I Nyoman Sudiana

TL;DR: A preliminary study of application microwave energy for bioconversion of cellulosic sawdust to glucose was performed as mentioned in this paper, where the effects of the microwave were compared to those of the conventional method for each solvent.

Abstract: Some progress has been made and reported previously due to investigate microwave effects to materials. The microwave applications for material processing by using wide range microwave frequencies such as in sintering, chemical reaction, and drying have been performed. Microwave drying is based on a unique volumetric heating mode with electromagnetic radiation at 2,450 MHz. However, the quest for a what a true microwave effect is still plagued with difficulties. This paper provides a experimental and theoretical analysis of drying materials using microwave. For drying experiments, in this investigation, we were using a domestic microwave oven which operated at three power levels for drying chamber. The samples are agriculture commodity collected from local farmers. The experimental results show that microwave accelerate drying in most materials. The experimental data were analyzed by using an available model constructed from fundamental physics by other scholars. The model has been applied to more understanding the behavior of the microwave drying material.

TL;DR: In this paper , a model pembelajaran SAVI was used for mind-mapping of literasi sains and hasil belajar IPA in a control group design.

TL;DR: In this paper, the composition of glue material and cocoa shell charcoal which give highest calor energy found in this research is 5:95 % and the optimisation of microstructure is performed by microwave activation.