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捕获太阳光广谱的纳米光电肥用于植物生长多重调节和第二次近红外成像

Yaru Huang¹, Qiang Wang¹, Chunsheng Li¹

¹Key Laboratory of Forest Plant Ecology, Ministry of Education, College of Chemistry, Chemical Engineering and Resource Utilization, Northeast Forestry University, Harbin 150040, P. R. China.

|September 14, 2025

概括

一种新的纳米光子肥料通过捕获广谱阳光来增强植物光合作用. 这项技术促进了植物生长和生物质,为农业和生物成像提供了可持续的方法.

科学领域:

纳米技术纳米技术
植物科学植物科学
摄影化学的使用.

背景情况:

纳米光子学可以改善植物的光合作用,但在光捕获和电子转移方面面临挑战.
用兰化物合的纳米粒子 (LPs) 为生物系统中的光操纵提供了潜力.

研究的目的:

开发一种纳米光光肥 (LPs@SiCeMn) 用于增强植物光合作用和多重调节.
使用LP用于红色上转换/下转换排放和生物成像.
提高光采集和电子转移效率,促进植物生长.

主要方法:

有红色和NIR-II排放的合成的合兰化物纳米粒子 (LPs).
涂层LP与Ce/Mn合的半孔二氧化 (SiO2),以创建LP@SiCeMn纳米光肥.
研究了LP@SiCeMn用于光催化,反应性氧物种清理和促进N. benthamiana*中的植物生长.

主要成果:

在980nm激发时,LPs@SiCeMn呈现出红色和1525nm的辐射.
在SiO2外中配合Ce/Mn的配合降低了带隙,以有效地吸收红光.
用LPs@SiCeMn (100μg mL-1) 在叶片上应用,电子传输率增加了26.8%,净光合作用率增加了36.9%.
观察到新鲜生物质 (88.2%) 和干燥生物质 (43.7%) 的显著增加.

结论:

捕获太阳光的广谱纳米光光肥 (LPs@SiCeMn) 有效地调节了植物的生长.
这种方法有望通过增强光合作用和生物成像能力来实现精确和可持续的农业.

关键词:

添加了兰他尼德的纳米粒子.纳米光电化肥纳米光电化肥植物生长法规植物生长法规第二次近红外成像.太阳能光子捕获系统

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