Pramujo Widiatmoko: Doctoral Presentation. 博士論文公聴会 20 Aug. 2014

Pramujo Widiatmoko
Effects of heat treatment and additive loading on the solution-derived synthesis of metal oxide powder

Aug.20 09:00-10:30, BASE 1F meeting room



Doctoral Thesis from our research group: /research/thesis/


He is a faculty member at Institut Teknologi Bandung (ITB) Chemical Engineering. Graduated (Bachelor and Master) from ITB.
** Bandung工科大学(ITB)卒、ITB修士修了、ITB教員

DOCTORAL THESIS (September 2014) in English:

Preparation of LiMn2O4 particles by glucose-assisted combustion method
P. Widiatmoko*, Doris N. Khaemba*, I. Wuled Lenggoro (*: equal contribution)
Journal of the Ceramic Society of Japan (2014)

Enhancement of conductivity by controlled heat treatments in Al-doped ZnO powder system
P. Widiatmoko, Y. Kondo, T. Sameshima, I. W. Lenggoro

A time-temperature-transformation approach for efficient heat treatment of conductive doped metal oxide particles
P. Widiatmoko, I. W. Lenggoro

Probing the doping concentration of Al ion on the surface of ZnO matrix by Raman spectroscopy method
P. Widiatmoko, T. Sameshima, I. W. Lenggoro

(Title can not be opened, due to some reasons)
H. Matsushima*, P. Widiatmoko*, I. W. Lenggoro (*: equal contribution)

PRESENTATIONS: International Conferences

7th World Congress on Particle Technology
19 May 2014, Beijing
Enhancement of ion doping efficiency by a post-heat treatment for synthesis of metal oxide particles

5th Nanoscience and Nanotechnology Symposium, NNS,
23-25 October 2013 (Hotel Meritus, Surabaya, Indonesia)
Application of temperature-time heat-treatment profiles on controlling structure of doped metal oxide powder

19th Regional Symposium on Chemical Engineering (RSCE2012)
2012, 7-8 November, Bali, Indonesia,
Effect of Heat Treatment on Doping Efficiency of Metal Oxide

Pramujo Widiatmoko, Yosuke Kondo, and Wuled Lenggoro,
”Effect of Heat Treatment on Doping Efficiency of Metal Oxide”,
19th Regional Symposium on Chemical Engineering
ISBN : 978-602-9494-30-3