avatar

SITI AISYAH NURMAULIA ENTIFAR

Universitas Muhammadiyah Surakarta S1 - Teknik Kimia SINTA ID : 6709899
400
SINTA Score Overall
124
SINTA Score 3Yr
694
Affil Score
203
Affil Score 3Yr
Latest number of Publication and Citations
Ionically conductive and stretchable cellulose/tannic acid films as a platform for multifunctional wearable electronics
Authors : SI Lee, JH Kim, AF Wibowo, MJ Azizi, YS br Sembiring, SAN Entifar, ... Macromolecular Research, 1-12, 2026
2026 0 cited
Lab-Synthesized Pristine Poly (3, 4-ethylenedioxythiophene): Poly (styrenesulfonate) Hydrogels with Low Electrical Hysteresis for Stretchable Multifunctional Electronics
Authors : YS Sembiring, SAN Entifar, AF Wibowo, TT Vo, MJ Azizi, JH Kim, ... ACS Materials Letters, 2026
2026 0 cited
Tannic Acid-Enhanced Cellulose/PEDOT: PSS Films Exhibiting Low Electrical Hysteresis, UV Blocking, and Antibacterial Properties for Wearable Sensing
Authors : AF Wibowo, B Sung, JH Kim, S Han, EJ Jang, SAN Entifar, ... ACS Sustainable Chemistry & Engineering 13 (31), 12523-12532, 2025
2025 0 cited
Advancing bio-sensing technology: developing high-performance PVA-HEC hydrogels for innovative applications
Authors : NAE Entifar, SAN Entifar, YH Kim Journal of Physics: Conference Series 2942 (1), 012038, 2025
2025 0 cited
High-performance PVA/xanthan gum hydrogel via dual cross-linking with ionic treatment for wearable sensing and hydrovoltaic energy generation
Authors : NAE Entifar, GW Kim, SAN Entifar, J Oh, J Lee, DC Lim, S Kim, MS Kim, ... Chemical Engineering Journal 520, 165637, 2025
2025 8 cited
Extremely-low electrical-hysteresis hydrogels for multifunctional wearable sensors and osmotic power generators
Authors : SAN Entifar, NAE Entifar, AF Wibowo, JH Kim, YS br Sembiring, ... Chemical Engineering Journal 509, 160971, 2025
2025 11 cited
Extremely-low electrical-hysteresis hydrogels for multifunctional wearable sensors and osmotic power generators
Authors : SAN Entifar, NAE Entifar, AF Wibowo, JH Kim, YS br Sembiring, ... Chemical Engineering Journal 509, 160971, 2025
2025 29 cited
Recyclable, conductive alginate-based hydrogels with high stretchability and low electrical hysteresis for wireless wearable sensors
Authors : YS br Sembiring, TT Vo, SAN Entifar, AF Wibowo, JH Kim, NAE Entifar, ... Journal of Materials Chemistry A 13 (20), 15200-15212, 2025
2025 7 cited
Exceptionally low electrical hysteresis, soft, skin-mimicking gelatin-based conductive hydrogels for machine learning-assisted wireless wearable sensors
Authors : AF Wibowo, NA Sasongko, A Puspitasari, TT Vo, SAN Entifar, ... Chemical Engineering Journal, 170741, 2025
2025 5 cited
High-performance PVA/xanthan gum hydrogel via dual cross-linking with ionic treatment for wearable sensing and hydrovoltaic energy generation
Authors : NAE Entifar, MJ Azizi, GW Kim, SAN Entifar, MN Slamet, JH Kim, ... Chemical Engineering Journal, 165637, 2025
2025 2 cited
View more ...
Get More with SINTA Insight
Go to Insight

Summary

Article Quartile
Research Output
  Scopus GScholar WOS
Article 17 29 0
Citation 208 381 0
Cited Document 15 21 0
H-Index 10 13
i10-Index 10 16
G-Index 1 1
Get More with SINTA Insight

Go to Insight