High temperature technology and measurement. 3. Plasma - fundamentals and applications.

High temperature catalysis: fundamentals and applications

High-temperature catalysis is discussed from several view points: experimental studies, development of heterogeneous reactions mechanisms, CFD simulations, experimental model evaluation, and technical applications. Applications cover synthesis of basic chemicals and hydrogen, and high-temperature fuel cells using the following examples: (1) Catalytic partial oxidation of natural gas, higher alk...

Glucose-Sensitive Holographic (Bio)Sensors: Fundamentals and Applications

Nowadays sensors and especially biosensors play an important role in medical diagnosis and detection of food and environment contaminations. Biosensors’ facilities have been improved significantly by using technologies such as surface plasmon resonance, microfluidics, laser, and electrochemistry. These technologies are now available on chips in micro- and nano-scale and are capable of mea...

DWDM Fundamentals, Components, and Applications DWDM Fundamentals, Components, and Applications

Biogas Technology, Applications, Perspectives and Implications

The major purpose of this study was to examine the advantages and implications of biogastechnology in the agriculture sector. Biogas is one of many biomass energy sources, which includeanything that was once alive and that can generate energy (except for fossil fuels, which are notrenewable). To talk of biogas is to talk of agriculture, since biogas generation starts withagricultural waste prod...

ENCYCLOPEDIA OF EMULSION TECHNOLOGY VOLUME 3 Basic Theory Measurement Applications