Sentence examples for the foregoing process from inspiring English sources

Butter becomes rancid by the foregoing process and by hydrolysis, which liberates volatile and malodorous acids, particularly butyric acid.

Each event in the development of the calcrete was intimately related to the foregoing process, mainly due to changes in the permeability of the profile horizons.

Scrutiny of the UK data suggest that to a first approximation, the duration of the main period of flushing can be predicted to endure around four times as long as the foregoing process of mine flooding.

Repeat the foregoing process to combine small stacks of closely-related items into bigger stacks of somewhat-related items until you have three to five stacks with similar numbers of items.

In response to the foregoing situations, process associations within individual geomorphic systems exhibit typical systems phenomena, including "feedback," "threshold reactions," and evolution toward dynamic equilibrium (least-work) modes.

In reality, those edges have, dependent on the foregoing embossing process and on the base material itself, some bending stiffness.

Thus, the foregoing consideration of the physical processes in CdS/CdTe heterostructure can be used to develop recommendations for the proper optimization of the parameters (purposefully and with sufficient accuracy) for improving the photoelectric conversion efficiency in thin-film CdS/CdTe solar cells.

Our contribution is then to perform the selection processes mentioned in the foregoing, by considering them as statistical decision problems and reducing the number of empirical parameters for better robustness.

The foregoing results indicate that no single evolutionary process can explain these patterns of genome evolution in the Asteraceae.

Despite the foregoing, it is unclear whether the neoplastic process leads to changes in the adjacent tumour mucosa or it is the other way around.

Considering the foregoing, there are two different and complex processes: first, scaffold degradation, which decreases its volume and mechanical properties; second, tissue regeneration that increases stiffness and mechanical resistance of new bone.