Sentence examples for other production methods from inspiring English sources

Compared with other production methods for SLNs (e.g., hot homogenization, warm microemulsions and supercritical fluid technique), the proposed method in this work is simple and no overcritical operations are needed during the preparing process.

The target is the genetic improvement of the organism or the biochemical pathway required for biohydrogen production and devising path even better in comparison to the other production methods.

Generally, other production methods of macroporous graphene often require sacrificial templates, multiple steps, or precisely controlled assembly conditions [17, 40, 43].

Since hydrochloric acid was already fully settled as an important chemical in numerous applications, the commercial interest initiated other production methods, some of which are still used today.

In contrast to other production methods, the Zn(p,a Cu reaction does not coproduce large amounts of other radioisotopes due to the low energy protons used [ 34, 37].

The GHG emissions from other production methods of forest residue fuel can be assumed to be of the same magnitude as the fossil energy input in harvesting, and transport of residues is not very different (Wihersaari 2005).

Gas from coal gasification contains less hydrogen than from other syngas production methods.

"You can blow up a pipeline, you can blow up the windmills". The argument is that, unlike other energy production methods, coal and nuclear were impervious to military and cyber attacks because their fuel is stored on the premises.

"It would need to respect local customs and be mindful of the environment [the ocean]." Gamberini acknowledges that some people may not buy into the idea of underwater farming, but believes it has the potential to work harmoniously with other food production methods.

To test the concept of methane production via in-situ heating and characterize other alternative production methods, a 70 l reactor vessel has been designed, manufactured and assembled to simulate relevant field environments.

In this paper, a comparative environmental study is reported of the Cu Cl water-splitting cycle with various other hydrogen production methods: the sulphur iodine (S I) water-splitting cycle, high temperature water electrolysis, conventional steam reforming of natural gas and hydrogen production from renewable resources.