Follow
Pooja Khanzode
Pooja Khanzode
School of Physical Sciences
No verified email
Title
Cited by
Cited by
Year
Highly photoresponsive visible light photodetector using nano PbS thin film on paper
PM Khanzode, DI Halge, VN Narwade, JW Dadge, KA Bogle
Optik 226, 165933, 2021
252021
Enhancement in visible light photoresponse of CdS thin films by nitrocellulose surface passivation
DI Halge, VN Narwade, PM Khanzode, JW Dadge, I Banerjee, KA Bogle
ACS Applied Electronic Materials 2 (7), 2151-2154, 2020
202020
Development of highly sensitive and ultra-fast visible-light photodetector using nano-CdS thin film
DI Halge, VN Narwade, PM Khanzode, S Begum, I Banerjee, JW Dadge, ...
Applied Physics A 127 (6), 446, 2021
192021
Nano-crystalline CdS thick films: a highly sensitive photo-detector
S Munde, N Shinde, P Khanzode, M Budrukkar, P Lahane, J Dadge, ...
Materials Research Express 5 (6), 066203, 2018
172018
Spray coated nano-crystalline lead sulfide thin film for photo-detector application
DI Halge, VN Narwade, PM Khanzode, JW Dadge, AS Rana, KA Bogle
AIP Conference Proceedings 2220 (1), 2020
32020
Development of an ultrafast photo-switch device using surface passivated nanocrystalline CdS thin film
DI Halge, PM Khanzode, NMS Kaawash, MYH Thabit, VN Narwade, ...
Materials Today: Proceedings 92, 856-858, 2023
22023
Development of flexible and highly efficient infrared photo-detector device using PbS thin film
MYH Thabit, NMS Kaawash, DI Halge, PM Khanzode, VN Narwade, ...
Materials Today: Proceedings 92, 876-879, 2023
22023
IR photodetector capabilities of p-NiO/n-ZnO heterojunction structure
ABU Rahman, S Begum, NMS Kaawash, MYH Thabit, DI Halge, ...
Materials Today: Proceedings 92, 775-778, 2023
22023
High-performance blue light photodetector based on PANI/CdS heterojunction
DI Halge, VN Narwade, NMS Kaawash, PM Khanzode, SJ Shaikh, ...
Materials Science in Semiconductor Processing 171, 108020, 2024
12024
Unconventional Enhancement of UV Photodetection in Surface-Passivated TiO2 Thin Film Photodetectors
NMS Kaawash, DI Halge, VN Narwade, PM Khanzode, MYH Thabit, ...
ACS Applied Engineering Materials 1 (12), 3368-3378, 2023
12023
Utilization of spray coated nano-crystalline cadmium sulfide thin film for photo-detector application
DI Halge, PM Khanzode, VN Narwade, S Begum, SG Munde, KD More, ...
AIP Conference Proceedings 2269 (1), 2020
12020
Resistive switching characteristics of Pt/TiO2/Al structure under optical illumination
KD More, DI Halge, PM Khanzode, VN Narwade, S Begum, SG Munde, ...
AIP Conference Proceedings 2269 (1), 2020
12020
Nitrocellulose‐Passivated SnO2 Thin Film as a Ultraviolet‐C Photodetector
NMS Kaawash, DI Halge, VN Narwade, MYH Thabit, PM Khanzode, ...
Advanced Engineering Materials 26 (6), 2301602, 2024
2024
Enhancing Photodetection Performance and Thermal Tolerance of CdS Thin Films through Cobalt (Co) Doping
D Halge, V Narwade, P Khanzode, N Kaawash, P Alegaonkar, J Kovac, ...
Advanced Engineering Materials 26 (5), 2301572, 2024
2024
Flexible infrared photodetector based on polyethylene terephthalate (PET) supported lead sulfide thin film
MYH Thabit, NMS Kaawash, DI Halge, PM Khanzode, VN Narwade, ...
Physica B: Condensed Matter 669, 415314, 2023
2023
Development of a paper-based wearable UV photo-detector device using ZnO nanostructure
PM Khanzode, DI Halge, NMS Kaawash, MYH Thabit, VN Narwade, ...
Materials Today: Proceedings 92, 951-954, 2023
2023
Paper based photo-detector using nano-crystalline lead sulfide thin film
PM Khanzode, DI Halge, VN Narwade, KD More, S Begum, S Taha, ...
AIP Conference Proceedings 2269 (1), 2020
2020
Resistive switching characteristics of Pt/TiO
KD More, DI Halge, PM Khanzode, VN Narwade, S Begum, SG Munde, ...
2020
Visible Light Photo-detector using Nano-crystalline Cadmium Sulfide Thin Films
DI Halge, PM Khanzode, VN Narwade, KD More, S Begum, S Taha, ...
OUR SPONSORS, 0
Infrared Photo-detector using Nano-crystalline Lead Sulfide Thin Film on Paper
PM Khanzode, DI Halge, VN Narwade, KD More, S Begum, S Taha, ...
OUR SPONSORS, 0
The system can't perform the operation now. Try again later.
Articles 1–20