The phrase "array of feedstocks" is correct and usable in written English.
It can be used when discussing various sources or types of raw materials used in a process, particularly in fields like agriculture, energy, or manufacturing.
Example: "The research focused on an array of feedstocks to determine the most efficient materials for biofuel production."
Alternatives: "variety of feedstocks" or "range of feedstocks".
This research has illustrated the validity of vibrational spectroscopy to provide non-destructive, accurate, global, predictive models encompassing an assorted array of feedstocks for the determination of lignin S/G ratios.
This research has demonstrated the validity of vibrational spectroscopy to efficiently partition different potential biofuel feedstocks according to lignin S/G ratio, significantly reducing experiment and analysis time and expense while providing non-destructive, accurate, global, predictive models encompassing a diverse array of feedstocks.
Given the multitude of possible plants, the development of high-throughput analytical techniques capable of screening large arrays of feedstocks is paramount to isolating ideal candidates for biofuel and biochemical research and production.
This new reactor system was designed to be highly versatile, capable of pretreatment using acid or base chemistry and an array of biomass feedstocks.
The straightforward instrumentation and sample handling in NIR spectroscopy has permitted the screening of large arrays of biomass feedstocks to identify those possessing the key traits necessary for efficient biofuel production including lignin S/G ratios [ 13, 17, 19, 22].
The humankind relies on a wide variety of feedstocks that can be used to produce an array of chemicals.
Over time, a variety of feedstocks are likely to emerge, depending on local conditions as well as government policy.
Investigating a range of feedstocks (forest residues, corn stover, etc).
The physicochemical characteristics of feedstocks are presented in Table 1.
Autoclaving the pretreated feedstocks could eliminate the contamination for a variety of feedstocks, whereas the antibiotic gentamicin was unable to control contamination consistently during hydrolysis.
Doing so, the report's authors argue, could affect everything from the detection and treatment of cancer and the creation of novel biomaterials to improvements in plants to make them better sources of alternative fuels and novel feedstock for a wide array of chemicals.
