Optical methods for control of heavy metals impact on aquatic plants

机译：用于控制重金属对水生植物影响的光学方法

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In this work the results of research of heavy metals impact on aquatic plants with Raman spectroscopy are shown. The peculiarity of Raman spectrum under the influence of heavy metals has been experimentally established. Optical coefficient, determining heavy metals impact on aquatic plants was introduced. It was defined as correlation of Raman intensity values on wave numbers 1547 cm~(-1), 1522 cm~(-1) to intensity band value at 1600 cm~(-1). Microscopic analysis of aquatic plants under the influence of heavy metals has been conducted.

机译：在这项工作中，显示了重金属对具有拉曼光谱的水生植物的研究结果。实验建立了重金属影响下拉曼光谱的特殊性。介绍了光学系数，介绍了对水生植物的重金属影响。它被定义为波浪数1547cm〜（-1），1522cm〜（-1）的拉曼强度值与1600cm〜（-1）的强度带值的相关性。已经进行了在重金属影响下的水生植物的显微镜分析。

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《Conference on remote sensing and modeling of ecosystems for sustainability》|2015年||共6页
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E. V. Timchenko; P. E. Timchenko; N. V. Tregub; A. A. Asadova; L. A. Zherdeva;
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中图分类遥感技术;
关键词
Raman spectroscopy; confocal fluorescent microscopy; bioindicators; optical coefficient; heavy metals; chlorophyll; carotenoids; lignin;

机译：拉曼光谱;共聚焦荧光显微镜;生物indicators;光学系数;重金属;叶绿素;类胡萝卜素;木质素;

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1. Roles for root iron plaque in sequestration and uptake of heavy metals and metalloids in aquatic and wetland plants [J] . Tripathi Rudra D., Tripathi Preeti, Dwivedi Sanjay, Metallomics. integrated biometal science . 2014,第10期

机译：根铁菌斑在水生和湿地植物螯合和吸收重金属和准金属中的作用
2. Chemical forms of heavy metals in pyrolytic char of heavy metal-implanted sewage sludge and their impacts on leaching behaviors [J] . Chen Fangfang, Hu Yuyan, Dou Xiaomin, Journal of Analytical & Applied Pyrolysis . 2015,第NOVa期

机译：重金属注入污泥热解炭中重金属的化学形态及其对浸出行为的影响
3. Determine heavy metals in water, aquatic plants, and sediment in water systems [J] . Hassan Flefel, Denis Nokhrin, Irina Donnik E3S Web of Conferences . 2020,第10期

机译：确定水，水生植物和水系统沉积物中的重金属
4. Optical methods for control of heavy metals impact on aquatic plants [C] . E. V. Timchenko, P. E. Timchenko, N. V. Tregub, Conference on remote sensing and modeling of ecosystems for sustainability . 2015

机译：控制重金属对水生植物影响的光学方法
5. Analytical methodology of heavy metals in aquatic ecosystems. Study of the impact of Aznalcollar mining disaster in the metallic levels of the estuary of Guadalquivir River. [D] . Granado Castro, Maria Dolores. 2005

机译：水生生态系统中重金属的分析方法。研究Aznalcollar采矿灾害对瓜达尔基维尔河河口金属层的影响。
6. Heavy Metal Accumulation in Common Aquatic Plants in Rivers and Lakes in the Taihu Basin [O] . Li Bai, Xiao-Long Liu, Jian Hu, 2018

机译：太湖流域常见水生植物中重金属的积累
7. The behavior of heavy metallic elements in plants. (I). The uptake of heavy metallic elements by aquatic plants. [O] . Takeshi GOTOH, Toshikatsu IRIYE 1989

机译：植物中重金属元素的行为。（一世）。水生植物吸收重质金属元素。
8. Aquatic Plant Control Research Program: Methods for Monitoring Herbicide-InducedStress in Submersed Aquatic Plants: A Review [R] . Sprecher, S. L., Netherland, M. D. 1995

机译：水生植物控制研究计划：监测淹水水生植物中除草剂诱导的应激的方法：综述

Optical methods for control of heavy metals impact on aquatic plants

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