The book also includes an extensive critique of the legitimacy and implications of the extensive involvement of the legal process in the treatment of detainees, and makes clear that many of the proponents of the use of such process appear to have conflicting loyalties.
While some traditional land uses reduce the intensity of processes such as floods or shallow landslides (Sidle and Ochiai, 2006), other types of land use lead to an acceleration of such processes (e.g. Phillips and Marden, 2005; Marden and Rowan 2015).
Design of such processes requires use of accurate thermodynamic models, capable of predicting the complex phase behavior of multicomponent mixtures as well as their volumetric properties.
In addition, H2O2 is produced during some chemical and enzymatic processes [2, 3]; its detection can be used as an indicator for the progress of such processes.
In these cases the understanding of the mechanical properties can be used to inform and influence the control of such processes as milling, granulation and comminution.
Identification and discovery of the coding regions in the genomic structure using computational algorithms is a clear example of such processes.
To evaluate the utility of the various libraries for guiding genome assembly, we simulated the scaffolding step of such process by using the 137,257 contigs from the current rat genome build and the different MP data sets as input for the SSPACE 2.0 [ 25] software.
The use of such representations and processes, which we refer to as the algorithmic approach, is uniquely suited for problems requiring strong models, i.e., tasks and domains that are well defined, and/or involve close interaction with the environment.
The idea of using such processes in this context can be traced back to the seminal 1950s-1970s papers by Mann [15], Krasnosel'skii [16], Ishikawa [17], Reich [18, 19], and others.
