If the author’s manuscript is assessed as inappropriate to be published in his/her preferred journal, our editorial team may help the author in transferring the submission to a more appropriate Bentham Journal, through Bentham’s Manuscript Transfer Facility.
Transfer of Submission
Transfer of submission with Bentham’s Manuscript Transfer Facility is very simple.
The Author receives the transfer proposal by email - the transfer process is initiated by an affirmative response from the author to our transfer proposal.
The Authors’ manuscript is transferred to a suitable journal for initial editorial scrutiny.
The Author then receives an editorial decision from the journal.
Selection of another Journal
The Author is free to choose to submit the manuscript to a new journal by declining our transfer offer.
Our aim is to facilitate and develop rapid, effective and truly innovative solutions to facilitate our valued authors by enabling more options and better services to improve the publication process.
Yuhua Duan Research & Innovation Center National Energy Technology Laboratory United States Department of Energy Pittsburgh, PA (USA) Biography
Biography of Yuhua Duan
Dr. Yuhua Duan is a Physical Scientist within the Research & Innovation Center at the National Energy Technology Laboratory (NETL) of the United States Department of Energy (US DOE). He obtained his BS in Chemistry, an MS in Chemical Physics, and a Ph.D. in Physics from the University of Science and Technology of China, and an MS in Computer Engineering from the University of Minnesota. Before he joined in NETL in 2005, he had worked in the fields of condensed matter physics, chemical physics and bioinformatics at several international research groups in China, Brazil, Switzerland, and the United States. His current research areas include the development of sorbents for gas separation technologies and energetic materials for novel batteries, fuel cells, and gas sensors with quantum information, and multi-scale modeling of energy systems. His expertise and interest span both include atomistic scale simulations and multi-scale modeling of materials and processes applied in energy technologies.