The phrase "associate rate" is correct and usable in written English.
It can be used in contexts related to pricing, fees, or compensation associated with an associate-level position or role.
Example: "The company offers an associate rate for entry-level employees, ensuring competitive compensation for new hires."
Alternatives: "entry-level rate" or "junior rate".
The binding of LAM to immobilized α-LAM had a high associate rate constant (ka) allowing for rapid detection.
This method of simulation accounts for continuous time but discrete state space whereby the probability of conversion from one state (e.g., Exposed) to another (e.g., Colonized) is determined by the associate rate of the ordinary differential equation system.
The associate rate constants dropped 1 order of magnitude to ka = 1.1 × 10 M–1 s–1, and the dissociate rate constants increased 1 order of magnitude to kd = 3.4 × 10 3 s–1; therefore, the dissociate constants increased 2 orders of magnitude to KD = 3.0 × 10 6 M.
When the microRNA regulation is incorporated into (1) (see Figure 1(b)), it becomes (2) d [ m ] d t = a 1 f ([ m ] ) − d m [ m ] − d [ m ] [ s ], d [ B ] d t = a 2 [ m ] − d B [ B ], d [ A ] d t = a 3 g ([ B ] ) − d A [ A ], d [ s ] d t = λ − d s [ s ] − d [ m ] [ s ], where λ is the synthesis rate of microRNA, d s is the degradation rate of microRNA, and d is the associate rate of two RNAs.
The associated rate constant influences the interface dissipation.
Many of these steps have associated rate constants that result in subsecond responses to incoming signals or externally applied changes.
The model, along with its associated rate constant estimates, quantitatively correlated the experimental temporal variations of the product yields from the individual pyrolyses of PDB and TDC.
The associated rate constant has a low activation energy (41±4 kJ/mol) and a pre-exponential factor close to the theoretical upper limit of the collision frequency.
The goal of the global analysis procedure is to extract the time-independent spectra and their associated rate constants, defined by the model, from the data.
The signal S acts to degrade X∗ and k sx denotes the associated rate constant.
As described in the definitions, each reaction j has an associated rate constant ρ j.
