Sentence examples for processes are critically from inspiring English sources

Lastly, the future directions for research, development and commercialization of membrane and membrane processes are critically discussed.

The tube-bulging and folding processes are critically important because the quality of the metal bellows is greatly influenced by the forming conditions of these processes.

Experimental design regarding sample location, controls, analytical measurements, and the ability to interpret data within the contexts of natural and anthropogenic processes are critically important for this burgeoning field that is in dire need of answers.

Advanced design technologies and tools for early product design processes are critically needed where most important decisions are made with respect to the product functionality, quality, manufacturability, cost and environmental performance.

Furthermore, the actual pyrolysis reactions and subsequent secondary decomposition processes are critically influenced by the interaction of mass and heat transport phenomena which are in turn influenced by dimensional, morphological and hydrological substrate parameters as well as the actual design and operational parameters of the pyrolysis reactor system.

These inflammatory and fibrotic processes are critically involved in the pathogenesis of ventricular remodeling, which is accompanied by changes in the structure and composition of the extracellular matrix and is a significant predictor of left ventricular dysfunction and an adverse prognosis [1].

In the second part, an overview of the most specific applications of IPN hydrogels in separation processes is critically presented.

In this paper, literature in green processes is critically reviewed to understand the process-specific green issues of the supply chain.

Consistent with this notion is research within the perceptual domain demonstrating that the integration of domain-specific perceptual processes is critically dependent upon attention (Treisman & Gelade, 1980).

Key processes for successfully achieving automatic finger design are identified and research contributions in each key process are critically reviewed.

The abatement of various ECs in natural water and wastewater by the E-peroxone process are critically reviewed.