The phrase "aromatic products" is correct and usable in written English.
It can be used in contexts related to chemistry, perfumery, or food, referring to products that have a strong, pleasant smell.
Example: "The company specializes in the production of aromatic products, including essential oils and scented candles."
Alternatives: "fragrant items" or "scented products".
This approach is used here to investigate the production of aromatic products in Escherichia coli.
Particularly important in such trade were fine textiles, silk, gold and other metals, various precious and semiprecious stones, and spices and aromatic products.
The East India companies of Europe came seeking the exotic products of Asia: silks, cottons, and precious commodities such as spices and aromatic products.
1/3 of aromatic products consisted of o-cresol.
This pollutant has been a typical molecule present in most aromatic products, highlighting its relevance.
The nucleophilic substitution pathway mainly results in mono- and disilylated aromatic products.
The processes performance is evaluated through the aliphatic and aromatic product purities and recoveries, and the solvent and energy consumptions.
Both the thermal cracking and the hydro-thermal cracking of n-dodecyl benzene (C6H5(CH2)11CH3) yielded toluene as the major aromatic product, whereas its hydrocracking over NiMo/USY yielded benzene as the major aromatic product.
At 350°C, the temperature of maximum 2,6-DMP yield, the total stream of 2,4-DMP and 2,4,6-TMP was approximately 24 times smaller than the stream of the target aromatic product.
Within the literature, a number of studies have sought to improve catalyst performance and retard catalyst deactivation by the inclusion of low levels of dopants (such as Fe and Co [18]) or gas-phase additives (such as CO or CO2 [19].) Whilst C6H6 is the major aromatic product, higher aromatics have been reported to be formed, albeit in much lower concentration [20].
The most widely accepted mechanism is based upon initial dehydrogenative coupling of methane to form ethylene as a primary product which often forms part of the reaction product stream, and subsequent acid catalysed conversion of ethylene to the aromatic product [10].
