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UFAFA ANGGARINI

Universitas Internasional Semen Indonesia S1 - Teknik Kimia SINTA ID : 6145325
924
SINTA Score Overall
298
SINTA Score 3Yr
0
Affil Score
0
Affil Score 3Yr
Latest number of publications
  Scopus Analysis  

Synthesis of TiO2/BNT/UiO-66 composite as a photocatalyst for the degradation of methyl orange
Q2 as Journal Nano Structures and Nano Objects
Author Order : 9 of 10     Creator : Sabputri T.A.S.
2026 0 cited
Investigation of CO2/N2 separation capabilities for various amine-functionalized organosilica membranes: synthesis and sorption study evaluation
Q2 as Journal Journal of Sol Gel Science and Technology
Author Order : 1 of 8     Creator : Anggarini U.
2025 0 cited
A highly water-selective carboxymethylated cellulose nanofiber (CNF-CMC) membrane for the separation of binary (water/N2) and ternary (water/alcohols/N2) systems in vapor-permeation
Q1 as Journal Journal of Membrane Science
Author Order : 1 of 6     Creator : Anggarini U.
2024 4 cited
Optimization of Ni-amine coordination for improving NH3 permeation through nickel-doped bis[3-(trimethoxysilyl)propyl] amine membranes
Q1 as Journal Separation and Purification Technology
Author Order : 2 of 7     Creator : Yan W.W.
2023 8 cited
An ultrahigh permeance and CO2 selective membrane of organosilica-based coordination polymer tailored via nickel crosslinking
Q1 as Journal Journal of Membrane Science
Author Order : 1 of 4     Creator : Anggarini U.
2023 11 cited
Enhanced NH3 permeation of bis[3-(trimethoxysilyl)propyl] amine membranes via coordination with metals
Q1 as Journal Journal of Membrane Science
Author Order : 2 of 6     Creator : Yan W.W.
2023 17 cited
Structural transformation of the nickel coordination-induced subnanoporosity of aminosilica membranes for methanol-selective, high-flux pervaporation
Q1 as Journal Journal of Membrane Science
Author Order : 1 of 5     Creator : Anggarini U.
2022 15 cited
Structural two-phase evolution of aminosilica-based silver-coordinated membranes for increased hydrogen separation
Q1 as Journal Journal of Membrane Science
Author Order : 1 of 4     Creator : Anggarini U.
2022 15 cited
Metal-Induced Aminosilica Rigidity Improves Highly Permeable Microporous Membranes via Different Types of Pendant Precursors
Q1 as Journal ACS Applied Materials and Interfaces
Author Order : 1 of 5     Creator : Anggarini U.
2022 7 cited
Metal-induced microporous aminosilica creates a highly permeable gas-separation membrane
Q1 as Journal Materials Chemistry Frontiers
Author Order : 1 of 5     Creator : Anggarini U.
2021 25 cited
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Summary

Article Quartile
Research Output
  Scopus GScholar WOS
Article 26 41 16
Citation 242 327 111
Cited Document 23 33 16
H-Index 10 11 6
i10-Index 10 11 4
G-Index 1 1 6
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