, 5(2), 2001, pp. 112-118

Authors: Weima, JA Job, R Fahrner, WR Kosaca, GC Muller, N Fries, T

Citation: Ja. Weima et al., Surface analysis of ultraprecise polished chemical vapor deposited diamondfilms using spectroscopic and microscopic techniques, J APPL PHYS, 89(4), 2001, pp. 2434-2440

Authors: Weima, JA von Borany, J Kreissig, U Fahrner, WR

Citation: Ja. Weima et al., Quantitative analysis of carbon distribution in steel used for thermochemical polishing of diamond films, J ELCHEM SO, 148(11), 2001, pp. G607-G610

Authors: Weima, JA Zaitsev, AM Job, R Kosaca, G Blum, F Grabosch, G Fahrner, WR Knopp, J

Citation: Ja. Weima et al., Investigation of non-diamond carbon phases and optical centers in thermochemically polished polycrystalline CVD diamond films, J SOL ST EL, 4(8), 2000, pp. 425-434

Authors: Weima, JA Job, R Fahrner, WR Zaitsev, AM

Citation: Ja. Weima et al., Low energy carbonaceous and graphite phases on the surfaces of thermochemically polished chemical vapor deposited diamond films, J APPL PHYS, 87(9), 2000, pp. 4553-4557