This master project is a continuation of our research, where we aim to study the thermo-optical properties of soot with potassium addition to the soot formation process, using two different methods: a LINKAM heating stage and OC/EC analysis. Raman spectroscopy (RS) will also be applied to characterize structural modifications in soot. By observing how soot particles evaporate, pyrolyze and oxidize while ramping the temperature in an inert and oxidizing environment, we can study refractory and non-refractory components in the samples.
The master thesis work includes experiments in the lab and data analysis. The student will learn and use Raman spectroscopy and thermo-optical analysis in studying soot. After the thesis, the student is expected to have a deep understanding of RS, OC/EC analysis, and be able to apply them in characterizing various samples, including soot. The student is required to have a basic background in laser, optics, and programming knowledge.
Contact
Kim-Cuong Le, Associate senior lecturer
Combustion Physics, room E430
Email: thi_kim [dot] cuong_le [at] forbrf [dot] lth [dot] se (thi_kim[dot]cuong_le[at]forbrf[dot]lth[dot]se)
Saga Bergqvist, Ph.D. student
Combustion Physics, room E333
Email: thi_kim [dot] cuong_le [at] forbrf [dot] lth [dot] se (saga[dot]bergqvist[at]forbrf[dot]lth[dot]se)