3 edition of Integrated thin film fluorescence NOx sensor found in the catalog.
Integrated thin film fluorescence NOx sensor
by National Aeronautics and Space Administration, National Technical Information Service, distributor in [Washington, D.C, Springfield, Va
Written in English
|Statement||Margaret Tuma, Russell Gruhlke.|
|Series||NASA technical memorandum -- 107528.|
|Contributions||Gruhlke, Russell., United States. National Aeronautics and Space Administration.|
|The Physical Object|
HFS-3 µV/BTU/Ft2Hr sensor with Type K thermocouple HFS-4 µV/BTU/Ft2Hr sensor with Type K thermocouple Comes with complete operator’s manual and sensitivity calibration. **Other sizes and styles available, consult Applications Engineering. Ordering Example: HFS-4, thin-film heat flux sensor. For epoxies and cements compatibleFile Size: KB. Development of Rh6G thin film as fluorescence sensor for explosive vapor detection Mingyu Chapman Abstract Self-organized rhodamine 6G (Rh6G) thin films on a glass substrate were prepared by spin-coating, dip-coating, and drop-coating. The thickness of the Rh6G layer strongly influences both.
Galstyan et al. investigated the hydrogen sensor of Al-doped ZnO thin film, which have high sensitivity to low concentrations of hydrogen in air (1, ppm). Liu et al. have reported a great enhancement of the hydrogen sensing performance of ZnO thin films by Mg doping, and suggested that the higher sensitivity of Mg-doped ZnO thin films Cited by: The sensor performance was tested with diluted NO2 in breathing air at concentrations ranging from to ppm. Under UV illumination, the TiO2 film shows an adequate and reversible response with relatively short response time (~ s) at room : Ting Xie, Nichole Sullivan, Kristen L. Steffens, Baomei Wen, Guannan Liu, Ratan K. Debnath, Albert D.
The paper considers SnO 2 and In 2 O 3 thin films as materials for the design of solid-state conductometric ozone sensors in depth. In particular, the present review covers the analysis of the fundamentals of SnO 2 - and In 2 O 3 -based conductometric ozone sensor operation. The main focus is on the description of mechanisms of ozone interaction with metal oxides, the influence of air humidity Cited by: Thin film heat flux gauges have the advantage of high frequency response and minimal flow disturbance. A thin film heat flux sensor developed at NASA GRC operates by measuring the temperature difference between thin film temperature sensors under different thicknesses of thermal insulating films, as shown in Figure 1 (Ref. 6). The sensor is File Size: 4MB.
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Get this from a library. Integrated thin film fluorescence NOx sensor: concept. [Margaret L Tuma; Russell Gruhlke; United States. National Aeronautics and Space Administration.].
Feng Zhao, 1 book Harry Veendrick, 1 book W. Boiten, 1 book Kay Römer, 1 book Johann Borenstein, 1 book Liqiang Feng, 1 book H. Everett, 1 book Lewis Research Center, 1 book Russell G.
DeAnna, 1 book William A. Lokos, 1 book Airborne Geoscience Workshop (4th La Jolla, Calif.), 1 book Chris Nadovich, 1 book Margaret Tuma, 1 book Edward. Thin Film Heat Flux Improved Design Gus Fralick and Jofm Wrbanek Glelm Research Center, Cleveland, Ohio Charles Blaha Akima Corporation, Cleveland, Ohio Sensor of Prepared for the 48th International on.
Symposinm sponsored by the Instrumentation, Systems, and Automation Society San Diego, California, MayNational File Size: KB. Process Control of Ultra Thin Films at Micro Spots As electronic devices and products become smaller, so do the semiconductors and components required to make them.
This miniaturization requires ultra thin film capabilities along with reliable measurement methods in order to ensure expected performance and quality while still maintaining cost. Thin-film organic photodiodes for integrated on-chip chemiluminescence detection—Application to antioxidant capacity screening Article in Sensors and Actuators B Chemical (2) July.
A low noise optical sensor and biocompatible microscale optical filters for integrated fluorescence sensors were developed and tested. The sensor was fabricated in a mum CMOS process. The fabrication and performance of an ultra-thin-film integrated gas sensor for detecting impurities in semiconductor process gases are described.
Detector reponses are based on gas-induced resistance changes in an ultra-thin Ti-P film mounted on a thin dielectric window supported by a silicon by: The fabrication and performance of an ultra-thin-film integrated gas sensor for detecting impurities in semiconductor process gases are described.
Detector responses are based on gas-induced resistance changes in an ultra-thin Ti-P film mounted on a thin dielectric window supported by a silicon by: Optical Thin-Film Sensors for the Determination of Aqueous Halide Ions Chris D. Geddes,1,3 Peter Douglas,1 Christopher P.
Moore,2 Trevor J. Wear,2 and Peter L. Egerton2 Received November 9, ; accepted Janu Fourteen thin-film optical sensors in which halide-sensitive fluorophore s are immobilized in a thin. Silicon thin-film filters are suitable for detection of various fluorophores used in biochemical analysis, which are excited by UV light and fluoresce in the visible spectrum (e.g.
NADH, NADPH, Dansyl Cl, Flavins). Other thin-film materials having different optical properties and layer thickness could be useful for other by: Find out more about imec’s innovations in thin-film image sensors with applications in bioinformatics, surveillance, medical x-ray and more.
The thermocouple design employs a cable distribution node (on the chamber side) that increases the accuracy of temperature readings to within +/- 1°C.
The Phoenix™ thin film sensor can automatically graph temperature and frequency alongside the corresponding rate and thickness values, allowing for real-time correction and accuracy up to Hz. The work described here concerns the fabrication of cost-effective biosensors that permit to amplify a fluorescence signal without a complex nano-structuration of the surface.
The idea is to put to profit the natural pseudo nano-structuring that is observed when depositing metallic layers by various micro-fabrication techniques. This new architecture consists of a glass substrate.
A gold film Cited by: 5. ADVANCES IN THIN FILM SENSOR TECHNOLOGIES FOR ENGINE APPLICATIONS Jih-Fen Lei Army Research Laboratory NASA Lewis Research Center Cleveland, OH e-mail: @ Lisa C.
Martin and Herbert A. Will NASA Lewis Research Center Cleveland, OH ABSTRACT Advanced thin film sensor techniques that can provide accurate.
Structurally integrated luminescence based oxygen sensors with Organic LED/ oxygen sensitive dye and PECVD grown thin film photodetectors Debju Ghosh Iowa State University Paramagnetic Oxygen Sensor 7 Fluorescence quenching based sensing 8 Scope of research 9Cited by: 2.
Heat Flux Sensor Designs • There are various designs of heat flux sensors such as Gardon gauges, plug gauges, thin film thermocouple arrays, and thin film Wheatstone bridge design • The use of thin film sensors has several advantages over wire or foil sensors: File Size: KB.
A general method of preparation of thin-film sensors for O 2, incorporating the dye ion-pair tris(4,7-diphenyl-1,phenanthroline) ruthenium(II) ditetraphenylborate, in a variety of different thin film polymer/plasticizer matrices is sensitivity of the sensor depends upon the nature of the polymer matrix and plasticizer.
Abstract. In order to develop “ In telligent F luorescence O ptical S ensors” (INFOS) for better stability and an improved microprocessor compatibility we have combined the optical sensors, the so-called optodes (1, 2) with integrated excitation source and fluorescence detection device on semiconductor basis.
These INFOS can be applied for the analysis of various substances such as Cited by: 3. The array is composed of 30 differential photodiodes: 20 of them have an × µm 2 active area and the other 10 have an × µm 2 active area.
An example of the final array of devices is shown in Figure 4, where a microscopic picture of a single device is also two diodes are reverse biased by applying a voltage at the contacts A (+V bias, common polarization line Cited by: 3.
Figure 2. (A) UV/vis absorbance spectra of TPV films grown on allyl silane-functionalized fused SiO 2 at  0 = 5 mM for 35 min (purple) and  0 = 70 mM for 72 h (orange). The spectra have been normalized to accurately display their features, and the absolute optical density of each film at its lowest-energy λ max ( or nm) is listed.
(B) Fluorescence quenching % of TPV films grown Cited by:. Thin Film Thermo-Mechanical Sensors Embedded in Metallic Structures p Novel Three Dimensionally Integrated Thin Film Color Detector for Digital Signal ProcessingCited by: 2.We demonstrated a field emission lamp by employing a KMgF3 thin film as a solid-state vacuum ultraviolet phosphor.
The output power of the lamp was 2 μW at an extraction voltage of V and acceleration voltage of V, and it operated at wavelengths – nm, which is the shortest wavelength reported for solid-state phosphor lamps. The thin film was grown on MgF2 substrate by Cited by: Datasheet, Wing Union Sensor ver. page 1 1 Thin-film sensor technology Wing Union Pressure Transmitter.
Model 5WU & 5WU • Long term stability, durable and reliable design • Technology based on extensive sub-sea experience • Intrinsically safe • 0,2% accuracy.