The fermentation residue was separated into two fractions; one fraction contained mainly solids functioning as a fuel for thermal conversion and the other was a liquid fraction that contained mainly soluble compounds serving as a substrate for anaerobic fermentation to biogas.
Therefore, our observations together with the findings by previous studies suggest that many young genes are functionally unimportant and only a few of them acquire the solid functions (fig. 7).
Assemble's win is so significant because it marks an expanding consideration of whether art may co-exist with other purposes; looking past the restrictions of galleries and commercial art markets and towards work which can serve a solid function within community spaces.
Then came wallets, belts and straps made from seat-belt nylon – real seat belt webbing – offering another unique aesthetic of car bits and solid function.
Only a few of them acquire solid functions and evolve very slowly under strong purifying selection, keeping their original structures.
In the present study, however, the youngest miRNA genes analyzed for estimating substitution rates were generated more than 100 Ma (branch IV in fig. 4) and are apparently old enough to have solid functions.
Using this method, 71.6 kg distillation residue (17.3% dry matter and 9.7% insoluble solids) was divided into two fractions: 52.7 kg (10.9% dry matter) liquid fraction serving as a substrate for biogas production, and 18.6 kg (35.6% dry matter) of wet solid fraction functioning as a fuel for thermal conversion tests.
The liquid fraction served as substrate for the production of biogas (methane), whereas the solid fraction functioned as fuel for thermal conversion (combustion), yielding thermal energy, which can be used for heat and power generation.
A novel computational approach based on a non-constrained formulation with a volume-of-solid (VOS) function equation is firstly presented for topology design of heat conductive solid paths between constant-temperature objects.
Evidently, structural organization of these polymers in solid state predetermines functioning of polymer-based devices; therefore, understanding of optical and electric features depending on the polymer structural arrangement is an important issue.
