The proposed system for identifying consolidation phases is based on fuzzy geometric protoforms and classification trees.
These stationary phases were based on high-purity porous spherical silica particles coated with nano-polymer beads using an electrostatically driven self-assembly process.
One of the unique features of this apparatus is that the method of detecting presence of different phases is based on the values of density and viscosity of the phases rather than visual observation.
The dominant stationary phases are based on silica gel and chemically modified forms of silica gel with alkylsiloxane-bonded, 3-cyanopropylsiloxane-bonded, 3-aminopropylsiloxane-bonded, and spacer bonded propanediol surface treatments.
Both the phases are based on Flush+Reload and hence result in heavy cache activity (Prime+Probe attacks also have similar characteristics, which will be explained in detail in subsequent sections).
Whereas α, β and T phases are based on B12 icosahedra, the γ-phase can be described as a rocksalt-type arrangement of the icosahedra and B2 atomic pairs.
The first two phases are based on the review presented in this work, while the third phase is based mainly on the recent work of Geraads [74].
These early and late phases are based on the timing in relationship to lung injury and the underlying mechanisms.
