SCI Библиотека

Uncooled infrared focal plane arrays are being developed for a wide range of thermal imaging applications. Fire-fighting,
predictive maintenance, process control and thermography are a few of the industrial applications which could take benefit
from uncooled infrared detector. Therefore, to answer these markets, a 35-μm pixel-pitch uncooled IR detector technology
has been developed enabling high performance 160 ́120 and 384 ́288 arrays production. Besides a wide-band version from
uncooled 320 ́240/45 μm array has been also developed in order to address process control and more precisely industrial
furnaces control. The ULIS amorphous silicon technology is well adapted to manufacture low cost detector in mass produc-
tion. After some brief microbolometer technological background, we present the characterization of 35 μm pixel-pitch detec-
tor as well as the wide-band 320 ́240 infrared focal plane arrays with a pixel pitch of 45 μm

Already in the 1970s, it was predicted that the scale of thermal imaging
applications would be limited only by the imagination. It happened thanks
to the elaboration of solid-state, Focal Plane Arrays of IR detectors (IR
FPA) connected with electronics readouts (ROIC CCD). In the last 20
years, thanks to the appearance of uncooled detectors, and recently also
photon detectors in the high operation temperature versions, cameras have
become significantly smaller, lower weight, consume lower power and are
cheaper. It made them more attractive for civil applications, with optimal
adaptation to very different tasks. The aim of this study is to present a brief
review of the specifics of non-pure-thermographic markets for these IR
detectors. The growing interest of many markets, with more affordable
prices of better and better detectors, and the available knowledge base,
create good conditions for innovative projects and business programs

Специфика ТГц-диапазона, как промежуточного между микроволновым и ИК, позволяет выделить
два основных подхода к разработке методов детектирования: продвижение «вверх» по диапазону электронных микроволновых приборов и перенос «вниз» методов создания оптоэлектронных устройств. В статье проведен обзор существующих методов приема излучения ТГц-диапазона

Рассмотрены тенденции развития экономики знаний, связанные с увеличением количества персо-
нала, занятого научными исследованиями и разработками, ростом научного сотрудничества и усилением связей между исследователями. Проведён анализ возможностей международных междисциплинарных научно-исследовательских социальных сетей, отмечены их особенности и тенденции раз-
вития