Muhammad Ikram于2020年在黑龙江大学完成了物理化学博士学位，并于2020年至2022年在深圳大学完成了博士后研究。2023年1月至10月，他在哈尔滨工业大学（HIT China）担任研究助理。Ikram于2023年10月加入澳门永利娱场官方网，在盐湖资源综合高效利用重点实验室工作，目前的研究方向是新型二维过渡金属二硫族化物（TMD）、石墨烯和MOF衍生材料的制备和表征，用于废水处理、气体传感和能源。

废水处理；气敏、胶体化学、光催化

Ikram在 Small、Journal of Materials Chemistry A、ACS Applied Materials&Interfaces、Journal of Hazardous Materials、Sensors and Actuators：B.Chemicals、Chemical Engineering Journal等期刊发表了45篇论文。出版了1本书和1项专利。

主要代表作如下：

A few representative papers as first and corresponding authors are as follows:

Muhammad Ikram,* Chao Hu,Yongquan Zhou,and Yongxiang Gao* Bimetallic Photo-Activated and Steerable Janus Micromotors as Active Microcleaners for Wastewater, ACS Applied Materials Interfaces,2024, 16,33439−33450.  

Muhammad Shahab,Israr Ahmad,Noreen Nazeef,Fazal Raziq,Saharfat Ali,Behzad Khan,Majid Khan,Anis Ur Rahman,Khair Zaman,Mohammad Ibrahim,Iltaf Muhammad,Ihsan Ullah,Muhammad Ikram,* Asad Ali,* Journal of Energy Storage,2024,97,112879.

Bing Song,Lixue Qi,Hongyi Wu,Yan Tong,Li Li,*,Muhammad Ikram,* Keying Shi,* Design synthesis of ZnO nanoparticles on Co3O4 nanosheet with rich oxygen vacancies for rapid detection of NO2 at room temperature,Sensors and Actuators: B. Chemical,2024,418,136362.

Muhammad Ikram,Guogan Peng,Qadeer Ul Hassan,Majid Basharat,Yurou Li,Shah Zeb,and Yongxiang Gao* Photoactive and Intrinsically Fuel Sensing Metal–Organic Framework Motors for Tailoring Collective Behaviors of Active-Passive Colloids,Small,2023,2301625.

Jiahui Fan,Lin Jiang,He Lv,Fangjie Qin,Yihe Fan,Jue Wang,Muhammad Ikram*,Keying Shi* ZIF-67/BiOCl nanocomposites for highly efficient detection of NO₂ gas at room temperature,Journal of Materials Chemistry A,2023, 11,15370-15379.

Jiahui Fan,Jun Gao,He Lv,Lin Jiang,Fangjie Qin,Yihe Fan,Baihe Sun,Jue Wang,Muhammad Ikram*,Keying Shi,Synthesis and characterization of an ultra-thin BiOCl/MXene heterostructure for the detection of NO2 at room temperature with enhanced moisture resistance. Journal of Materials Chemistry A,2022,10,25714-25724.

Muhammad Ikram,He Lv,Zhuo Liu,Keying Shi* Yongxiang Gao*,Hydrothermally derived p–n MoS2–ZnO from p–p MoS2-ZIF-8 for an efficient detection of NO2 at room temperature,Journal of Materials Chemistry A. 2021,9,14722-14730. (HOT paper)  

Muhammad Ikram,Feifen Hou,Guogan Peng,Majid Basharat,Nawishta Jabeen,Ke Pan,Yongxiang Gao* Light-Activated Fuel-Free Janus Metal Organic Framework Colloidal Motors for the Removal of Heavy Metal Ions,ACS Applied Materials Interfaces,2021,(13) 43,51799–51806.

Muhammad Ikram,He Lv,Zhou Liu,Mawaz Khan,Lujia Liu,Fazal Raziq,Xue Bhai,Mohib Ullah,Yang Zhang,Keying Shi,Rational Design of MoS2/C3N4Hybrid Aerogel with Abundant Exposed Edges for Highly Sensitive NO2detection at Room Temperature. Chemistry of Materials,2020 (32) 17,7215-7225.

Muhammad Ikram,Lujia Liu,Yang Liu,Laifeng Ma,He Lv,Mohib Ullah,Lang He,Hongyuan Wu,Ruihong Wang,Keying Shi,Fabrication and characterization of a highsurface area MoS2@WS2heterojunction for the ultrasensitive NO2detection at room temperature. Journal of Materials Chemistry A,2019,7,14602-14612.

Muhammad Ikram,Lujia Liu,Yang Liu,Mohib Ullah,Laifeng Ma,Syed Ul Hasnain Bakhtiar,Hongyuan Wu,Haitao Yu,Ruihong Wang,Keying Shi,Controllable synthesis of MoS2@MoO2 nanonetworks for enhanced NO2room temperature sensing in air. Nanoscale,2019,11,8554-8564.

Muhammad Ikram,Lujia Liu,He Lv,Yang Liu,Afrasiab Ur Rehman,Kan Kan,Weijun Zheng,Lang He,Yang Wang,Ruihong Wang,Keying Shi,Intercalation of Bi2O3 /Bi2S3 nanoparticles into highly expanded MoS2nanosheets for greatly enhanced gas sensing performance at room temperature. Journal of Hazardous Materials,2019,363,335-345.

Muhammad Ikram,Yang Liu,He Lv,Lujia Liu,Afrasiab Ur Rehman,Kan Kan,WeiJun Zhang,Lang He,Yang Wang,Ruihong Wang,Keying Shi. 3D-multilayer MoS2nanosheets vertically grown on highly mesoporous cubic In2O3for high-performance gas sensing at room temperature. Applied Surface Science,2019,466,1-11.

Muhammad Ikram,Yiming Zhao,Afrasiab Ur Rehman,Kan Kan,WeiJun Zhang,Jiawei Zhang,Yang Liu,Yang Wang,Keying Shi. Multilayer flower like MoS₂ conjugated with thin layer In(OH)3 for high-performance NOx gas sensor at room temperature. Journal of Alloys and Compounds,2018,735,1439-1448.