Al-Qaysi Wafaa Waleed, Abdulla Fatma H
Institute of Analytical Chemistry, Chemo and Biosensors, University of Regensburg, Universitätsstraße 31, 93040 Regensburg, Germany.
Department of Chemistry, College of Science, University of Baghdad, Al-Jadriya campus, 10071 Baghdad, Iraq.
Chem Zvesti. 2021;75(12):6169-6180. doi: 10.1007/s11696-021-01779-5. Epub 2021 Aug 18.
In this review, numerous analytical methods to quantify the heavy and trace elements emitted from electronic cigarettes, cigarettes liquid and atomizer. The selection of a method was dependent upon the purpose, e.g., quantification or identification of elements only. The introductory part of this review focuses on describing the importance of setting up an electronic cigarettes- associated safety profile. The review dealt with studies that assessed elements in sizes ranging from nano to micro. The formation of different degradation chemical substances as well as impurity trends can be indicated through chemical investigation of metals in electronic cigarettes. Some studies have been covered that show the uses and benefits of. It is noticeable from all the collected sources that the minerals emitted from the smoke of e- cigs do not constitute any significant damage, as the percentage is very small, with the exception of minerals that may be emitted from the components of the device after heating it if the components of the e- cig are of poor specifications, except in the case of long-term accumulation. For this reason, an electronic cigarette can help smokers to quit smoking tobacco and replace it with electronic cigarettes smoke with distinctive flavors.
在本综述中，介绍了多种用于量化电子烟、烟液和雾化器中重金属和微量元素的分析方法。方法的选择取决于目的，例如仅对元素进行量化或鉴定。本综述的引言部分着重描述了建立电子烟相关安全档案的重要性。该综述涉及评估从纳米到微米尺寸范围内元素的研究。通过对电子烟中金属的化学研究，可以揭示不同降解化学物质的形成以及杂质趋势。还涵盖了一些展示其用途和益处的研究。从所有收集到的资料中可以明显看出，电子烟烟雾中释放的矿物质不会造成任何重大损害，因为其含量百分比非常小，除非电子烟组件规格不佳，在加热后可能会从设备组件中释放出矿物质，但长期积累的情况除外。因此，电子烟可以帮助吸烟者戒烟，并用具有独特口味的电子烟烟雾取而代之。
