Full Name
Jian Wei Ho
(not current staff)
Variants
Ho Jian Wei
 
 
 
Email
serv268@nus.edu.sg
 
Other emails
 

Refined By:
Department:  SOLAR ENERGY RESEARCH INST OF S'PORE
Department:  ELECTRICAL AND COMPUTER ENGINEERING

Results 1-8 of 8 (Search time: 0.006 seconds).

Issue DateTitleAuthor(s)
11-May-2019Determination of Metal-Induced Recombination of n-Type Bifacial Si Solar Cells Using Special Print PatternsAnanthanarayanan, D; Wong, J; Wang, EC; CHEN NING ; HO JIAN WEI ; ABERLE,ARMIN GERHARD 
22018Device parameter extraction for loss analysis of silicon solar cells based on intelligent model fittingHo, J.W. ; Wong, J.; Christopher Subhodayam, P.T. ; Choi, K.B. ; Ananthanarayanan, D.; Raj, S. ; Aberle, A.G. 
313-Nov-2019Fast Extraction of Front Ribbon Resistance of Silicon Photovoltaic Modules Using Electroluminescence ImagingAMIT SINGH RAJPUT ; CARLOS DAVID RODRIGUEZ GALLEGOS ; HO JIAN WEI ; NALLURI SRINATH ; SAMUEL RAJ ; ABERLE,ARMIN GERHARD ; JAI PRAKASH 
42015Growth of InGaN nanopyramid arrays on Si for potential photovoltaic applicationsHo Jian Wei ; Tan Rayson Jen Ngee; Heuken Michael; Tay, A.A.O. ; Chua Soo Jin 
51-Feb-2020Mid-infrared reflectance and transmittance characterization of phosphorus and boron diffused silicon solar wafersAnanthanarayanan, D; Wong, J ; Balaji, N ; Aberle, AG ; Ho, JW 
610-Jun-2019Optical design considerations of rear-side dielectric for higher efficiency of PERC solar cellsLai, Donny ; Tan, Chuan Seng ; Ke, Cangming ; Ho, Jian Wei ; Ang, Pun Chong ; Kam, Zhi Ming ; Aberle, Armin G ; Huang, Ying 
71-Jan-2023Predicting Loss Analysis from Luminescence Images in Si Solar Cells with Convolutional Neural NetworksHuang, Z; Ho, JW ; Choi, KB ; Danner, A ; Chan, KS 
82020Progress in n-PERT rear-emitter solar cells via cost-effective industrial pathways @ SERISLai, Donny; Lai, James; Ison, Jeffrey ; Jian Wei Ho ; Nagarajan, Balaji; Buatis, Jammaal Kitz ; Lee, Rainer; Guerra, Rosalie ; Jin, Shuai ; Long, Jidong ; PRABIR KANTI BASU ; Duttagupta, Shubham; Aberle, Armin G ; Shanmugam, Vinodh