Operando Near-Surface Imaging of the Multi-Component Gas Phase above a Catalyst with Laser Diagnostics and Molecular Beam Mass Spectrometry.
Abstract not provided.
Frank, Jonathan↗
Engineering topics
Frank, Jonathan
Publications and source records attributed to Frank, Jonathan.
Update on Sandia National Laboratories Plasma Research Facility.
Abstract not provided.
Sickafoose, Shane↗
Imaging of Hydrogen Peroxide and Methyl in Nanosecond Pulsed Plasmas by Photofragmentation Laser-Induced Fluorescence.
Abstract not provided.
Frank, Jonathan↗
Imaging the multicomponent gas phase above a catalyst surface with laser diagnostics and molecular beam mass spectrometry.
Abstract not provided.
Frank, Jonathan↗
Operando Near-Surface Imaging of the Multi-Component Gas Phase above a Catalyst.
Abstract not provided.
Frank, Jonathan↗
Imaging the gas phase above a reacting surface: partial oxidation of methanol catalyzed by silver.
Abstract not provided.
Zhou, Bo↗
Imaging of Methyl Radical in a Plasma Jet by Photofragmentation Laser-Induced Fluorescence.
Abstract not provided.
van den Bekerom, Dirk↗
Imaging the Gas Phase above a Reacting Surface: Partial Oxidation of Methanol over a Silver Catalyst.
Abstract not provided.
Frank, Jonathan↗
2D Imaging of Methyl in a N2/CH4 Nanosecond Pulsed Plasma by Photo-Fragmentation Laser Induced Fluorescence.
Abstract not provided.
van den Bekerom, Dirk↗
Multicolor pyrometer for materials processing in space, phase 2
The program goals were to design, construct, and program a prototype passive imaging pyrometer capable of measuring, as accurately as possible, the temperature distribution across the surface of a moving object suspended in space.
Frish, Michael↗
Multicolor pyrometer for materials processing in space
The program goals are to design, construct, and program a prototype imaging pyrometer capable of measuring the temperature distribution across the surface of a moving object suspended in space. The approach is to utilize an optical system which operates at short wavelengths compared to the peak of the blackbody spectrum for the temperature range of interest, thus minimizing errors associated with a lack of knowledge about heated sample emissivity. An analysis of the system's temperature measurement capability based on the camera's responsivity was performed and bound to be satisfactory. Details for the evolving optical design and the progress towards construction of a working model are discussed. Details of the algorithm developed for selecting the optimum colors to be used by the pyrometer are reported. Though final selection of the colors will have to await a final design of the optical system, results using a preliminary optical design are presented.
Frish, Michael↗