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приращение
optisch
английский
английский
немецкий
немецкий
op·ti·cal [ˈɒptɪkəl, америк. ˈɑ:p-] ПРИЛ. неизм.
optical
optical storage medium
optical angle ФИЗ.
Blickwinkel м. <-s, ->
optical antipode ХИМ.
Antipode ж. <-n, -n>
optical antipode ХИМ.
Enantiomer ср. <-s, -e>
op·ti·cal ˈfi·bre, америк. op·ti·cal ˈfi·ber СУЩ.
optical fibre
Glasfaser ж. <-, -n>
optical fibre
Lichtleitfaser ж. <-, -n>
op·ti·cal lat·tice СУЩ. ФИЗ.
optical lattice
optical lattice clock
op·ti·cal ˈmicro·scope СУЩ.
optical microscope
op·ti·cal il·ˈlu·sion СУЩ.
optical illusion
op·ti·cal ˈglass СУЩ. no pl
optical glass
op·ti·cal char·ac·ter rec·og·ˈni·tion СУЩ., OCR СУЩ. ИНФОРМ.
op·ti·cal ˈchar·ac·ter read·er СУЩ., OCR СУЩ. ИНФОРМ.
op·ti·cal ˈbar read·er СУЩ.
optical bar reader
optical bar reader
Balkencodeleser м. <-s, ->
немецкий
немецкий
английский
английский
optical industry СУЩ.
optical industry
optic, optical ПРИЛ.
optical axis <pl axes> СУЩ.
optical axis
PONS OpenDict

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Примеры из словаря PONS (редакционная проверка)
optical angle ФИЗ.
Blickwinkel м. <-s, ->
optical antipode ХИМ.
Antipode ж. <-n, -n>
optical antipode ХИМ.
Enantiomer ср. <-s, -e>
ratio of aperture ФИЗ. of optical system
Одноязычные примеры (не проверены редакцией PONS)
One can also get information on the surface-to-volume ratio.
en.wikipedia.org
The effect of the variable ratio is to give very light and relaxed steering at the straight ahead, with increased reaction when cornering.
en.wikipedia.org
The school employed 16 teachers, yielding a studentteacher ratio of 15:1.
en.wikipedia.org
This is the reason why there seems to be a high ratio of males to receptive females.
en.wikipedia.org
The school employed 40 teachers, yielding a studentteacher ratio of 14:1.
en.wikipedia.org
Примеры из интернета (не проверены редакцией PONS)
[...]
The beam strikes the surface of the mirror and its reflection provides information on the optical quality.
[...]
www.nanotechnology.de
[...]
Der Strahl trifft auf seine Oberfläche und die Reflexion gibt Auskunft über die optische Güte.
[...]
[...]
This includes both microscopy techniques that allow a view of molecules and structures have in the living cell, a variety of spectroscopic methods for diagnosis, as well as the use of optical technologies in therapy, for example in ophthalmology.
[...]
www.cemop.uni-jena.de
[...]
Das umfasst sowohl Mikroskopiemethoden, die den Blick auf Moleküle und Strukuren in der lebenden Zelle ermöglichen, verschiedenste spektroskopische Verfahren zur Diagnostik, als auch den Einsatz optischer Technologien in der Therapie, zum Beispiel in der Ophthalmologie.
[...]
[...]
Of decisive importance here is the development of new optical methods which can be directly integrated in the automated processes, allowing a high-resolution analysis of cell properties on the single cell level.
[...]
www.ibmt.fraunhofer.de
[...]
Dazu ist die Entwicklung neuer optischer Methoden von entscheidender Bedeutung, die zum einen direkt in die automatisierten Abläufe integriert werden können, zum anderen eine hochaufgelöste Analyse der Zelleigen-schaften auf Einzelzellebene ermöglichen.
[...]
[...]
Robotic platforms as well as various bioreactor systems are used for this in combination with innovative optical methods for analysis on the individual cell level.
[...]
www.ibmt.fraunhofer.de
[...]
Genutzt werden hierfür sowohl Robotikplattformen, als auch verschiedene Bioreaktorsysteme in Verbindung mit innovativen optischen Methoden zur Analyse auf Einzelzellebene.
[...]
[...]
The so-called optical wireless communication uses the internationally non-regulated spectrum of light with bandwidths of several Gigabits per second and - provided there are no blocks between sender and recipient - has the potential to transmit data up to ten times faster than available wireless solutions, with minimal bit error rates (<10-9).
www.ipms.fraunhofer.de
[...]
Die so genannte optische drahtlose Kommunikation nutzt das weltweit frei von Regulierungen verfügbare Spektrum des Lichts mit Bandbreiten von mehreren Gigabit pro Sekunde und hat – freie Sicht zwischen Sender und Empfänger vorausgesetzt – das Potenzial, gegenüber verfügbaren Funklösungen bis zu 10 Mal schneller und mit vernachlässigbaren Bitfehlerraten (<10-9) Daten zu übertragen.