Dr.-Ing. Saskia Schimmel

Lehrstuhl für Elektronische Bauelemente

High-Energy Computed Tomography as a Prospective Tool for In Situ Monitoring of Mass Transfer Processes inside High-Pressure Reactors-A Case Study on Ammonothermal Bulk Crystal Growth of Nitrides including GaN (2022) Schimmel S, Salamon M, Tomida D, Neumeier S, Ishiguro T, Honda Y, Chichibu SF, Amano H Journal article Temperature field and fluid flow in ammonothermal growth of GaN during etch-back and crystal growth for a retrograde solubility configuration (2022) Schimmel S, Tomida D, Ishiguro T, Honda Y, Chichibu SF, Amano H Conference contribution, Abstract of a poster High Energy Computed Tomography as a Tool for Validation of Numerical Simulations of Ammonothermal Crystal Growth of GaN (2022) Schimmel S, Salamon M, Tomida D, Ishiguro T, Honda Y, Chichibu SF, Amano H Conference contribution, Abstract of a poster In Situ Monitoring Technologies as Prospective Validation Tools for Numerical Simulations of Ammonothermal Crystal Growth (2022) Schimmel S, Salamon M, Tomida D, Kobelt I, Heinlein L, Kimmel AC, Steigerwald T, et al. Conference contribution, Abstract of a poster Special Equipment for Ammonothermal Processes (2021) Schlücker E, Hertweck B, Schimmel S, Wellmann P Book chapter / Article in edited volumes In Situ Visualization of the Ammonothermal Crystallization Process by X-ray Technology (2021) Schimmel S, Wellmann P Book chapter / Article in edited volumes Numerical Simulations of Ammonothermal Crystal Growth of GaN and Pathways towards their Experimental Validation (2021) Schimmel S, Tomida D, Saito M, Bao Q, Ishiguro T, Honda Y, Chichibu SF, et al. Conference contribution, Abstract of a poster Numerical simulation of ammonothermal crystal growth of GaN-current state, challenges, and prospects (2021) Schimmel S, Tomida D, Ishiguro T, Honda Y, Chichibu SF, Amano H Journal article, Original article Boundary conditions for simulations of fluid flow and temperature field during ammonothermal crystal growth—a machine-learning assisted study of autoclave wall temperature distribution (2021) Schimmel S, Tomida D, Saito M, Bao Q, Ishiguro T, Honda Y, Chichibu SF, Amano H Journal article, Original article Flow stability, convective heat transfer and chemical reactions in ammonothermal autoclaves—insights by in situ measurements of fluid temperatures (2020) Schimmel S, Kobelt I, Heinlein L, Kimmel AC, Steigerwald T, Schlücker E, Wellmann P Journal article