A analysis group led by Prof. Huang Qing on the Institute of Clever Machines, Hefei Institutes of Bodily Science (HFIPS) of Chinese language Academy of Sciences (CAS) analyzed SERS-based agricultural sensor analysis and functions in a evaluation paper.
Printed in Developments in Meals Science & Expertise, this evaluation gives a helpful information for the event of optical-spectroscopy sensing expertise for clever agriculture.
Floor-enhanced Raman scattering/spectroscopy (SERS) expertise has been utilized in lots of fields as a non-destructive and delicate detection and evaluation device with fingerprinting traits for chemical substances. Quite a few utility will be discovered within the agricultural area, together with product high quality evaluation, crop development monitoring, plant seed screening, and meals security management.
SERS expertise boasts particular benefits over most conventional strategies when it comes to detection pace, price, effectivity, versatility, automation and portability. Subsequently, the event of agricultural sensor expertise based mostly on SERS has additionally acquired rising consideration and a spotlight.
Huang Qing’s group has lengthy been dedicated to the fundamental and utilized analysis of spectroscopy, together with SERS expertise.
On this evaluation paper, they made a complete survey of the present growth of SERS agricultural sensors.
They shared their ideas on the event and utility of SERS expertise when it comes to detection of pesticide residues and different dangerous substances in agricultural product high quality and security management.
In regards to the properties and benefits of SERS method, researchers launched the functions of SERS sensors/substrates of various varieties, together with versatile SERS substrates, reusable SERS substrates, particular target-selective SERS substrates, and microfluidic-based SERS chips, illustrating with examples utilized to completely different situations.
“This evaluation demonstrated the appliance prospects of SERS agricultural sensors,” mentioned Liu Rui, first creator of the paper.
Chao Liu et al, A evaluation: Analysis progress of SERS-based sensors for agricultural functions, Developments in Meals Science & Expertise (2022). DOI: 10.1016/j.tifs.2022.07.012
Quotation:
Evaluate of SERS-based sensors for agricultural functions (2022, September 15)
retrieved 15 September 2022
from https://phys.org/information/2022-09-sers-based-sensors-agricultural-applications.html
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