Analysis and design of a capillary driven blood plasma separation microfluidic device

This thesis covers the design and characterization of a microfluidic device for time-resolved fluorescence based on an array of CMOS SPADs. Chapter 2 introduces the SPAD detectors

The content of this dissertation comprises the design of two arc-discharge plasma (ADP) reactors (a conventional and a modified one); the experimental study of the different

The parameters that characterize the behaviour of the IP structures and the geomagnetic response used in this anal- ysis are the hourly mean values of B, Bz, plasma speed,

So the flux of reflected plasma particles in the case of oxygen plasma is expected to deposit more energy onto the substrate than in the case of argon plasma, thus promoting

Then, we further contribute by developing a complete conceptual nanodevice layout taking into consideration its ultra-small size (similar to a blood cell) and its very

The present work addresses the problem of the optimal design of a quantum potential profile (modeling a nanoelectronic device) in order to obtain a transmission coefficient

We study the height of a liquid in a tube when it contains a great number of thin vertical bars and when its border is finely strained1. For this, one uses an

Government policy varies between nations and this guidance sets out the need for balanced decision-making about ways of working, and the ongoing safety considerations