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1 article(s) from Horn, Clemens R

A method to determine the correct photocatalyst concentration for photooxidation reactions conducted in continuous flow reactors

Clemens R. Horn and
Sylvain Gremetz

Beilstein J. Org. Chem. 2020, 16, 871–879, doi:10.3762/bjoc.16.78

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Graphical Abstract

Figure 1: Reaction setup (FC: flow controller, BPR: back pressure regulator).

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Scheme 1: Photocatalysts A–I screened for the oxidation of citronellol.

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Figure 2: Conversion and transmission at fixed reaction conditions (0.5 N citronellol, 1 mL/min,1 mol % catal...

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Figure 3: Measured transmission spectrum of a 5 mmol/L (1 mol %) solution of TPP (H) in dichloromethane with ...

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Figure 4: Transmission spectra of rose bengal (D) and the emission spectrum of an LED with a maximum at 524 n...

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Figure 5: Transmission spectra of dimethylanthracene (Gb) and emission spectra of LEDs with maxima at 365, 37...

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Figure 6: Transmission spectra of TPP (H) and emission spectra of LEDs with maxima at 407 and 424 nm, respect...

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Scheme 2: Photooxidation of alpha-terpinene.

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Figure 7: Conversion of alpha-terpinene using the wavelength-adapted TPP (H) concentrations.

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Figure 8: Conversion of alpha-terpinene at different TPP (H) concentrations.

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Figure 9: Conversion of alpha-terpinene (0.5 N) as a function of the wavelength using DMA (Gb) as the catalys...

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Figure 10: Conversion of citronellol at different concentrations of rose bengal (D).

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Figure 11: Conversion of citronellol as a function of the light power (0.5 mol/L of citronellol, 1.34 mmol/L r...

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Figure 12: Absolute conversion of various concentrations of alpha-terpinene at 407 nm using 0.32 mmol/L of TPP...

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Published 27 Apr 2020

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