The phrase "artificial supply" is correct and usable in written English.
It can be used in contexts related to economics, resource management, or technology, where the supply of goods or services is generated through artificial means rather than natural or organic processes.
Example: "The government implemented an artificial supply of water to combat the drought conditions affecting the region."
Alternatives: "synthetic supply" or "man-made supply".
It succeeded in growing through creating demand, and then creating artificial supply problems.
Wildlife officials have resisted suggestions to drop food in the mountains, saying an artificial supply would not solve the problem and would lead to dependency.
"So as the market comes back, unless fleets were to come back at the same pace you're going to have this artificial supply and demand dynamic, which pushes prices up.
Ten large reservoirs, partly or entirely artificial, supplied the scarce drinking water for the residents of Tikal.
Legionella bacteria is often found in rivers and lakes but can end up in artificial water supply systems, such as air conditioning systems, water services and cooling towers.
The legionella bacterium is routinely found in open water, such as rivers and lakes, but can end up in artificial water supply systems such as air conditioning, water services and cooling towers – multiplying in the warm, enclosed conditions.
It considers an exogenous insulin transfer rate that accounts for external insulin infusions or injections, as well as enteral and parenteral nutrition rates for the artificial food supply by help of a gastric tube or an intravenous access.
The main weakness of the study is the lack of quantification of pollen delivery in different treatments: I think the authors should try to give the reader, at the very least, a gross idea of the order of magnitude of differences between natural and artificial pollen supply.
Finally, the tuned controller is applied to the patient as an artificial pancreas supplying external insulin administration.
A novel human computer cooperative PSO-based immune algorithm (HCPSO-IA) is proposed, in which the initial population consists of the initial artificial individuals supplied by human and the initial algorithm individuals are generated by a chaotic strategy.
Five pots (area = 0.053 m2) were used per composite soil sample per soil depth, totaling 60 pots (3 tree species × 2 canopy covers × 2 soil depths and 5 replications).The pots were placed at random in the glasshouse at Haramaya University, with no artificial light supplied.
