Sentence examples for harvesting solutions from inspiring English sources
Existing kinetic energy harvesting solutions, such as piezoelectric or mechanical energy harvesting systems, failed to meet the relatively high power demand of road tunnels.
However, those from lower tree mortality – higher amenity communities were more satisfied with forest management and less inclined to accept industrial or aggressive timber harvesting solutions to managing the MPB outbreak which were seen to be at odds with their aesthetic and recreational forest use.
Hoekstra et al. [17] studied the conservation and harvesting of a population dynamic model system and illustrated that several types of optimal harvesting solutions are possible and depend on both ecological parameters such as the predators search and handling time of prey and economic parameters (e.g., the maximum harvest rate, the discount rate and the cost of fishing).
Scarcity of water has led to fights between states to control access to rivers and dams, and increasing migration to India's already overpopulated cities. Smart billboards are one of many innovative rainwater harvesting solutions that have been set up by businesses to curb the effects of drought.
Energy harvesting solutions such as instrumented orthopaedic implants are under development to power a wide variety of electronic systems including biomedical implants.
All crystals were gradually transferred into a harvesting solution containing the respective precipitant solutions plus 5% (v/v) glycerol before being flash frozen in liquid nitrogen for storage.
If digestion was properly carried out, the harvesting solution in which hearts are minced quickly becomes turbid due to detachment and suspension of individual cells.
Then, the heart was removed from the cannula, cleared from atria, atrioventricular septa and subepicardial fat tissue and placed in a becker containing 50 ml of harvesting solution (Krebs-Henseleit solution containing 100 mM CaCl2 and 1% BSA, pH 7.4) prewarmed at 37°C.
Representatives of all the facilities participating in that improvement effort attend these sessions ; they offer participants opportunities to discuss experiences, air problems and harvest solutions, and make plans for further improvement efforts when they return to their facilities.
After recording, the wider tip of another pipette filled with no more than 0.5 µL sterilized cell harvest solution containing (in mmol/L) 144 K-gluconate, 3 MgCl2, 0.5 EGTA and 10 HEPES (pH 7.20 and 295 mOsm/kg) was gently attached to the recorded cell, then a light suction (negative pressure) was applied, through a glass syringe (Thomas Scientific) connected to the pipette.
AKT1-Inhibitor VIII co-crystals were harvested into a solution of 25 mM Na-acetate, 25 mM Na-citrate, 21% PEG MME 2000, pH 5.0 and were cryoprotected with 70% harvest solution + 30% ethylene glycol.
