"comprehensively reveal" is a correct and usable phrase in written English.
It means to reveal or expose something fully and completely. Example: The investigation comprehensively revealed the corruption within the government, shocking the entire nation.
Finally, parametric studies are carried out to further comprehensively reveal the battery dynamic mechanical integrity behavior.
Some of representative examples were that several transcriptomes of Taxus were investigated with RNA-seq technology to comprehensively reveal candidate genes involved in taxol biosynthesis.
It has been shown that a combination of integrated mercury porosimetry and gas sorption, together with CXT, can comprehensively reveal the impact of manufacturing process parameters on pellet structure and mass transport properties.
The present study will comprehensively reveal the overall genetic diversity prevailing in these populations and will also aid in understanding the genetic dynamics of the species.
This work can comprehensively reveal the genetic architecture of morphological traits and will provide elite parents for rice plant type modifications.
Therefore, regulatory mechanisms of biosynthetic genes are too complex to comprehensively reveal because of 'biodiversity' or 'chemodiversity', asking for system analysis rather than independent experiments.
The stages of his struggle have been uncovered and recorded; the glory of his achievements more comprehensively revealed.
The investigation also comprehensively reveals how increasing the shear loading component reduces the pin aspect ratio of height-to-diameter required to maintain pin pull-out.
Recently, ChIA-PET studies performed on RNA polymerase II, which is present in the transcription preinitiation complex, comprehensively revealed active promoters, the transcription factors involved in their activation, and the spatial relationships among them [ 21, 22].
In this study, we constructed an EST library of larval epidermis with more than 20,000 clones, and designed a microarray with the aim of comprehensively revealing the molecular mechanisms of larval mimetic and cryptic pattern formation.
This allows the architectural design space for network superscalar processors to be explored more rapidly and comprehensively, to reveal the maximum IPC that is possible for a given application workload and the available hardware resources.
