The phrase "analysis of the multiplicity" is correct and usable in written English.
It can be used in contexts where you are discussing the examination or study of multiple elements or variations within a particular subject or phenomenon.
Example: "The analysis of the multiplicity of factors influencing climate change reveals the complexity of the issue."
Alternatives: "examination of the variety" or "study of the diversity".
An analysis of the multiplicity of steady states has also been carried out.
A general method of analysis of the multiplicity of steady states in such complex systems will be presented.
The predictions of this local theory provide important theoretical guidance in the global analysis of the multiplicity features.
This paper is concerned with the mathematical modeling and analysis of the multiplicity and autothermicity of steady states for a specific group of chemically reacting systems.
The next step is safety analysis, including analysis of the multiplicity of steady states and their stability, study of safe operating, and conditions and trajectories, which can shift the reactors from one steady state to another steady state.
Clearly, instability limits the degree of inherent safety of a reacting system, but so far much more attention has been paid to the analysis of the multiplicity features of reacting systems while only a little works has been reported on the stability analysis of reacting systems under open-loop conditions.
This analysis is based on the mathematical modelling of a process unit, where both the steady-state analysis, (including the analysis of the steady states multiplicity and stability) and the dynamic simulation are used.
This approach is based on mathematical modeling of a process unit where both the steady-state analysis, including the analysis of the steady states multiplicity and stability, and the dynamic simulation are used.
Thus, we concentrate on the analysis of multiplicity results for the fourth-order elliptic stationary Cahn-Hilliard equation -Delta^{2} u - u - Deltabigl(|u|^{p-1}u bigr)=0quad mbox{in } mathbb{R}^{N},mbox{where }p>1.
The fertile mass is determined from the multiplicity analysis of the neutrons detected soon after the initial triggering neutron is detected.
The computed charge on the U atom changes from 3.42 to 3.29 to 3.19 using natural bond orbital analysis [103 107] as the multiplicity of the complex changed from singlet to triplet to quintuplet.
