GLOW RADIATOR CO2
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Published:
Feb 4, 2016
Issue Vol. 6 No. 1 (2016)
Articles
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MODELOWANIE – UMIEJĘTNOŚĆ CZY SZTUKA?
4-15
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GLOW RADIATOR CO2
16-20
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MACHINE TRANSLATION WITH JAVANESE SPEECH LEVELS’ CLASSIFICATION
21-25
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DEVELOPMENT ISSUES IN ALGORITHMS FOR SYSTEM LEVEL SELF-DIAGNOSIS
26-28
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MODELLING OF VERTICAL SOIL COLLECTORS OF THERMAL PUMPS
29-31
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MODELLING AND AUTOMATION OF PROCESS OF WATER PURIFICATION BY MAGNETIC FILTER
32-36
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FLAME MONITORING USING IMAGE CLASSIFICATION
37-40
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TWO PHASE GAS-LIQUID FLOWS RECOGNITION USING FUZZY INFERENCE
41-43
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ANALYSIS OF CORRELATION AND SPECTRAL CHARACTERISTICS OF FRACTAL COMB-STRUCTURED SIGNALS
44-46
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SELECTION OF COMPENSATION WIND FARM EQUIPMENT CONNECTED TO THE NETWORK 110 KV
47-50
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VIBRATION REDUCTION OF NONLINEAR OBJECT WITH AN ADAPTIVE PROPORTIONAL-DERIVATIVE CONTROLLER WITH A MRAS STRUCTURE
51-54
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EMERGENCY SWITCHING AND ANALYSIS OF THE TRANSIENT STATES OF AN INTERLEAVED CONVERTER
55-58
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DYNAMIC POWER CONTROL OF THE GRID CONVERTERS
59-62
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ASSESSMENT OF THE MAXIMUM ELECTRIC FIELD INDUCED BY AN EXTERNAL MAGNETIC FIELD
63-65
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INTERACTIVE, MULTIFUNCTIONAL MIRROR – PART OF A SMART HOME
66-68
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THREE-DIMENSIONAL MODELLING OF THERMAL STRESSES IN A PLANAR SOLID OXIDE FUEL CELL OF A NOVEL DESIGN
69-72
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Abstract
The paper presents the physical basis of the constructed model of the fluorescent emitter of CO2 emitting infrared radiation with frequencies exactly coinciding with the absorption spectrum of carbon dioxide. This study describes the basic model and given a physical interpretation of the results. Attention is paid on the properties of the emitted radiation by the device and the ability to use the device in various fields.
Keywords:
radiator, carbon dioxide, the absorption of radiation
Article Details
Kubicki, J. (2016). GLOW RADIATOR CO2. Informatyka, Automatyka, Pomiary W Gospodarce I Ochronie Środowiska, 6(1), 16–20. https://doi.org/10.5604/20830157.1194256
