This paper presents recent investigations at the University of New South Wales, Canberra, in the application of lasers and laser-based spectroscopic techniques to hypersonic ows,using examples taken from our current research interests
This report describes the development of a tunable diode laser system for performing absorption spec...
Laser-Induced Fluorescence spectroscopy is applied in hypersonic rarefied flow fields as method to m...
Gaining information of species, temperature, and velocity distributions in turbulent combustion and ...
This LDRD was a Sandia Fellowship that supported Andrea Hsu's PhD research at Texas A&M Universi...
This paper is based upon a session of the NATO Advanced Research Workshop, New Trends in Instrumenta...
This thesis addresses three different topics, all related to the application of tunable diode laser ...
The application of optical imaging techniques to hypersonic facilities is discussed and examples of ...
The study of high-speed flows represents a challenging problem in the fluid dynamics field due to th...
The Multidisciplinary University Research Initiative (MURI) research at Texas A and M University is ...
This project investigates the application of two diagnostic methods for the investigation of hyperso...
Modern research in atomic and molecular spectroscopy is mainly based on applications of lasers as sp...
A review is given of the nature, present status, and capabilities of two laser spectroscopic methods...
This work presents a non-intrusive laser-based diagnostics technique to measure instantaneous thermo...
Hypersonic research needs various experimental techniques in order to cover the requirements of diff...
The in-gas-jet laser spectroscopy method relies on the production of uniform and low-temperature gas...
This report describes the development of a tunable diode laser system for performing absorption spec...
Laser-Induced Fluorescence spectroscopy is applied in hypersonic rarefied flow fields as method to m...
Gaining information of species, temperature, and velocity distributions in turbulent combustion and ...
This LDRD was a Sandia Fellowship that supported Andrea Hsu's PhD research at Texas A&M Universi...
This paper is based upon a session of the NATO Advanced Research Workshop, New Trends in Instrumenta...
This thesis addresses three different topics, all related to the application of tunable diode laser ...
The application of optical imaging techniques to hypersonic facilities is discussed and examples of ...
The study of high-speed flows represents a challenging problem in the fluid dynamics field due to th...
The Multidisciplinary University Research Initiative (MURI) research at Texas A and M University is ...
This project investigates the application of two diagnostic methods for the investigation of hyperso...
Modern research in atomic and molecular spectroscopy is mainly based on applications of lasers as sp...
A review is given of the nature, present status, and capabilities of two laser spectroscopic methods...
This work presents a non-intrusive laser-based diagnostics technique to measure instantaneous thermo...
Hypersonic research needs various experimental techniques in order to cover the requirements of diff...
The in-gas-jet laser spectroscopy method relies on the production of uniform and low-temperature gas...
This report describes the development of a tunable diode laser system for performing absorption spec...
Laser-Induced Fluorescence spectroscopy is applied in hypersonic rarefied flow fields as method to m...
Gaining information of species, temperature, and velocity distributions in turbulent combustion and ...
DOI
Add to ORKG