Materials Performance in Advanced Combustion Systems

Combustion Synthesis of Advanced Materials: Principles and Applications

Influence of Gravity on Combustion Synthesis of Advanced Materials

Smart Sensors for Advanced Combustion Systems

Introduction This research is directed at the development and application of a new class of optical sensors, based on absorption of light from tunable diode lasers, which enable in situ measurements of temperature and gaseous composition, in real time and in a variety of research-oriented and practical energy-conversion systems. These sensors have significant potential to enable exploratory res...

Structural materials challenges for advanced reactor systems

Key technologies for advanced nuclear systems encompass high temperature structural materials, fast neutron resistant core materials, and specific reactor and power conversion technologies (intermediate heat exchanger, turbo-machinery, high temperature electrolytic or thermo-chemical water splitting processes, etc.). The main requirements for the materials to be used in these reactor systems ar...

II . 4 . 3 Sensors for Advanced Combustion Systems

Introduction The objective of our research has been the development of advanced sensors that have the potential to: (1) minimize the environmental impact of energy conversion via control of combustion-generated pollutants such as NO, CO and unburned hydrocarbons; (2) reduce greenhouse gas (CO2) by improving combustion efficiency; and (3) monitor the fugitive emissions from greenhouse gas seques...