Sentence examples for general characteristics of processes from inspiring English sources

Although the strategy of explanation of evolution by example is its stylistic hallmark, these works have an aim that transcends the particular: They aim at explaining general characteristics of processes (mechanisms) of evolution that are central to the theory of evolution.

This theory is applied to explain some general characteristics of weathering processes and related flow regime changes, which are supported by limited chronologic data from the literature on subsoil's saturated hydraulic conductivity decrease after a soil reaches a certain age.

Three general characteristics of landscape processes were explored in this study: replacement, recurrence, and recovery.

Of course, the analogy between the rapid phases of biological evolution and cosmological inflation and the corresponding phase transitions is not a direct, physical one but pertains to the common general characteristics of these processes.

The results obtained for many different enzymes suggest that multiple intermediates and conformations are general characteristics of the catalytic process and allosteric regulation.

The general characteristics as e.g. main outputs and the general formulation to compute NPP of the two models BETHY/DLR and EPIC are presented in table 2. Table 2 General characteristics of the biophysical process models EPIC and BETHY/DLR.

The information and conclusions delivered offer results covering the general characteristics of biomass used, the process parameters with direct impact over the biogas production (temperature regime, pH values) and the daily biogas production for each batch relative to the used material.

However, the transport, plugging and deformation of PPG are a complex issue that involves both general characteristics of particle suspension and special deformation process.

The general characteristics of these substrates before and after the process are given in Table 1.

I discuss the general characteristics of the flare emission line and continuum spectra, and the physical processes that produce them.

Table 1 General characteristics of the participants.