The phrase "average degradation rate" is correct and usable in written English.
It can be used in contexts related to environmental science, materials science, or any field where the decline or deterioration of a substance or system is being measured over time.
Example: "The average degradation rate of the plastic material was found to be significantly higher in marine environments compared to terrestrial ones."
Alternatives: "mean decay rate" or "typical deterioration rate".
The average degradation rate was 2 3 μV per hour at low and medium currents (10 150 A).
However, under the uniform environmental conditions, the degradation speed is quite variable in soil after average degradation rate over 20%.
Changes in the mass loss, molecular weight, numbers of PLA chains and ester groups, oligomer molecules release and average degradation rate with degradation time were investigated.
Within one period of partial reflux, the average degradation rate of the methyl orange solution is 10%, which is higher than that obtained in a cylindrical reactor.
The average degradation rate of 6.84 μmol dm−3 min−1 for phenol was about 19 times greater than for pure TiO2 obtained using the same preparation procedure.
The average degradation rate and average number of PLA chains initially changed in direct proportion to the initial porosity, but there was an inverse change later in the degradation.
The average capacity degradation rate is less than 0.03% per cycle excluding the first discharge capacity.
This model predicted that the average photocatalytic degradation rate of CR was 0.1576 mg dm3 min−1 under the optimal conditions.
Average mRNA degradation rate for these genes was estimated for each cell type using Equation (1) (e.g. d = −0.1012 for undifferentiated MC1 cells) and then was subtracted from all estimated mRNA degradation rate for this cell type.
The molar mass changes were also used to estimate the average hydrolytic degradation rate constant (k) values, cf. Equation 2. These were calculated from the logarithmic Mn values as a function of degradation time.
The average CR photocatalytic degradation rate (mg dm−3 min−1) was estimated and applied as the response outputs of the L9 (3)4 Taguchi orthogonal array.
