1 Abstract Today most VLSI circuits are built in silicon using CMOS transistors. Developments in design automation and process fabrication have resulted in the progressive increase of the number of transistors per chip and decrease in the size of the transistors. But transistor designers are fast approaching fundamental physical barriers to further size reduction. Thus engineers are looking at ...

We have measured the center-of-mass fluctuations of the height of a contact line at depinning for two different systems: liquid hydrogen on a rough cesium substrate and isopropanol on a silicon wafer grafted with silanized patches. The contact line is subject to a confining quadratic well, provided by gravity. From the second cumulant of the height fluctuations, we measure the renormalized diso...

People living with long-term functional limitations are very familiar with the influence of the environment, physical and economic structure, as well as cultural and social attitudes, on their lives. These factors can either restrict or support the individual’s full participation in society or have a neutral impact. Our understanding of disability is difficult because of the influence of these ...

In this paper the changes in the heat capacity of cooling towers has been investigated as a result of injecting combustion products of boilers. In the tower, the air is re-heated through mixing with hot flue gas after passing through the heat exchangers. As a result of this process, the draft of the cooling tower is increased. The additional produced draft depends on the ambient temperature and...

In this paper the changes in the heat capacity of cooling towers has been investigated as a result of injecting combustion products of boilers. In the tower, the air is re-heated through mixing with hot flue gas after passing through the heat exchangers. As a result of this process, the draft of the cooling tower is increased. The additional produced draft depends on the ambient temperature and...

The tension legs are the essential parts of platform-type (TLP-type) floating offshore wind turbine (FOWT) against extra buoyancy FOWT. Therefore, TLP-type FOWT will face risk leg failure. However, there seldom analyses on hydrodynamic response and failure performance with inclined legs. In this paper, a model was established using three-dimensional theory applied in motion conventional new arr...