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Apriwandi
Institutions:
Universitas Riau Indonesia,
Telkom University,
Riau University
Observed institutions:
Universitas Riau Indonesia,
Telkom University,
Riau University
OpenAlex ID:
A5121732769
Nanoarchitectonics of biomass-derived o-self-doped carbon nanofibers from pine cones via a chemical catalyst approach for high-performance supercapacitors
2026
·
Rakhmawati Farma
, Tri Hardiansyah
, et al.
·
Journal of Energy Storage
·
6
Synthesis of natural N- and ZnO co-doped 3D porous carbon derived from Cyclea barbata leaves for high-energy symmetric supercapacitors
2026
·
Erman Taer
, Nursyafni
, et al.
·
Journal of Energy Storage
·
3
Oxygen-functionalized carbon nanofibers from kulim wood for high- performance supercapacitors via an integrated chemical–physical catalyst approach
2025
·
Erman Taer
, Apriwandi
, et al.
·
Communications in Science and Technology
·
1
PDF
Coconut fiber-derived porous carbon with ZnO-assisted density-porosity optimization for enhanced gravimetric and volumetric supercapacitor properties
2026
·
Erman Taer
, Nursyafni
, et al.
·
Bioresource Technology Reports
Chemical-free dual-atmosphere pyrolysis of tapioca-derived porous carbon for enhanced super-capacitive performance
2026
·
Rika Taslim
, Muhammad Abdul Razzaq Zain
, et al.
·
Diamond and Related Materials
Dense porous monolithic carbon from Indonesian daikon leaf waste via NaOH–CO2 physicochemical activation for binder-free volumetric supercapacitors
2026
·
Apriwandi
, Widya Sinta Mustika
, et al.
·
Communications in Science and Technology
PDF
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Works count:
6
Citation count:
10
H-index:
2
I10-index:
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