作者: Despina A. Gkika , Nick Vordos , Lykourgos Magafas , Athanasios C. Mitropoulos , George Z. Kyzas
DOI: 10.1016/J.MOLSTRUC.2020.129740
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摘要: Abstract The risk associated with nanomaterials has always been a concern for investors as part of their decision-making process. To date, the concept risk-return never used nanomaterials. This paper takes step in this direction by proposing process based on and returns related to cancer treatment. purpose is threefold: (1) provide relationship between levels potential terms using prolong life, (2) form profile specific group (3) identify most potent case group. methodology includes two parts. first uses dose-response model develop toxic dose consumed patient probability fatal injuries. second presents different return curves various materials through an efficient theoretical frontier. In cases where nanomaterial offers both low high returns, benefits are likely be more profound. Therefore, if introduced, it play supporting role decision-making.