The phrase "contribution ratio of" is correct and usable in written English.
It can be used when discussing the proportion or share of a particular contribution in a given context, such as finance, statistics, or project management.
Example: "The contribution ratio of each team member was calculated to determine their impact on the project's success."
Alternatives: "share of contribution" or "proportion of contribution."
The investigation reveals that the jet diameter ratio contributes the most towards overall performance with contribution ratio of 48.86% followed by spanwise pitch ratio and streamwise pitch ratio with contribution ratio of 41.61% and 9.53% respectively.
The contribution ratio of each reaction path to the total reaction probability is also discussed.
The contribution ratio of rib height H is the most significant one, for which more attention should be paid during the design and operation stages.
Furthermore, a transient simulation based on CRI(H 1 and the Contribution Ratio of Indoor Climate (CRI(C)) was developed to predict the indoor humidity distribution.
And of this total, the relative contribution ratio of net-link and soil-root bond functions to soil erosion resistance was 0.71 0.29, averagely.
Furthermore, contribution ratio of pollution source (CRP) index is utilized to calculate the TVOCs contribution ratio to the inhaled contaminant generated from different locations.
The contribution ratios of all relevant combustion reactions to emissions of NO and N2O can be quantitatively predicted.
End-member mixing analysis using δ values and Cl− concentration revealed spatial variation in the contribution ratios of the river water, mountain block groundwater and local precipitation.
Percentage contribution ratios of parameters which influence the results of experiments were also calculated by means of analysis of variance (ANOVA) method.
The results indicated that the calibrated model can effectively simulate the spatial and temporal characteristics of the contribution ratios of recharge sources to groundwater in the Nasunogahara area.
However, the tracer approach (i.e., end member mixing analysis) provided more reliable results at point scale, particularly for the estimated contribution ratios of paddy field water.
