Just published: "Hydrogen production and electrocatalytic study of a Myriophyllum spicatum catalyst"

Dear Agus Setiawan, Because you cited the paper "Biochar-Assisted Iron-Mediated Water Electrolysis Process for Hydrogen Production", we think you might be interested in this recently published article from Academia Green Energy: Hydrogen production and electrocatalytic study of a Myriophyllum spicatum catalyst Hydrogen production and electrocatalytic study of a Myriophyllum spicatum catalyst  Tülin Avci Hansu, Mesut Bekiroğullari, Mustafa Kaya, Fatih Duman 2025, Academia Green Energy 3,839 Views  View paper → ↓ Download paper Read later Abstract Recently, direct-fed fuel cells have been among the most researched subjects due to their advantages such as easy portability, refueling, and high energy conversion. In this study, Myriophyllum spicatum (M. spicatum) wetland biomass waste was converted to biochar using a chemical activation and carbonization method.... Read more Academia Green Energy VIEWS 369,354 ARTICLES 71 Academia Green Energy is an innovative open access journal publishing original research and review articles covering all areas of green energy. The editors welcome interdisciplinary submissions from the cutting edge of green energy research, in particular, those that drive connectivity between disciplines. 580 California St., Suite 400, San Francisco, CA, 94104 Unsubscribe   Privacy Policy   Terms of Service   © 2025 Academia

                                                           

Agus Setiawan ✏️ Did you write "Reduction of dislocation density and improvement of optical..."?

Agus, is this publication yours? Help us keep your profile up to date. Reduction of dislocation density and improvement of optical quality in ZnO layers by MgO-buffer annealing Agus Setiawan 2004, Current Applied Physics Add to Profile This Is Not Me Adding this paper will upload it to Academia.edu. 580 California St., Suite 400, San Francisco, CA, 94104 Unsubscribe   Privacy Policy   Terms of Service   © 2025 Academia

                                                           

Claim "Sistem Otomatisasi Pokayoke Kanban Cek di PT Denso Indonesia" for your profile

Agus, is this publication yours? Help us keep your profile up to date. Sistem Otomatisasi Pokayoke Kanban Cek di PT Denso Indonesia Agus Setiawan Setiawan Jurnal Teknologi dan Rekayasa Manufaktur Pada Bulan Juni 2020 terdapat claim di customer TMMIN (PT Toyota Motor Manufakturing Indonesia) untuk produk horn assy. Claim-nya adalah part number  pada kartu identitas customer berbeda dengan part number horn assy. Oleh karena itu dibuatlah otomatisasi sistem pokayoke kanban cek dengan QR code scanner sebagai... Add to Profile This Is Not Me Adding this paper will upload it to Academia.edu. 580 California St., Suite 400, San Francisco, CA, 94104 Unsubscribe   Privacy Policy   Terms of Service   © 2025 Academia

                                                           

Just published: "Hydrogen production and electrocatalytic study of a Myriophyllum spicatum catalyst"

Dear Agus Setiawan, Because you cited the paper "Biochar-Assisted Iron-Mediated Water Electrolysis Process for Hydrogen Production", we think you might be interested in this recently published article from Academia Green Energy: Hydrogen production and electrocatalytic study of a Myriophyllum spicatum catalyst Hydrogen production and electrocatalytic study of a Myriophyllum spicatum catalyst  Tülin Avci Hansu, Mesut Bekiroğullari, Mustafa Kaya, Fatih Duman 2025, Academia Green Energy 671 Views  View paper → ↓ Download paper Read later Abstract Recently, direct-fed fuel cells have been among the most researched subjects due to their advantages such as easy portability, refueling, and high energy conversion. In this study, Myriophyllum spicatum (M. spicatum) wetland biomass waste was converted to biochar using a chemical activation and carbonization method.... Read more Academia Green Energy VIEWS 329,469 ARTICLES 65 Academia Green Energy is an innovative open access journal publishing original research and review articles covering all areas of green energy. The editors welcome interdisciplinary submissions from the cutting edge of green energy research, in particular, those that drive connectivity between disciplines. 580 California St., Suite 400, San Francisco, CA, 94104 Unsubscribe   Privacy Policy   Terms of Service   © 2025 Academia