«The computational method that we developed is very predictive, and we used it to understand singlet fission in a new way that may allow us to design materials even more
efficient at harvesting light, for example.»
Not exact matches
According to the authors on the paper «Flexible Ionic Devices for Low - Frequency Mechanical Energy
Harvesting» published online in the journal Advanced Energy Materials, «The peak power density of our device is in general larger than or comparable to those of piezoelectric generators operated
at their most
efficient frequencies.»
Eligible activities under the Mid-South module include: 1) removal of rice straw from the field after
harvest, 2) early drainage
at the end of the growing season, 3) intermittent flooding during the growing season, and 4) increased water and / or energy use efficiency, achieved through measures including but not limited to: convert contour levees to precision or zero grade; use of side inlet / poly piping systems; use of more
efficient diesel pumps; switch from diesel to electric pumps; use of soil moisture sensors to tailor flood to water needs.
High - productivity plantations,
efficient harvesting and good logistics are fundamental in producing biomass
at costs that allow for competitively priced energy generation.
But I find it hard to conceive how they would work on a commercial level, where you need to have an
efficient system for
harvesting marketable crops
at roughly the same time.