Author Metrics
Scopus Profile
Jining Zhang is a prolific researcher with a significant impact in the field of semiconductor and photovoltaic silicon materials. With over 30 authorized Chinese invention patents, more than 20 academic papers in reputable journals, and a track record of receiving numerous provincial and ministerial science and technology awards, Zhang’s contributions have been widely recognized within the scientific community.
Citations
Jinbing Zhang has garnered a total of 67 citations from 48 documents.
Documents
They have authored or co-authored 15 documents.
h-index
Their h-index, which is a measure of both productivity and citation impact, is currently 5. This indicates that they have published at least 5 papers that have each been cited at least 5 times.
Summary
Jinbing Zhang, affiliated with NingboTech University in Ningbo, China, has made notable contributions to the field as evidenced by their author metrics on Scopus. With 15 documents authored or co-authored and a total of 67 citations, Zhang’s work has garnered attention within the scholarly community. Their h-index of 5 signifies a moderate level of impact and productivity in their research endeavors.
Education
Zhang holds a Ph.D. in Materials Science and Engineering from Nanchang University, earned in 2019. Prior to this, they completed their Master of Engineering degree at Nanchang University in 2008 and their Bachelor’s degree in Chemistry from Xinyu University in 2005.
Research Focus
Zhang’s research primarily focuses on semiconductor and photovoltaic silicon materials. Their work encompasses various aspects such as improving the quality of cast monocrystalline silicon ingots, studying subgrain boundaries, investigating the effects of impurity barriers, and exploring growth behavior and crystal quality enhancement techniques.
Professional Journey
With a rich professional journey spanning academia and industry, Zhang has held key positions such as Director of Research and Development at the National Photovoltaic Engineering Research Center, LDK Solar Co., Ltd., and Professorships at several universities including NingboTech University and Xinyu University. This diverse experience has provided them with valuable insights into both theoretical and practical aspects of their field.
Honors & Awards
Zhang has been honored with various accolades throughout their career, including special government allowances from the State Council, recognition as an Academic and Technical Leader in Jiangxi Province, and being named one of the Top Ten Young Science and Technology Talents in Xinyu City. Their innovative contributions have also been acknowledged through inclusion in programs such as Ningbo City’s Yongjiang Talent Introduction Program.
Publications Noted & Contributions
Zhang’s notable publications include research articles in esteemed journals such as Solar Energy Materials and Solar Cells, Solar RRL, and Materials Science in Semiconductor Processing. Their work has significantly contributed to advancing knowledge in areas such as improving the quality of silicon ingots, understanding crystal growth behavior, and enhancing the performance of solar cells.
Study on subgrain boundaries in cast monocrystalline silicon
Authors: Hu, R., Zhang, J., Yuan, S., Zhou, S., Huang, J.
Published in Solar Energy Materials and Solar Cells in 2024.
The study likely investigates the characteristics and implications of subgrain boundaries within cast monocrystalline silicon, which is crucial for understanding the material’s properties and performance in solar cells.
Improving quality of cast monocrystalline Si ingot with seed crystal strips and graphite soft felt
Authors: Chen, H., Zhang, J., Hu, D., Wang, C., Yang, D.
Published in Solar Energy Materials and Solar Cells in 2023.
This article discusses methods to enhance the quality of cast monocrystalline silicon ingots using seed crystal strips and graphite soft felt, which could lead to improved efficiency and reliability of solar cells.
Effects of Impurity Barrier Layer on the Red Zone at the Bottom of Cast Monocrystalline Si Ingot for Solar Cells
Authors: Chen, H., Hu, D., Zhang, J., Zhou, N., Yang, D.
Published in Solar RRL in 2023.
The focus here seems to be on analyzing the impact of impurity barrier layers on the red zone formation at the bottom of cast monocrystalline silicon ingots, particularly concerning its relevance to solar cell performance.
Improving Performance of Cast Silicon Ingot by Forcing Silicon Melt Convection with Mechanical Stirring
Authors: Hu, D., Zhang, J., Yuan, S., Zhang, H., Wang, C.
Published in Silicon in 2023.
This article explores methods to enhance the performance of cast silicon ingots through the application of mechanical stirring to induce silicon melt convection, which could lead to more uniform material properties and improved solar cell efficiency.
Phase transformation pre-treatment of diamond wire-sawn multi-crystalline silicon wafers for metal-assisted chemical etching of solar cells
Authors: Zhang, J., Zhou, X., Hu, D., Yuan, S., Cai, E.
Published in Surfaces and Interfaces in 2023.
This study likely investigates a pre-treatment technique involving phase transformation for diamond wire-sawn multi-crystalline silicon wafers, aiming to optimize the subsequent metal-assisted chemical etching process for solar cell fabrication.
Research Timeline
Throughout their career, Zhang’s research trajectory has been marked by consistent contributions to the field of semiconductor and photovoltaic silicon materials. From their early studies investigating surface modification techniques for silicon wafers to their recent focus on subgrain boundaries in cast monocrystalline silicon, Zhang’s research timeline reflects a commitment to continuous innovation and advancement.
Collaborations and Projects
Zhang has actively engaged in collaborative research projects, both nationally and internationally. Their involvement in projects funded by prestigious programs such as the National High-tech Research and Development Program (863 Program) and the National Natural Science Foundation of China (NSFC) underscores their dedication to collaborative and interdisciplinary research endeavors aimed at addressing key challenges in their field.
