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July 2, 2026
Researchers Discover How Spelling Errors Slow Down Reading in Russian
Psycholinguists from the Centre for Language and Brain at HSE University–St Petersburg have shown that words that are frequently misspelled are processed more slowly by readers, even when presented with the correct spelling. The researchers confirmed this effect for the first time using Russian-language materials and found that response speed is most strongly linked to how confidently individuals can distinguish the correct spelling of a word from an incorrect one. The study has been published in The Mental Lexicon.
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Researchers at the HSE Centre for Language and Brain have developed a new digital tool for assessing children's phonological processing skills—the ZARYA (Sound Analysis of the Russian Language) test battery. It is the first standardised application in Russia designed to provide a fast and reliable assessment of children's ability to distinguish speech sounds, retain them in working memory, and perform phonemic analysis. The app runs on Android tablets and smartphones and is available for download from RuStore. Details of the test validation have been published in the Journal of Speech, Language, and Hearing Research.
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Europium is a rare-earth metal responsible for the pure red glow in displays and other luminescent materials. For a long time, however, it refused to emit light when surrounded by certain organic molecules known as acylpyrazolone ligands. Chemists have now uncovered the reason: in europium complexes with these ligands, a 'black window' appears—a charge-transfer state in which the energy absorbed by the ligand is dissipated as heat rather than emitted as light. Understanding this mechanism opens the way to designing more efficient red-emitting materials for displays, fluorescent thermometers, and chemical sensors. The results have been published in Dalton Transactions.

 

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Скрытное движение воздушного объекта в зоне обнаружения бортовой доплеровской РЛС

С. 297–301.
Kirsanov A. P.
Language: Russian
Full text
Keywords: onboard Doppler radarзона обнаружения доплеровской РЛСскрытная траекторияCovert trajectoriesdetection zone

In book

IX Всероссийская научно-техническая конференция "Радиолокация и радиосвязь". Доклады
IX Всероссийская научно-техническая конференция "Радиолокация и радиосвязь". Доклады
М.: Издание JRE-ИРЭ им. В.А. Котельнимкова РАН, 2015.
Similar publications
Скрытное движение воздушных объектов в зоне обнаружения бортовой доплеровской радиолокационной станции по прямолинейным траекториям
Kirsanov A. P., Вестник Московского авиационного института 2019 Т. 26 № 4 С. 191–199
An onboard radar operating in the impulse–Doppler mode has the characteristic features of the detection zone. The feature lies in the fact that at every point of the detection zone an aircraft has a sector of directions such as the onboard Doppler radar will not detect it as long as it moves in these directions. ...
Added: December 16, 2019
Кинематические свойства траекторий скрытного движения летательного аппарата в зоне обнаружения бортовой доплеровской радиолокационной станции
Kirsanov A. P., Вестник Московского авиационного института 2017 Т. 24 № 4 С. 129–136
Бортовые радиолокационные станции (РЛС), работающие в импульсно доплеровском режиме, имеют характерную особенность в зоне обнаружения. Эта особенность заключаются в том, что в каждой точке зоны обнаружения летательный аппарат (ЛА) имеет сектор направлений, при движении по которым он не обнаруживается бортовой доплеровской РЛС. Этот сектор называется сектором невидимых направлений движения ЛА. Из-за этих особенностей существуют скрытные ...
Added: January 23, 2019
Covert motion trajectories for an airborne object in the detection zone of an onboard Doppler radar station
Kirsanov A. P., Automation and Remote Control 2014 Vol. 75 No. 9 P. 1655–1664
We study the characteristic features of the detection zone for an onboard radar station for an early radar detection system operating in the impulse-Doppler mode. We show that due to these features, there exist covert trajectories such that objects flying along such trajectories are not detected by this onboard radar station. We derive differential equations ...
Added: March 15, 2016
Прямолинейные траектории скрытного движения воздушного объекта в зоне обнаружения бортовой доплеровской радиолокационной станции
Kirsanov A. P., Yampolsky S., Труды МАИ 2015 № 84
An onboard radar operating in the impulse–Doppler mode has the characteristic features of the detection zone. The feature lies in the fact that at every point of the detection zone an airborne object has a sector of directions such as the onboard Doppler radar will not detect it as long as it moves in these ...
Added: December 11, 2015
Оценивание вероятности обнаружения воздушного объекта бортовой доплеровской РЛС при движении по скрытной траектории.
Kirsanov A. P., Информационно-измерительные и управляющие системы 2015 № 5 С. 61–68
A model of the aircraft flying on the hidden trajectory in the detection zone onboard Doppler radar is proposed. The model takes into account the error of measuring the coordinates of air objects, discrete control signal and the dynamics of the aircraft. Using the proposed model is estimated the probability of detection of the aircraft ...
Added: August 21, 2015
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