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Adulteration Control of Lavender Essential Oil by using Its Electrical Properties in the Low-Frequency Range Cover

Adulteration Control of Lavender Essential Oil by using Its Electrical Properties in the Low-Frequency Range

Measurement Science Review
Volume 25 (2025): Issue 3 (June 2025)
By: Ahu Çınar,  Kayhan Ateş,  Lütfiye Nurel Özdinç Polat,  Safinaz Elmasulu,  Işın Kocabaş Oğuz,  Orçun Çınar and  Şükrü Özen  
Open Access
|Jul 2025

Figures & Tables

Fig. 1.

Experimental measurement system.
Experimental measurement system.

Fig. 2.

Equivalent circuit model of the material under test.
Equivalent circuit model of the material under test.

Fig. 3.

The results of the measurements carried out to determine the electrical characterization of pure lavender oil and mixtures with different additives in different proportions; (a) Results of lavender oil with corn oil additives; (b) Results of lavender oil with olive oil; (c) Results of lavender oil with sunflower oil.
The results of the measurements carried out to determine the electrical characterization of pure lavender oil and mixtures with different additives in different proportions; (a) Results of lavender oil with corn oil additives; (b) Results of lavender oil with olive oil; (c) Results of lavender oil with sunflower oil.

Abbreviations and oil samples mixed in different proportions_

Oil sample (with the mixture of different proportions)Abbreviation
% 90 lavender oil + % 10 corn oilLV10C
% 50 lavender oil + % 50 corn oilLV50C
% 10 lavender oil + % 90 corn oilLV90C
% 90 lavender oil + % 10 olive oilLV10O
% 50 lavender oil + % 50 olive oilLV50O
% 10 lavender oil + % 90 olive oilLV90O
% 90 lavender oil + % 10 sunflower oilLV10S
% 50 lavender oil + % 50 sunflower oilLV50S
% 10 lavender oil + % 90 sunflower oilLV90S

The content of pure lavender oil used in research_

PeakRIRTComponentPct total
1102810.804α-pinene0.41
2111514.056β-pinene0.45
3116916.418β-myrcene0.72
4120718.047Limonene1.08
5121818.5241,8-cineole7.36
6124119.508cis-beta-ocimene0.57
7125820.253trans-β-ocimene1.30
8126620.5543-octanone0.83
9142526.804Hexyl butanoate0.60
10153830.627Camphor9.10
11155431.160Linalool43.90
12156731.549Linalyl acetate19.99
13161733.116Neryl propanoate3.23
14168635.138Lavandulol0.56
15171435.946α-terpineol2.50
16171736.044Borneol2.56
17173936.644Neryl acetate0.51
18176937.484Geranyl acetate0.90
19181138.637Nerol0.55
20185739.846Geraniol1.18
21224249.083α-bisabolol1.64

The values of capacitors and resistances of pure oil samples in the equivalent circuit model_

Oil sampleReq × 106 [Ω]Ceq × 10–9 [F]
Lavender oil2.25999.45
Corn oil1.65069.83
Olive oil9.1622.026
Sunflower oil2.219955.7
DOI: https://doi.org/10.2478/msr-2025-0017 | Journal eISSN: 1335-8871
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Language: English
Page range: 141 - 147
Submitted on: Mar 16, 2024
|
Accepted on: May 20, 2025
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Published on: Jul 1, 2025
Published by: Slovak Academy of Sciences, Institute of Measurement Science
In partnership with: Paradigm Publishing Services
Publication frequency: Volume open
Keywords:
Debye model,
dielectric properties,
electrical impedance spectroscopy,
lavender essential oil
Related subjects:
Engineering,
Electrical engineering,
Control engineering, metrology and testing

© 2025 Ahu Çınar, Kayhan Ateş, Lütfiye Nurel Özdinç Polat, Safinaz Elmasulu, Işın Kocabaş Oğuz, Orçun Çınar, Şükrü Özen, published by Slovak Academy of Sciences, Institute of Measurement Science
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.

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