The phrase "largest coefficient" is correct and usable in written English.
You can use it when you are discussing a mathematical equation, for example: "The largest coefficient in the equation is 6.3."
In general, for the estimate at time t, the observation (Z_{t}) gets the largest coefficient.
The second largest coefficient lies already approximately an order of magnitude below the first coefficient.
The largest coefficient of variation in TP content was 0.085 (data not shown) for replicated tests of blueberry powder.
The largest coefficient of variation in TF content was 0.088 (data not shown) for replicated tests of pomegranate powder.
The largest coefficient of variation in ORAC was 0.095 (data not shown) for replicated tests of cocoa powder.
All descriptors have been normalised with the largest coefficient c r and the absolute values have been taken.
It is necessary to point out that the detection corresponding to the largest coefficient is not always reliable or correct.
An obvious evidence is that there would remain an 'object area' defined by the largest coefficient, even though the object has been occluded or out of the image.
When the phase normalisation coefficient c s is chosen as the largest coefficient for 0 < s < N, this often results in a high value s ≈ N - 1.
As shown in Table 4, the model term of (A) has the largest coefficient (9.03) which indicates that COD concentration is the most dominating factor.
