The phrase "at higher throughput" is correct and usable in written English.
It can be used when discussing performance metrics, particularly in contexts related to data transfer, processing speeds, or production rates.
Example: "The new system is designed to operate at higher throughput, allowing for more efficient data processing."
Alternatives: "with increased throughput" or "at an elevated throughput".
The in vitro imaging of biophysical processes at the molecular scale requires time-intensive sample preparation, whereas the imaging of higher-scale processes is often feasible at higher throughput, which is an important advantage in terms of statistical power and network analysis.
On the other hand, for fixed pipeline diameters, increasing the throughput causes an increase on the specific energy consumption, but such increase rate becomes milder at higher throughput rates.
Driven by the demands to support data applications at higher throughput and spectral efficiency, orthogonal frequency division multiplexing (OFDM) based multiple access is being considered as a promising technique for the future wireless networks.
Since this could be achieved at higher throughput with 2D imaging, we obtained projection electron microscopic images of thin sections (∼80 nm) of the B cells treated as above (Fig. 4A i, ii).
By comparison, protein microarray based-serum profiling is much more sensitive and can be performed at higher throughput while requiring less amount of sample.
Despite the high read length of PacBio, this technology is limited by high error rates and low coverage (albeit at higher throughput than Sanger sequencing).
It is very similar to the tree topology: at low throughputs, short-term fairness horizon weakly depends on d but high-degree topologies have substantially larger short-term fairness horizon than low-degree topologies at higher throughputs.
Electrodeless techniques, on the other hand, enable contactless DEP manipulation at higher throughputs (due to field nonuniformities across the entire device depth), and they are especially significant within applications where functional microbials need to be collected for subsequent analysis.
Gierahn, T. M. et al. Seq-Well: portable, low-cost RNA sequencing of single cells at high throughput.
Continuous, contact-free fractionation of sensitive microparticles at high throughput is a challenge.
