"excessive input" is a correct and usable phrase in written English.
It refers to an excessive amount of information or data being received or processed. This phrase can be used in various contexts, such as technology, education, psychology, and healthcare. Example: The computer system crashed due to excessive input of data. In this sentence, "excessive input" refers to the large amount of data that caused the system to crash.
Again, contact with external stimuli is impaired, this time by excessive input that "jams the circuits," in which case spontaneous dissociative experiences may occur.
This suggests that hysteretic damping effect of connection is limited and may not be expected under the excitation with excessive input acceleration amplitude.
Cost efficiency might be less than 1 for one of the following two reasons: excessive input usage in production or production with a wrong input mix in light of input prices or both.
Both BUILDINGS and ROADS are observed to negatively impact ML all and ML des (Table 5), probably due to the excessive input of social capital stock in regions with low productivity, as pointed out by Nakano and Managi (2010).
The Adriatic Sea ecosystem is threatened by excessive input of nutrients through drainage from agricultural land and wastewater flowing from cities; this includes both along its coast and from rivers draining into the sea especially from the Po River.
This finding might be because, in most cases, we avoided an excessive input of fluid.
Excessive inputs of sediment from land to coral can lead to reef destruction through burial, disruption of recruitment success, or deleterious community shifts.
Research on plant adaptations to S-related stresses has shifted from an emphasis on excessive inputs and acidification to how deficiencies impact crop production.
A hospital such as Nchanga North with a congestion efficiency score of 60% can contract its excessive inputs by 40% without worsening outputs.
Marine protected area managers may focus on human stressors such as overfishing and excessive inputs of nutrients, sediments, and pollutants, both inside the protected area and on adjacent land and waters (Keller and others 2008).
In this study, we used three possible orientations: input-orientation, output-orientation and also a non-oriented model, the additive one, which is based on slacks, excessive inputs or missing outputs that exists even after the proportional change in the input or the outputs [ 27].
