The phrase "at high depth" is correct and usable in written English.
It can be used in contexts related to measurements, such as in scientific, engineering, or geological discussions where depth is a relevant factor.
Example: "The research team conducted experiments at high depth to study the effects of pressure on marine life."
Alternatives: "at great depth" or "at significant depth".
The analysis by the electrochemical impedance spectroscopy revealed that the charge transfer resistances of Al-rich alloys were low at high depth of discharges.
The average coverage of PCGP WGS for tumor and normal samples ranged from 29X to 83X and 24X to 43X, respectively, as low purity tumor specimens were sequenced at high depth (Supplementary Data 3).
Diamond process development requires parallel development in characterization techniques such as ultra low energy SIMS (uleSIMS), especially in the ability to depth profile for impurities and dopants at high depth resolution.
The recharge water interacted at high depth with limestone and calcium sulfate minerals and emerged to the surface as thermal water at the southern part of the basin; (2) more recent recharge from coastal moisture originated from the Atlantic Ocean.
Seventeen accessions comprising 13 D-genome diploid species and 3 wild allotetraploid species, Gossypium tomentosum (AD3), Gossypium mustelinum (AD4) and Gossypium darwinii (AD5 96,97, were resequenced at high depth on the Illumina HiSeq 2500 platform, generating 85 Gb of sequencing data (Supplementary Table 16).
It provides a powerful and cost-effective alternative to sequencing smaller numbers of individuals at high depth (Flannick et al. 2012).
Artificial lift for production of huge rates at high depths is not economically feasible.
Artificial lift for production of huge rates at high depths is not economically feasible (Matthews 1981).
In the Mediterranean Sea, bacteria of this species can be found even at high depths due to the relatively warm temperatures of its deep water mass (ca. 13°C) [ 5].
In contrast libraries amplified under optimized conditions had most of the genome covered at high depths and only <10% of the genome covered at depths ≤10× and ≤5× for 3D7 and clinical isolate respectively.
For mtDNA sequencing in the forensic context, the high throughput capacity of MPS can be harnessed to develop mtDNA data at high depths of sequence coverage for tens or hundreds of individuals.
