The structure of the chapters made the story flow fluently and when the chapter finished, on the next page there's a pair of geek glasses with snowflakes around them.
The structure of a chapter is illustrated in Figure 3, which uses chapter 3 ("What Is Food for Plants?") as an example of how the different components within a chapter are organized.
The structure of the chapter follows the Technology Readiness Level (TRL) approach, as recommended by several documents for the development of WECs.
The structure of the chapter is defined along these dimensions: For every area of knowledge we will propose a set of concepts and align the state-of-the-art approaches to them.
The structure of the chapter is built upon the procedure of creating the FE model for the human spine, which consists of establishing the FE model for each component of the spine, including mesh generation and material property, verification, validation and, finally, implant design process.
In terms of text architecture and hodological relationships, the structure of this chapter corresponds to an ascending Jacksonian-type hierarchy from spinal cord through to cortex, since the aim was to convey a dynamic perspective, both in terms of the physiology of individual neurons and at the level of cortical and sub-cortical networks and their interconnecting circuitry.
The structure of the chapter is as follows.
The challenge of applying societal provenance to an entire society is noted, together with the structure of the ensuing chapters (history, institutions, formation and debates).
Further Reading: For more on the notion of intrinsic plausibility and how it figures in the structure of reason, see Chapter 9 of Parsons (2008).
The purpose of the study is to examine how Swale's (1990) Create-a-research-space model can be used to explain the structure of an introductory chapter of a Master's thesis in soft sciences disciplines.
