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1. Bolometers synonyms, Bolometers pronunciation, Bolometers translation, English dictionary definition of Bolometers
2. Bolometers are classified as thermistor Bolometers, semiconductor Bolometers, and superconductor Bolometers
3. The Bolometers developed at IPP are miniaturized metal resistor Bolometers
4. The Bolometers ITER will use are miniaturized metal resistor Bolometers.
5. Widely used resistive Bolometers 1,9,10 1
6. In this paper are analyzed semiconductor Bolometers
7. Bolometers operate on a different principle from photon detectors
8. Bolometers are used in different types of infrared detectors
9. Additionally, we show that these quantum dot Bolometers demonstrate good performance at …
10. Superconducting Hot Electron Bolometers for Terahertz Sensing Matthew Owen Reese 2006 Superconducting Hot Electron Bolometers (HEBs) are good candidates for detecting weak signals in the submillimeter or terahertz range
11. We use Bolometers to detect light in the far-infrared and mm-waves
12. The high responsivity, combined with an extremely low electrical noise-equivalent power (∼2 × 10(-16) W Hz(-1/2) at 2.5 K), already places our Bolometers well above commercial cooled Bolometers
13. Potassium ferrioxalate) can be used as a chemical Actinometer, while bolometers, thermopiles, and photodiodes are
14. Bolometers can detect very small amounts of energy and convert them to electrical signals
15. Find the Bolometer or Photoconductor for Your Spectral Range Why Choose Bolometers from IR Labs?
16. Bolometer (plural Bolometers) A sensitive device for detecting and measuring the energy of electromagnetic radiation
17. The Bolometers are essentially thermometers, which detect the temperature change in the absorber
18. The state-of-the-art Bolometers can reach relatively high sensitivities without cooling
19. Bolometers & IR Detector Systems IR Labs is the global leader in highly sensitive and cost-effective cryogen-free and cryogenic Bolometers and IR detectors for general research, high resolution and far-IR detection, and OEM applications
20. Bolometers are based on an absorber that is isolated by a thermal link from a heat sink
21. ‘On the thermal side are thermocouples, thermopiles, Bolometers, and pneumatic detectors.’ ‘During a routine check for contamination in their Bolometers, which happen to be built around crystals containing bismuth, the team noticed an unexpected alpha decay not listed in any reference tables.’
22. Comparatively fast Bolometers can provide large quantities of low cost devices opening up a new era in infrared technologies
23. 10 Bolometers 6.1 Barretters 6.2 Thermistors 6.3 Film Bolometers 6.4 Determination of effective? SCUBA-2: iterative map-making with the Sub-Millimetre User Reduction Facility The Submillimetre Common User Bolometer Array 2 (SCUBA-2) is an instrument operating on the 15-m?
24. At present, modern Bolometers are frequently used, because the platinum of the device can be replaced by a semiconductor strip
25. The principle of operation of this actinometer is based upon an overloading of those bolometers with a relatively high current.
26. Bolometers for balloon and space missions have seen extensive development because of their capacity to test primordial conditions of the Universe
27. The Far Infrared Absolute Spectrophotometer (FIRAS) and Diffuse Infrared Background Experiment (DIRBE) instruments on COBE require Bolometers with short time constant, high throughput, low Noise Equivalent Power (NEP) and immunity to microphonic noise.Art Serlemitsos developed state-of-the-art composite Bolometers that …
28. The photometer uses three of those arrays, creating images via 326 Bolometers that observe wavelengths centered at 250, 350, and 500 microns.
29. This electronic chopping permits higher chopping frequencies than mechanical chopping for Bolometers because the scene settling time does not limit electronic chopping.
30. A new paper published in Nature shows potential for graphene Bolometers to become a game-changer for quantum technology
31. All Bolometers consist of 385nm thick 1400 ppma AlMn film with measured superconducting critical temperature T c = 480 mK
32. Bolometers, devices that monitor electromagnetic radiation through heating of an absorbing material, are used by astronomers and homeowners alike
33. Bolometers are devices that measure the power of incident electromagnetic radiation thru the heating of materials, which exhibit a temperature-electric resistance dependence.
34. Deposition Bolometers are made of bismuth, antimony, and nickel by the vacuum vaporization of the metals onto a thin organic film
35. Bolometers are used in a number of applications including night vision cameras, astronomy, and particle physics to measure the power of incident electromagnetic radiation
36. Numerical approximations are given for the ultimate NEP of Bolometers as a function of material parameters and compared with photon noise including photon correlations
37. Bolometers capable of detecting single microwave photons would be very useful in creating quantum computers and other technologies that use superconducting quantum bits (qubits)
38. Bolometers for submm/mm astronomy A BOLOMETER is simply a thermalor total power detector In addition: →Relative ease of construction and optimization →Bolometers have a wide range of applications 0.1 1 10 100 1000 10000 100 1000 10000 Frequency (GHz) Velocity resolution (km/s) Bolometer Arrays 1000 Imaging FTS SIS mixer arrays Schottky
39. Theoretical expressions for Johnson noise and thermal noise in Bolometers are considered, and optimization with respect to thermal conductivity and bias power is performed
40. 'Bolometers are now entering the field of quantum technology and perhaps their first application could be in reading out the quantum information from qubits
41. The most widely used of the metallic Bolometers are those made of bismuth with the following parameters: resistance, 150–200 ohms; sensitivity, 13–15 V/W; time …
42. For example, solutions of iron(III) oxalate can be used as a chemical Actinometer, while bolometers, thermopiles, and photodiodes are physical devices giving a reading
43. In Bolometers, the photosensitive area uses a bolometer resistance made up of thermoelectric conversion materials, so the resistance temperature coefficient is the primary cause in determining bolometer sensitivity
44. 1 day ago · Bolometers are devices that measure the power of incident electromagnetic radiation thru the heating of materials, which exhibit a temperature-electric resistance dependence
45. The introduction sketches the history of modern Bolometers, indicates how they fit into the more general class of thermal detectors, and describes the types of applications for which they are the optimum solution
46. Bolometers are detectors used to measure incident IR radiation. They are very sensitive to thermal radiation and are predominantly used in the IR spectrum between 10 to 5000µm (30THz to 60GHz)
47. Bolometers are used to measure infrared radiation by employing an absorber whose electric resistance is influenced by its temperature: Exposure to radiation causes an increase in temperature relative to a connected heat reservoir, which results in a …
48. The Bolometers are well-described by a simple, one-pole electrothermal model with a natural time constant τ 0 that we adjust by varying the leg geometry and the amount of PdAu thermal ballast on the bolometer island.
49. Bolometer membrane in the wavelength interval from 1 to 2, xl is the amount of Bolometer pixels per column (number of Bolometers that are read-out during one imaging frame), f i is the image read
50. The Bolometers are the positive or negative temperature coefficients based on the type of temperature resistive sensing element. The Bolometer diagram will be in the form of a bridge, where, one arm contains a resistor which is temperature dependant and it is for measurement of the power of microwave energy.