The phrase "a corresponding degree of" is correct and usable in written English.
It can be used when discussing a relationship or proportionality between two or more elements, indicating that one element matches or relates to another in a specific way.
Example: "The success of the project will depend on a corresponding degree of effort from all team members."
Alternatives: "an equivalent level of" or "a matching extent of".
"The regulated system creates both windfall beneficiaries -- small households occupying large apartments -- and a huge number of nonbeneficiaries who experience a corresponding degree of harm".
But confirmation by the Senate, originally elected by the state legislatures, would provide a corresponding degree of respect for the states.
It's to the credit of Matthew Gallaway's enchanting, often funny first novel that it doesn't require a corresponding degree of obsession from readers, but may leave them similarly transported: the book is so well written — there's hardly a lazy sentence here — and filled with such memorable lead and supporting players that it quickly absorbs you into its worlds.
If (epsilon = 0), then the top-k set is exact, otherwise a corresponding degree of error is permitted in the top-k set.
Figure 3 shows the respondent's distributed proportion considering "range" and user's "range anxiety" at the same time, called the conditional probability distribution of "range anxiety" P(b|a), each color represents a corresponding degree of "range anxiety".
A corresponding degree of significance using the full NCI60 panel suggests that correlations greater than 0.6 are likely to be reproducible (Table 1).
A city with a high GDP rank frequently had a high degree of cohesion (and a low corresponding degree of outreach) and was more likely to engage in information exchange within the city and attract more attention from outside.
The recovering process from the SDOF system computed back to their corresponding degree-of-freedom in MDOF system could be done easily.
Several succeeding studies revealed various interesting optical properties of charged QDs, including the reversible control over the "on" and "off" states [18, 19], the amount of charge injected into a single QD, and the corresponding degree of bleach during absorption [19 22].
The solar field size and the corresponding degree of superheating is limited in the respect to the built-in components.
