APPLICATIONS

Some facts from history of mid-IR LEDs and their use in gas analysis

Diode array spectrometer

Diode optopairs for gas sensing in the 3.3-4.3 μm spectral range.

Long path systems

Overview 2019 (in Russian)

DOI: 10.31857/S0032816222050111

Detection of Hladon gas ( Хладон 13В1) in aircraft security systems 

 МИРЭА (Moscow)

Noise suppression: Empirical modal decomposition in non-dispersive infrared gas detection systems (CH4) (Li-Ьin Ch'ien et al 2020)

Development of Experimental Sample of Multi-Criteria Electro-Optical Device for Monitoring Emergency and Pre-Emergency Situations in the Coal Mines (Zorin et al 2019)

https://ieeexplore.ieee.org/document/8823203

ANTI-FIRE OPTOELECTRONIC SENSORS FOR POWER ELECTRIC SYSTEMS (Kabatsiy et al, 2019) (in Ukrainian)

http://msu.edu.ua/

Hazardous Gas Detection Sensor Using Broadband Light-Emitting Diode-Based Absorption Spectroscopy for Space Applications (4.2 um LED) (Terraciano, 2018)

https://doi.org/10.1089/space.2017.0044

Open path ethanol detector with multipass optical system and InAs diode optopair (ALCOFRAME )(2018)

http://www.lsystems.ru/en/alcoframes/

Spherical Optoelectronic Sensor for measurement of Methane Concentration in Air  (Kabatsiy et al,  2018) (in Russian)

Mid-infrared absorption spectrometer for multi-species detection using LEDs for space applications (Villar, 2017)

A Light-Emitting Diode- (LED-) Based Absorption Sensor for Simultaneous Detection of Carbon Monoxide and Carbon Dioxide (Thurmond et al, 2016)

DOI: 10.1177/0003702816641261

LED-Absorption-QEPAS Sensor for Biogas Plants (Köhring et al, 2015)

Measurements of Metal Alkylamide Density during Atomic Layer Deposition Using a Mid-  Infrared Light-Emitting Diode (LED) Source (LED36Sr) ( Maslar et al, 2015)

doi.org/10.1366/14-07695

(Marina A.Dmitrienko, Igor E. Jahatspanian,  2016)

Combustion engine tests (CO2 measurements) ( Yoo et al,  2015) (LED42Sr)

   doi: 10.1366/14-07796

Detection of hydrocarbons evaporated from oil ( Vasilyev, 2012) (in Russian)

IR detector for hydrocarbons concentration measurement in emissions
during petroleum and oil products storage and transportation (Vasilyev 2011)

Low Voltage CO₂-Gas Sensor Based on III–V Mid-IR Immersion Lens Diode Optopairs: Where we Are and How Far we Can Go? (Sotnikova et al , 2010)

Diode optopair gas sensors for CO₂ and CO (Sotnikova, 2009)

doi: 10.1117/12.820668

The microprocessor CO₂ concentration sensor based on heterostructure optopairs (Avdonkin et al, 2005)

DOI:10.1109/SIBEDM.2005.195612

Trace leakage detector - open path analyzer of hydrocarbons ( Lugovskoi et al, 2003) (paper in Russian )

Carbon monoxide analyzer (Chaikina et al, 1993)

Novel mid-infrared LED as a source for fibre optical propane sensing (McCabe 1993)

Electronic Letters v.29, n.19, p.1719

Ethanol detection (police alcotester) (PD34Sr)

ANALYSIS OF LIQUIDS

https://www1.fips.ru/registers-doc-view/fips_servlet

  Technical Physics (ioffe.ru)

Review on pyrometry by Sonikova G.Yu.(2022)

Mid- Infrared Pyrometry based on InAs and InAsSb Photodiodes (a review) (in Russian)

Two-Color Pyrometry Methods for Measuring the Surface
Temperature of Materials Exposed to a Plasma Jet

Sotnikova et al (2022)

A3B5 photodiode sensors for low-temperature pyrometry (Sotnikova et al, 2011 )

Proc. SPIE 8073, 80731A
(2011)

Development of Experimental Sample of Multi-Criteria Electro-Optical Device for Monitoring Emergency and Pre-Emergency Situations in the Coal Mines (Zorin et al, 2019)

https://ieeexplore.ieee.org/document/8823203

Radiometric temperature measurements with fibers (Sotnikova et al, 2015) (4.3+3.3 μm duai band PD)

Threshold sensitivity of the mid-IR sensors (Aleksandrov et al, 2015)

Pyroelectric studies of bulk and film materials by dynamic infrared radiometry (Sotnikova et al)

http://dx.doi.org/10.1080/00150193.2022.2041935

Electrocaloric studies of bulk materials and multilayer structures by dynamic infrared radiometry ( Sotnikova et al)

 http://dx.doi.org/10.1080/00150193.2022.2041934

Temperature measurements in lead magnesium niobate–lead scandium niobate (Smirnova et al 2020)

Ultra high-Q WGM microspheres from ZBLAN for the mid-IR band (T. S. Tebeneva et al, 2022) (InAs PD).

DOI:  10.48550/arXiv.2211.04857

Mid-infrared radiation technique for direct pyroelectric and electrocaloric measurements (Sotnikova et al, 2020) (PD42Sr).

 Rev. Sci. Instrum. 91, 015119 (2020);

Near-field photonic cooling through control of the chemical potential of photons (Linxiao Zhu et al, 2019)

 https://doi.org/10.1038/s41586-019-0918-8

Determining the thermophysical parameters and the pyroelectric coefficient of ferro- and pyroelectric materials (Aleksandrov et al, 2018)(4.3+3.3 μm duai band PD)

Determination of thermal resistance by laser photothermal IR radiometry (Aleksandrov et al, 2018) (in Russian)(4.3+3.3 μm duai band PD)

Time-resolved study of variable frequency microwave processing of silver nanoparticles printed onto plastic substrates (Zymelka et al, 2017)(PD42Sr and PD34Sr)

Use of PD42NB  diode with a spectral sensitivity within the range 3.15 - 4.75 um for spectra recording (Gladilin et al,  2016)

 doi.org/10.1070/QEL16119

Experimental study of cyclic action of plasma on tungsten (Voronin, 2016)(4.3+3.3 μm duai band PD)

http://dx.doi.org/10.1134/S1063784216030269

MEDICAL Applications

Advanced TREATON CO2 sensor (2018)

InAsSb Diode Optical Pairs for Real-Time Carbon-Dioxide Sensors (Aleksandrov et al, 2018)

DOI: 10.1134/S1063784218090025

An Infrared Absorbance Sensor for the Detection of Melanoma in Skin Biopsies (Fioravanti, 2016) (PD34Sr))

Sensors (Basel). 2016

A biopsymeter to support the diagnostic procedure of skin samples (Fioravanti, 2015) ( PD34Sr)

SPIE Proc. Volume 9518

ATC - Semiconductor technologies & Equipment, JSC

Flame control system (in Russian) based on PD38Sr

UDF-01/Mi

Development of Experimental Sample of Multi-Criteria Electro-Optical Device for Monitoring Emergency and Pre-Emergency Situations in the Coal Mines (Zorin et al 2019)

https://ieeexplore.ieee.org/document/8823203

Determination of Optimum Spectral Ranges of  Flame Radiation Control by Using   Compensation Method of Optical Noise Suppression, (Lisakov et al, 2017)

Detection of explosions (in Russian) (PD27Sr, PD38Sr, PD42Sr) (Sidorenko et al 2016)

ПОЛЗУНОВСКИЙ ВЕСТНИК № 2 2016