Parametric numerical study of dislocation density distribution in Czochralski-grown germanium crystals
Dislocations strongly affect the quality of Czochralski-grown germanium crystals used for
various applications, however, the influence of different growth parameters on the …
various applications, however, the influence of different growth parameters on the …
A Coupled Approach to Compute the Dislocation Density Development during Czochralski Growth and Its Application to the Growth of High-Purity Germanium (HPGe)
W Miller, A Sabanskis, A Gybin, KP Gradwohl… - Crystals, 2023 - mdpi.com
The evolution of the dislocation density during Czochralski growth is computed by the
combination of global thermal calculations and local computation of the stress and …
combination of global thermal calculations and local computation of the stress and …
[HTML][HTML] Simulation of crucible-free growth of monocrystalline silicon fibres for mirror suspension in gravitational-wave detectors
L Vieira, I Buchovska, I Tsiapkinis, A Wintzer… - Journal of Crystal …, 2024 - Elsevier
Monocrystalline silicon fibres are a promising candidate to support the test mass needed in
gravitational-wave detectors. Stringent requirements on material purity and fibre diameter …
gravitational-wave detectors. Stringent requirements on material purity and fibre diameter …