The phrase "a linear correspondence" is correct and usable in written English.
It can be used in mathematical or scientific contexts to describe a relationship or mapping between two sets that preserves the operations of addition and scalar multiplication.
Example: "In linear algebra, a linear correspondence between two vector spaces can be represented by a matrix transformation."
Alternatives: "a linear mapping" or "a linear relationship".
That is, for a surface that is negatively charged, there is a linear correspondence between dipping time and the amount of PPy deposited on the substrate.
There, working with the bacterium Escherichia coli, he showed that the sequence of the nitrogen-containing bases forming part of the structure of the genetic material has a linear correspondence to the amino acid sequence of proteins.
Establishing a linear correspondence between ETM-derived vegetation fraction and Quickbird-derived vegetation fraction facilitates the validation task by extending the spatial scale from 30 × 30 m to a more manageable 2.8 × 2.8 m.
The authors propose several measures to quantify the mobility of users, and show that socio-economic levels present a linear correspondence with three indicators of mobility, namely the number of different antennas used, the radius of gyration and diameter of the area of often visited locations, indicating that the more mobile people are, the less poor the area in which they live seems to be.
Here we implicitly assume that the microarray signal intensities have a linear correspondence to the protein concentrations.
We finally used Spearman's rho to test whether Rd showed a linear correspondence with RILM in both research groups.
In each cell line, a plot of the time-averaged rate of degradation of intact VI-B as a function of initial substrate concentration revealed a direct linear correspondence between rate and substrate concentration.
As expected, a significant linear correspondence was found between the sensor output signal (emf/mV) and logarithm of Al III) ion activity with a Nernstian slope of 19.9 (±0.2) mV decade−1 over a wide concentration range of 1.0 × 10−9 to 2.2 × 10−1 mol L−1 (R2 = 0.9997).
The test results indicate that there is a good linear correspondence between the FBHEs conical valve openings and circulating ash flow rate, the average heat transfer coefficient of different heat exchangers takes on a monotonically increasing trend with the increase of the boiler loads.
As also shown in Fig. 1, larger genomes contain more SLSs than smaller ones, and a rough linear correspondence between genome size and SLS abundance may be observed (Fig. 2A).
In contrast, abrogating the acceleration in IL-2 production yields a simple linear correspondence between these variables, and prevents small populations of T cells from accumulating comparable amounts of IL-2 to those secreted by larger populations.
