Browsing LECTURERS PAPER (CH) by Title
Now showing items 40-59 of 64
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Pyrolysis Study of Brominated High Impact Polystyrene: Effect of Polyolefins
(Kyoto University, 2007-08-25)Pyrolysis of brominated high impact polystyrene in presence of polyolefins has been done. The pyrolysis products were analysed with GC/TCD, GC/FID, GC/MSDand GC/ECD. It was found that interaction occurs ... -
The Role of Temperature Control during Pyrolysis of High impact Polystyrene with Decabromodiphenyl Ethane Flame Retardant in Mixed Plastics
(Kyoto University, 2007-08-25)The effort to minimize the formation of brominated hydrocarbons has been conducted by temperaturecontrol during pyrolysis of high impact polystyrene containing ... -
Slow Release of Urea Encapsulated by Biodegradable Starch-PVA-Glycerol
(Universiti Teknikal Malaysia Melaka, 2012-10-16)The influence of the blending ratio of biodegradable starch/polyvinyl alcohol (PVA)/glycerolin encapsulating urea for slow release has been investigated. It is found that water absorption capacity ... -
[SPMI] Kebijakan SPMI
(2016-12-01) -
[SPMI] Laporan AMI 2018
(2018-08-09) -
[SPMI] Laporan AMI 2019
(2019-10-16) -
[SPMI] Laporan Tahunan Universitas Pertamina 2020
(2020-12-31) -
[SPMI] LED Program Studi - AMI 2020
(2020-10-23) -
[SPMI] Manual SPMI
(2017-10-12) -
[SPMI] PTK Audit Mutu Internal 2019
(2019-10-10) -
[SPMI] Renstra Universitas
(2017-02-01) -
[SPMI] SK Tim Ad Hoc Auditor 2019
(2019-09-18) -
[SPMI] SK Tim Ad Hoc Auditor 2020
(2020-09-30) -
[SPMI] Standar Pendidikan
(2017-10-12) -
[SPMI] Standar Penelitian
(2017-10-12) -
[SPMI] Standar Pengabdian kepada Masyarakat
(2017-10-12) -
[SPMI] Standar Tata Pamong
(2017-10-12) -
[SPMI] Struktur Organisasi Universitas Pertamina 2021
(2021-06-29) -
Study of Biolubricant Synthesis from Crude Palm oil by using Indonesian Natural Zeolite-based Catalysts
(Universitas Pertamina, 2021-03-01)Palm oil is considered as the most promising renewable resources for the production of biolubricants due to their high availability non-toxic, biodegradable and metal adhering properties. The aim of this research is to ... -
Study of Pyrolysis Kinetics on Domestic Plastic Waste
(AIP Publishing, 2022-12-12)The development of polymer recycling is supported by research of degradation kinetics, pyrolysis products, and even reaction mechanisms. In this research, non-isothermal kinetic methods were used to estimate activation ...