Relevance of the present study to the design and operation of membrane processes and heat recovery from hot pools of liquid metals and low melting alloys in the production stage was highlighted.
In addition, the possibility of detecting WRUEDs at an early stage was highlighted.
On the survey, CMCs were asked to rank in order from 1 to 10 what they believed was the most significant contributor to the incidence of SPT, with position for second stage being highlighted as the most significant cause, followed by instrumental birth and episiotomy (Table 3).
Application of the synthesis and design stages is highlighted through two case studies (biorefinery and carbon capture-utilization).
Its physiological relevance during early stages of life is highlighted by the phenotype of vkorc1 -/- mice who develop normally until birth, but die within 2 to 20 days after birth due to extensive, predominantly intracerebral hemorrhage.
A mismatch of the velocity at the early stage of the motion is highlighted.
The implication of the second delay line with respect to its presence in the upper/lower arm of the second stage of the MZI is highlighted through an algebraic analysis.
Finally, importance of planning integration of renewable energy sources at early design stages of the project is highlighted in order to overcome the difficulties that need to be faced when coming up with the optimum design.
