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исправительные
Laserstrahl
ˈla·ser beam СУЩ.
Laserstrahl м. <-(e)s, -en>
английский
английский
немецкий
немецкий
Laserstrahl м. <-(e)s, -en>
немецкий
немецкий
английский
английский
I. beam [bi:m] СУЩ.
1. beam (light):
Strahlenbündel ср. <-s, ->
Elektronenstrahl м. <-(e)s, -en>
full beam брит. АВТО.
Fernlicht ср. <-(e)s> kein pl
Laserstrahl м. <-(e)s, -en>
перенос. to be off beam
danebenliegen разг.
перенос. to be off beam
2. beam (baulk):
Balken м. <-s, ->
beam СТРОИТ.
Unterzug м. <-(e)s, -züge>
3. beam СПОРТ:
Schwebebalken м. <-s, ->
Выражения:
II. beam [bi:m] ГЛ. перех.
1. beam (transmit):
to beam sth
to beam a broadcast перенос.
etw [ver]senden [o. schicken]
2. beam (give):
III. beam [bi:m] ГЛ. неперех.
1. beam (glow):
2. beam (smile):
la·ser [ˈleɪzəʳ, америк. -ɚ] СУЩ.
laser акроним от light amplification by stimulated emission of radiation
Laser м. <-s, ->
Запись в OpenDict
beam СУЩ.
Present
Ibeam
youbeam
he/she/itbeams
webeam
youbeam
theybeam
Past
Ibeamed
youbeamed
he/she/itbeamed
webeamed
youbeamed
theybeamed
Present Perfect
Ihavebeamed
youhavebeamed
he/she/ithasbeamed
wehavebeamed
youhavebeamed
theyhavebeamed
Past Perfect
Ihadbeamed
youhadbeamed
he/she/ithadbeamed
wehadbeamed
youhadbeamed
theyhadbeamed
PONS OpenDict

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Одноязычные примеры (не проверены редакцией PONS)
The ship was 140.4 m long overall and had a beam of 13.2 m and a draft of 6 m forward.
en.wikipedia.org
In event finals, she placed third on vault scoring 14.300 and sixth on balance beam scoring 12.300.
en.wikipedia.org
A typical use is to support an existing horizontal beam whilst its original masonry supports are removed or repaired.
en.wikipedia.org
In this orientation, the test and reference beams each experience two front-surface reflections, resulting in the same number of phase inversions.
en.wikipedia.org
The ship had an overall length of 463ft6in m, a beam of 66ft m and a deep draught of 25ft m.
en.wikipedia.org
Примеры из интернета (не проверены редакцией PONS)
[...]
TENOM uses a microscopically tiny, extremely sharp gold tip placed within the focus of a laser beam, which probes an object at a distance of just a few nanometers.
[...]
www.uni-muenchen.de
[...]
Bei dieser spitzenverstärkten Nahfeldmikroskopie kommt eine mikroskopisch kleine, außerordentlich scharfe Spitze aus Gold zum Einsatz, die im Fokus eines Laserstrahls steht, und ein Objekt im Abstand von wenigen Nanometern abtastet.
[...]
[...]
Qioptiq’s award-winning Point Source Flexible Laser Technology™ helps you bring your laser beam to your sample: single or multiple wavelengths from UV to Infrared come in a TEM00 true Gaussian beam with low dynamic pointing error.
www.qioptiq.de
[...]
Die preisgekrönte Point Source Flexible Laser Technology™ von Qioptiq bringt den Laserstrahl zu Ihrem Untersuchungsobjekt: eine oder mehrere Wellenlängen vom UV bis zum Infrarot werden als Gaußstrahl (TEM00) und mit hoher Strahllagestabilität übertragen.
[...]
As the amplification of radially and azimuthally polarized laser beams is demanding with common amplifier designs, experiments have been carried out at the IFSW in collaboration with the LCFIO and Fibercryst in order to investigate the use of SCF amplifiers for the amplification of cylindrically polarized laser beams.
[...]
www.ifsw.uni-stuttgart.de
[...]
Da die Verstärkung radial und azimuthal polarisierter Laserstrahlung mit gängigen Verstärkerkonzepten aufwändig ist, wurden am IFSW in Zusammenarbeit mit dem LCFIO und Fibercryst Versuche zur Verstärkung von radial sowie azimuthal polarisierten Scheibenlasern im CW-Betrieb durchgeführt, um die Anwendbarkeit dieses Konzepts für die Verstärkung von (ultrakurz gepulsten) zylindrisch polarisierten Laserstrahlen zu untersuchen.
[...]
[...]
To achieve the numbers required for EWT cells in the usual cycle times of one second per cell, the laser beam has to be moved across the wafer at a speed of about 20 m/s.
[...]
www.ilt.fraunhofer.de
[...]
Um die hohe Anzahl an Löchern in den üblichen Taktzeiten von einer Sekunde pro Zelle zu erzeugen, muss der Laserstrahl mit etwa 20 m/s über den Wafer bewegt werden.
[...]
[...]
It follows the laser beam on its path from the laser unit, through the beam delivery system all the way to the workpiece, and presents all important laser processes.
[...]
www.at.trumpf.com
[...]
Es folgt dem Laserstrahl vom Laseraggregat über das Strahlführungssystem bis zum Werkstück und geht dann auf alle wichtigen Laserverfahren ein.
[...]