The phrase "a much higher capture" is correct and usable in written English.
It can be used in contexts where you are comparing the effectiveness or success rate of capturing something, such as data, images, or attention.
Example: "The new marketing strategy resulted in a much higher capture of potential customers compared to the previous approach."
Alternatives: "a significantly greater capture" or "a considerably higher capture".
We demonstrate much higher capture of the natural killer cell immunoglobulin-like receptor (KIR) region versus comparable platforms.
Experimental results show that the hybrid MgAl(LDO /TiO2 not only has a much higher CO2 capture capacity than bare MgAl(LDO) and TiO2, but also converts 13 15% CO2 to carbon monoxide (CO) with a 93 95% overall self-regeneration rate during five adsorption/conversion/regeneration cycles.
Their image data will have a much higher resolution (capturing details as small as 500m) and will come down in a fraction of the time - in as little as 2.5 minutes.
Likewise, Hamblin et al. [ 38] found in different small core sets of maize accessions a much higher percent of SNP alleles captured, compared to SSR alleles, as a consequence of their lower allelic richness.
The gold standard strategy for investigating lower frequency/rare variants will be the use of sequencing data, capturing a much higher proportion of genetic variation (Morris and Zeggini 2010).
"With the number of people who have recorded UFOs with their cellphones, there's a much higher likelihood they're going to capture objects in the sky.
Because a dual-layer Blu-ray disc can store 50 gigabytes of data (more than five times the capacity of a standard dual-layer DVD), detail in a movie can be captured in a much higher quality, with plenty of room left over for a wealth of bonus features.
This reflects a much higher concentration of volume defects and positron capture centres in the samples doped with Er2O3 ions.
Observing a highly significant effect of the interaction term with limited statistical power indicates that G × G interactions likely represent a strong determinant of vector competence in natural Ae. aegypti populations, which display a much higher level of genetic polymorphism than was captured by our three isofemale families sampled at a single location.
The GSEA showed that total RNA library samples captured histone-encoding genes at a much higher efficiency than the poly(A) library samples.
