The phrase "blending ratio" is correct and usable in written English.
It can be used when discussing the proportion of different components mixed together, often in contexts like cooking, chemistry, or manufacturing.
Example: "The blending ratio of the ingredients is crucial for achieving the desired flavor in the final dish."
Alternatives: "mixing ratio" or "proportion of blend."
Optimal blending ratio of high coking Moolarben coal as a blended fuel of pulverized coal fired plant was investigated by 100 kg/h test furnace through blending with design coal, Energyman bituminous coal.
We also optimised the blending ratio between each pair of frames, setting different blending ratios in areas of the image with high (foreground, moving areas, blending ratio of 0.9) or low (background static areas, blending ratio of 0.1) optical flow.
The Deep Dream video used throughout the reported experiments was generated by selecting a higher DCNN layer, which responds selectively to higher-level categorical features (layers = 'inception_4d/pool', octaves = 3, octave scale = 1.8, iterations = 32, jitter = 32, zoom = 1, step size = 1.5, blending ratio for optical flow = 0.9, blending ratio for background = 0.1).
The top right image was generated by selecting a higher DCNN layer that responds selectively to higher-level categorical features (layers = 'inception_4d/pool', octaves = 3, octave scale = 1.8, iterations = 32, jitter = 32, zoom = 1, step size = 1.5, blending ratio for optical flow = 0.9, blending ratio for background = 0.1, for more detail see46).
The fiber blending ratio of the filling resistant 3D fabric had a prominent influence on the static-bursting strength.
The effects of the macromonomer composition, copolymer composition, blending ratio, and solvent selection on nano-scale structures were studied.
Related regulations stipulate that the waste blending ratio of recycling green building materials should be higher than 50%.
The parameters that were varied included fuel temperature, environmental temperature and pressure, impingement distance, blending ratio, and the presence or absence of an oil film.
The beaded fiber mats were fabricated using electrospinning technique by controlling the solution concentration, weight blending ratio of Thai silk fibroin/gelatin blend, and applied voltage.
Laminar burning velocities were calculated through nonlinear method and correlated by mixing rules as a function of initial temperature, pressure, equivalence ratio, and blending ratio.
The effects of blending ratio and compatibilizer content on the dispersion morphology, molecular structure, mechanical properties, and rheological behavior of PLA/PETG blends were studied.
