Dr. Muhammad Azam
ICSE, University of Electronic Science and Technology, Chengdu, Sichuan, China
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Academic Career Length
11Years (2016-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications13 November 2017 in Energy & Environmental Science
Journal Article
SYShizhong Yue
Shizhong Yue孔刘孔 刘
孔 刘RXRui Xu
Rui XuMLMeicheng LI
Meicheng LIMuhammad AzamZWZhanguo Wang
Zhanguo Wang +8
A systematic strategy for effectively engineering the charge extraction in inverted structured perovskite solar cells based on CH3NH3PbI3−xClxis provided. An optimized power conversion efficiency of 20.5% is realized.
15 January 2023 in Advanced Functional Materials
Journal Article
YLYandi Luo
Yandi Luo
GCGuojie Chen
Guojie Chen
SCShuo Chen
Shuo Chen
Nafees AhmadMuhammad Azam
Guangxing Liang +7
9 July 2022 in Nano Energy
Journal Article
AHAli Hassan
Ali HassanZWZhijie Wang
Zhijie Wang
YAYeong Hwan Ahn
Yeong Hwan Ahn
Muhammad AzamAKAbbas Ahmad Khan
Abbas Ahmad Khan
YCYu Cao
Yu Cao
+2
27 September 2021 in ACS Applied Materials & Interfaces
Journal Article
PFPing Fan
Ping Fan
GCGuo-Jie Chen
Guo-Jie Chen
SCShuo Chen
Shuo ChenZZZhuanghao Zheng
Zhuanghao ZhengMuhammad Azam
Zhi-Gang Chen +4
17 January 2017 in Journal of Materials Chemistry C
Journal Article
KRKuankuan Ren
Kuankuan Ren
LHLe Huang
Le Huang
SYShizhong Yue
Shizhong Yue
SLShudi Lu
Shudi Lu
KLKong Liu
Kong Liu
ZWZhanguo Wang
Zhanguo Wang
+4
Though power conversion efficiencies of perovskite solar cells of over 21% have been reported, the degradation of the performance of these cells in the presence of moisture still inhibits the commercialization of these otherwise promising devices. Herein, we decided to utilize the moisture sensitivity of perovskite materials and fabricate a moisture detector based on high-quality CH3NH3PbI3−xClx nanosheet arrays. The resulting devices present a high sensitivity towards humidity with device resistance significantly dropping from 1.28 × 108 Ω at 30% relative humidity (RH) to 7.39 × 104 Ω at 90% RH and a response even faster than that of the commercial psychrometer. This response was even steeper than those of commercial psychrometers. Moreover, our device showed good reversibility and impressive specificity. Thus, the humidity sensitivity of perovskites, while disadvantageous for solar cell applications, was found to be quite applicable in a new field.
29 August 2024 in Energy & Environmental Science
Journal Article
Muhammad AzamTDTian Du
Tian Du
ZWZhongquan Wan
Zhongquan WanHZHeng Zhao
Heng Zhao
HZHuaibiao Zeng
Huaibiao Zeng
CJChunyang Jia
Chunyang Jia +3
This review overviews the challenges at the buried interface of PSCs, defect passivation capabilities of SAMs, and its effectiveness compared to other passivating agents.
About Me
Dr. Muhammad Azam holds a Ph.D. in Materials Science and Engineering with a strong research focus on perovskite and organic-based optoelectronic devices. With over six years of combined teaching and research experience, he has significantly contributed to the development of efficient and stable materials for next-generation solar cells. His research interests include molecular engineering, interface design, and charge transport optimization in perovskite and organic photovoltaic systems. Dr. Azam has published several peer-reviewed articles in high-impact international journals and served as a guest editor for journal special issues focused on emerging photovoltaic technologies. He was honored with the Excellent Faculty Member Award in 2024 in recognition of his outstanding academic performance, research achievements, and student mentorship. He also received a research grant from the National Natural Science Foundation of China (NSFC) as a Principal Investigator, supporting his work on advanced hole transport materials and device engineering. His work is dedicated to advancing energy conversion technologies through innovative materials design and interdisciplinary collaboration.
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