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FePS3纳米片制备及其体外光热-光动力学联合治疗性能研究
杨劢1,3(), 朱敏1, 陈雨2(), 朱钰方1,3()
FePS3 Nanosheets: Preparation and Potential in Photothermal-photodynamic Therapy
YANG Mai1,3(), ZHU Min1, CHEN Yu2(), ZHU Yufang1,3()

图7. FePS3 NSs 在λ=1064 nm处的归一化吸收强度除以相应浓度下样品特征长度(A/L)与相应浓度的线性拟合曲线(a), FePS3 NSs经1064 nm激光辐照后冷却过程的-lnθ与时间的线性关系(b), FePS3 NSs在1064 nm激光辐照下的升温和冷却曲线及冷却过程的-lnθ与时间的线性关系(c)

Fig. 7. Linear fitting curve between normalized absorption intensity of FePS3 NSs at λ=1064 nm divided by the characteristic length of the sample at corresponding concentration (A/L) and the corresponding concentration (a), linear relationship between -lnθ and time of cooling process of FePS3 NSs after 1064 nm laser irradiation (b), heating and cooling curves of FePS3 NSs under 1064 nm laser irradiation, and linear relationship between -lnθ and time of the cooling process (c) ε, τs and η represent extinction coefficient, time constant in cooling stage, and photothermal conversion efficiency, respectively, of FePS3 NSs under 1064 nm laser irradiation