The phrase "a sequence of stages of" is correct and usable in written English.
It can be used when describing a process or progression that involves multiple steps or phases.
Example: "The project involves a sequence of stages of development, from initial planning to final implementation."
Alternatives: "a series of phases of" or "a progression of steps of".
On the other hand, any sequence of stages of the thermochemical treatment (specimens #2-CT and #2-TC) results in almost the same reduction of the χ-values.
Astronomical observations involve a sequence of stages, each of which may impose constraints on the type of information attainable.
One frequently used concept is that of 'lifecycles' — an analogy of a sequence of stages encountered by living organisms.
Sleep occurs in a sequence of stages, including dreamless periods of light and deep sleep, plus occasional periods of active dreaming, known as REM (rapid eye movement) sleep.
The hypothesis suggests that the use of soft drugs, such as those above, may lead to the use of harder drugs via a sequence of stages.
The theory further proposed that sexual maturation develops in a sequence of stages as parts of the body successively yield sensual pleasure to the child, beginning with the mouth, followed by the anus, and then the genitals.
This chapter provides guidance for a sequence of stages within the technical design development of a clothing system that supports the integration of wearable electronics.
The developmental theory designs the child development through a sequence of stages and suggests the importance of its interactions with life environments: attachment figures — its parents —, siblings and peers.
All project lifecycles consist of a sequence of stages and activities, from origin to completion and there is always a degree of risk associated with each stage (Stewart and Fortune 1995).
At time step t, after having been updated function T, each concurrent agent's experience consists of a sequence of stages [65]: 1. Computing p(a k ) for all a k ∈ × ∀ k ∈ K A k. 2.
