Fabrication of In(III)-alizarin red S complex trap for efficient detection of fluoride ion in aqueous environs

Journal of Analytical Science and Technology

Table 1 Few reports related to F¯ sensing using alizarin, alizarin red S, its derivative, etc.

Sensor	Sensing method	Limit of detection (LOD) (mM)	Detection Range (mM)	References
1,2-dihydroxyanthra-quinone (alizarin)	Fluorimetric method	Trace level	0–0.084	Hirai and François (2014)
Aluminum quinalizarin complex	Spectrophotometric method	0.005	0–0.105	Barghouthi and Amereih (2017)
Al(III)-alizarin red S complex	Absorption and emission spectroscopic method	0.005	0.005–0.3	Sathish et al. (2007)
Zr(IV)-Alizarin red S complex	Absorption spectroscopic method	0.003	0.005–0.526	Cardwell et al. (1988)
Cerium-alizarin complexone	Colorimetric method	–	0.037–0.063	Sen et al. (1998)
La(III)-alizarin fluorine blue complex	Spectrophotometric method	0.004	0.010–0.063	Leon-Gonzalez et al. (1985)
Thorium-alizarin red S chelate	Spectrophotometric method	–	0–0.789	Yasuda and Lambert (1958)
La³⁺-alizarin complexone	Reverse phase HPLC	2 × 10^–4	5 × 10^–5 to 0.008	Xu et al. (2004)
Alizarin–o-aminomethylphenyl-boronic acid	Fluorescence spectroscopy	–	–	Kubo et al. (2006)
La(III)-alizarin fluorine blue S complex	Spectrophotometric method	–	0–0.013	Leonard and Murray (1974)
Ce(III)-alizarin complexone	Electrochemical method	9 × 10^–4	8 × 10^–5 to 5 × 10^–3	Guanghan et al. (1991)
La-alizarin complexone	ICP-OES	6 × 10^–4	0–0.003	Miyazaki and Bansho (1987)
La(III)-alizarin complexone	Voltammetric method	–	4.8 × 10^–6 to 1 × 10^–4	Jin et al. (1990)
Alizarin complexone/layered double hydroxide ultrathin film	Colorimetric method	0.012	0.003–0.024	Jia et al. (2013)