Desain Bio-Metal Organic Framework (Bio-MOF) Berbasis L-Glutamic Acid serta Prediksi dan Optimasi MOF untuk Adsorpsi CO2 Menggunakan Jaringan Saraf Tiruan dalam Aplikasi Gas Buang Kapal = Design of Bio-Metal Organic Framework (Bio-MOF) based on L-Glutamic Acid and MOF Prediction and Optimization for CO2 Adsorption Using Artificial Neural Networks in Ship Exhaust Gas Applications

Desain Bio-Metal Organic Framework (Bio-MOF) Berbasis L-Glutamic Acid serta Prediksi dan Optimasi MOF untuk Adsorpsi CO2 Menggunakan Jaringan Saraf Tiruan dalam Aplikasi Gas Buang Kapal = Design of Bio-Metal Organic Framework (Bio-MOF) based on L-Glutamic Acid and MOF Prediction and Optimization for CO2 Adsorption Using Artificial Neural Networks in Ship Exhaust Gas Applications

Simulasi dinamika molekuler proses adsorpsi karbon dioksida pada material Bio-Metal Organic Framework Cobalt (II) Glutamate = Molecular dynamics simulation on carbon dioxide adsorption on Bio-Metal Organic Framework Material Cobalt (II) Glutamate

Simulasi dinamika molekuler proses adsorpsi karbon dioksida pada material Bio-Metal Organic Framework Cobalt (II) Glutamate = Molecular dynamics simulation on carbon dioxide adsorption on Bio-Metal Organic Framework Material Cobalt (II) Glutamate

Karbon aktif dari eceng gondok eichhornia crassipes sebagai media penyimpanan gas metana dengan metode adsorbed natural gas (ANG) = Water hyacinth eichhornia crassipes based activated carbon for methane storage with adsorbed natural gas (ANG) technology