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The semiconductor nano- particle aggregate, the production method, and the vital physical sign medicine which uses that

机译:半导体纳米粒子聚集体,生产方法以及使用该物质的生命体征药物

摘要

Grain size differs, in the semiconductor nano- particle aggregate which consists of the semiconductor nano- particle of 3 types or more where maximum luminous wave length of the emission spectrum where the semiconductor nano- particle aggregate which consists of the semiconductor nano- particle of 3 types or more where maximum luminous wave length of the emission spectrum where droplet-size distribution is narrow, at the same time inside the wave length territory of 380nm - 650nm differs and offering the production method, furthermore, as for offering the vital physical sign medicine which utilizes the particular semiconductor nano- particle aggregate, being unification study constitution, grain size differs in the grain size range 1.8 -, 4nm at the same time inside the wave length territory of 380nm - 650nm differsThe semiconductor nano- particle aggregate and the production method of featuring that at least maximum luminous wave length mutual difference of the semiconductor nano- particle of 3 where the said semiconductor nano- particle aggregate is formed types or more is inside the range 20 - 100nm, furthermore, it is achieved by the vital physical sign medicine which utilizes the particular semiconductor nano- particle aggregate.
机译:在由3种以上的半导体纳米粒子构成的半导体纳米粒子集合体中,由3种以上的半导体纳米粒子构成的半导体纳米粒子集合体的发光光谱的最大发光波长的粒径不同。发射光谱的最大发光波长,液滴尺寸分布狭窄,同时在380nm-650nm的波长范围内不同的类型或更多,提供生产方法,以及提供重要的物理标志药利用特定的半导体纳米粒子集合体,作为统一的研究构造,在380nm〜650nm的波长范围内,晶粒尺寸在1.8〜,4nm的粒径范围内同时不同。具有至少半导体纳米粒子的最大发光波长互差的特征其中形成所述半导体纳米颗粒聚集体的类型3或更多的颗粒在20-100nm的范围内,此外,其通过利用特定的半导体纳米颗粒聚集体的重要物理标志药来实现。

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