The phrase "a reasonable throughput" is correct and usable in written English.
It can be used in contexts related to performance, efficiency, or capacity, particularly in fields like technology, networking, or manufacturing.
Example: "The new system is designed to achieve a reasonable throughput, ensuring that data is processed efficiently without bottlenecks."
Alternatives: "an acceptable throughput" or "a satisfactory throughput".
Furthermore, the small size of resulting 2D crystals requires electron microscopy to evaluate the results and automation of the necessary steps is essential to achieve a reasonable throughput.
Hwang and Kim [15] found that the result [1] is a reasonable throughput estimation for networks with ALOHA-like MAC.
Indeed, handling of the first protocol, FASP, was efficient and achieved a reasonable throughput with modest hands-on time (Supplementary protocol 1).
Our goal was to significantly decrease the working volume for the assay and to use a format fulfilling the requirements of modern cellular imaging platforms, capable of (automatically) acquiring images at a (reasonable) throughput rate.
Therefore, it was necessary to find the right balance between high content and a reasonable throughput or, in other words, between time, cost and quality, which Mayr and Fuerst called "the magic triangle of HTS".
As one example, single erythrocytes were injected into a microfluidic device and lysed; the hemoglobins were then separated and detected at a reasonable throughput (ca. 12 cells min 1).
This setup offers a reasonable throughput-screening platform for generating rapid and statistically significant readouts.
The alignment of organic single crystals with controlled placement and reasonable throughput is a practical way to realize their ultimate applications in electronics or photoelectronics, which however is still a challenging task.
However, the typical device area was very small, which is not capable of producing a high density of device with reasonable throughput.
To keep a reasonable uplink throughput, the SE is lower constrained.
Employment of this control results in a reasonable overall throughput performance with lower negotiation costs compared to those of the centralized approach.
