Temperature sensing and in vivo imaging by the molybdenum sensitized visible upconversion luminescence of rare-earth oxides by BioMedLib

Dalian Nationalities University Professor Dong Bin research team published papers. "Temperature sensing and in vivo imaging by the molybdenum sensitized visible upconversion luminescence of rare-earth oxides" by the United States BioMedLib rated as the best paper of the year 2012. The articles published in the material field of top international academic journals Advanced Materials, the introduction of research results to the high luminous efficiency, low cost environment friendly rare earth oxide light-emitting materials, successful implementation of optical temperature sensor based on rare-earth oxides and biological fluorescent probe functions, technical indicators have reached the international level. The research results have been invited to report and exchange in the international and domestic conferences.

BioMedLib by the direction of the University of Minnesota Biomedical Library is responsible for research and development and management of international biomedical search engine, on a regular basis in the MEDLINE database on one hundred million biomedical papers automatically the Top 10 best paper published in your field . Its purpose is to evaluate the influence of certain papers in a specific field.

This paper BioMedLib vote for the best paper of the year 2012, the international counterparts widespread concern in the international advanced level.

 

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