If you are new to the field of organic or perovskite solar cell research this paper is a must read as it will show you how your research field has evolved through time. These are insights that are normally gained through experience and based on gut feeling. However, here we have drafted a quantitative type of literature review for you based on bibliometric network analysis. Our work hence offers a research synthesis, not an in-depth narrative review.
Specifically, document bibliographic coupling analysis was applied to a dataset of 23,953 journal papers in order to provide an overview of topics that were present in the academic literature on organic solar cells (OSCs) and perovskite solar cells (PvSCs) during the period of 2008–2017.
Ten yearly networks were constructed by linking documents based on shared references, and clusters of closely connected papers were identified as the representations of topics in OSC and PvSC research. Next, 1,437 document titles were read in order to label the 80 most relevant clusters, together containing 11,352 papers.
The resulting cluster labels show that research focused on bulk heterojunction polymer/fullerene solar cells in the beginning of the studied period, that OSC material development topics became more important in the middle of the decade, and that continued efforts to improve power conversion efficiencies spurred the rise of new concepts like PvSCs, fullerene-free OSCs, and ternary OSCs in the later years.
We are excited that SOLMAT has accepted our manuscript and are more then happy to share our work. The link to the full paper is here.