Type and rank variations of Lebak coals were derived from twenty-eight samples of Palaeogene coalfield (Bayah, Cimandiri and Cihideung) and Neogene coalfields (Bojongmanik) using petrographic analy- ses. The Lebak coals are dominated by vitrinite, liptinite and minor inertinite and mineral matter as well. The coal type, in terms of maceral and mineral compositions, reflects climatic influences and differences in peat conditions. Higher vitrinite reflectance of Palaeogene coals, compared to Neogene ones, is a result of higher regional coalification level in the basin, associated with greater cover and local effect of igneous intrusion. The Palaeogene coals have better quality than the Neogenes and is also supported by higher specific energy....
Abundant coal seams of Miocene age with thickness of up to 4.7 metres occur in Kutai Basin, East Kal...
Similarities and differences in type and rank characteristics in Tertiary coals of the western part ...
The Asem-Asem Basin has cratonic and back-arc settings containing coal deposits that were formed in ...
Type and rank variations of Lebak coals were derived from twenty-eight samples of Palaeogene coalfie...
Geological setting of the Cigudeg and Bojongmanik areas gives rise to the coal characteristics, par-...
Type and rank variation within Tertiary Barito coals of Tanjung Formation were analyzed by petro- gr...
Type and rank variation of selected Sumateran (Ombilin and Bukit Asam) Tertiary coals were as- sesse...
The Palaeogene coal deposits occur in three coalfields in the Banten Province, which are distributed...
Petrographic composition of the Neogene Tenggarong coals in the Kutai Basin-East Kalimantan indicate...
Selected Tertiary coals from the western part of Indonesia (Sumatera, Kalimantan and Java) indicate ...
A carbonate complex in the Mangkalihat area, East Kalimantan, has been selected for this study, beca...
Eight samples of Eocene Kuaro Formation were taken from Pasir area, East Kalimantan to be examined t...
Genesis of the coal macerals in the studied area depends particularly on the tectonic and geologic s...
Geologic aspects, particularly geologic history and depositional environment, have a main role in th...
Coal deposits were formed in Tertiary sequexnces in Satui area of Asem-Asem Basin, South Kalimantan....
Abundant coal seams of Miocene age with thickness of up to 4.7 metres occur in Kutai Basin, East Kal...
Similarities and differences in type and rank characteristics in Tertiary coals of the western part ...
The Asem-Asem Basin has cratonic and back-arc settings containing coal deposits that were formed in ...
Type and rank variations of Lebak coals were derived from twenty-eight samples of Palaeogene coalfie...
Geological setting of the Cigudeg and Bojongmanik areas gives rise to the coal characteristics, par-...
Type and rank variation within Tertiary Barito coals of Tanjung Formation were analyzed by petro- gr...
Type and rank variation of selected Sumateran (Ombilin and Bukit Asam) Tertiary coals were as- sesse...
The Palaeogene coal deposits occur in three coalfields in the Banten Province, which are distributed...
Petrographic composition of the Neogene Tenggarong coals in the Kutai Basin-East Kalimantan indicate...
Selected Tertiary coals from the western part of Indonesia (Sumatera, Kalimantan and Java) indicate ...
A carbonate complex in the Mangkalihat area, East Kalimantan, has been selected for this study, beca...
Eight samples of Eocene Kuaro Formation were taken from Pasir area, East Kalimantan to be examined t...
Genesis of the coal macerals in the studied area depends particularly on the tectonic and geologic s...
Geologic aspects, particularly geologic history and depositional environment, have a main role in th...
Coal deposits were formed in Tertiary sequexnces in Satui area of Asem-Asem Basin, South Kalimantan....
Abundant coal seams of Miocene age with thickness of up to 4.7 metres occur in Kutai Basin, East Kal...
Similarities and differences in type and rank characteristics in Tertiary coals of the western part ...
The Asem-Asem Basin has cratonic and back-arc settings containing coal deposits that were formed in ...