The phrase "a finite rate of" is correct and usable in written English.
It can be used in contexts discussing measurable quantities or processes that have a defined limit or boundary.
Example: "The system operates at a finite rate of energy consumption, ensuring efficiency and sustainability."
Alternatives: "a limited rate of" or "a defined rate of".
Emotiv's disclaimer continues: "All mental detection systems suffer from a finite rate of false positive and false negative detections.
Two models are presented for the absorption process with a finite rate of reaction in a slurry containing fine particles.
Typically, the operation of packed beds in such systems is modelled by accounting for a finite rate of heat transfer between the fluid and solid media.
The overall rate constant of dilute dispersions of spheroids with a finite rate of incorporation at the spheroid surface is investigated.
Decomposition of moist wood is modeled using the shrinking unreacted-core approximation for a finite rate of reaction and the assumption of a thermally controlled evaporation of moisture across an infinitely thin front at constant temperature.
We assume that the feedback channel has a finite rate of bits per slot and per user and allows zero-delay error-free transmission.
The general and optimal performances of the irreversible dual-cycle cogeneration system, having a finite-rate of heat transfer, heat leak and internal irreversibilities based on the EPC objective function have been investigated.
Further, each edge (link) can maintain a lossless transmission from tail (e) to head (e), at a maximum finite rate of C e bits per use.
The "no radiation" assumption is captured in a specific, finite rate of decay which in general depends on the L∞-profile of the potential V. We show that the result is optimal in many regards.
Similar pragmatic approaches to case definition for genetics studies, accepting a small, finite rate of misclassification in order to maximise recruitment, have been successfully used in other genetic association studies [ 27].
The overpotentials are a direct consequence of the thermodynamic irreversibility of the processes taking place in an electrochemical system, and the irreversible entropy production of a process occurring at a finite rate is a quantitative measure of this irreversibility.
