Trac-Classical II System Acousto-opticus Effectus
Description
Acousto-opticus effectus experimentum autem novam creaturam physica experimentum in sermone collegia et universitates, adhibetur studere et corporalis processus of electrica agro et lux agro consortio in basic Physicis experimenta et related professional Experimenta, atque ita dici potest de experimentalem investigationis optica communicationis atque optical notitia processui. Uisum est posse ostendi a digital duplex oscilloscope (Libitum).
Quando ultrasound fluctus iter per medium, quod est medium et subiectum ad elasticæ iactabantur periodica mutationes in utroque tempus et spatium, in refractivam index de mutatione temporibus periodicis similes causas medium. Qua de causa, ubi lucis radius transiens per medium in ultrasound fluctus coram in medium, id est, diffringuntur per medium agendi in modum retis æneam tempus. Hoc est a basic doctrina acousto-opticus effectus.
Acousto stat-opticus effectus in normalis-opticus acousto PRAVUS effectus, et effectus acousto-opticus. In isotropic medium, planum polaritatem lucis incident super mutata non est per correspondentiam acousto-opticus (normalis appellatur acousto-opticus effectum); anisotropic per medium, planum polaritatem lucis incident super immutatur a consortio acousto-opticus (qui dicitur PRAVUS effectus acousto-opticus). PRAVUS effectus acousto-opticus clavem praebet ad fundamenta fabricæ pro provectus acousto-opticus deflectors et tunable acousto-opticus Filtra. Secus acousto-opticus normalis effectus, PRAVUS effectus acousto-opticus a nemine tradi possunt, diffraction Nath-Roman. Tamen, utendo modularem, ut momentum interaction conceptus nonlinear matching et mismatching in perspectiva, a quibus undequaque cinguntur acousto-opticus conversari possit explicare et statutum quod normalis-opticus acousto PRAVUS effectus. Experimenta in hoc ratio non operiet acousto-opticus normalis effectus in media isotropic.
Exempla experimentum
1. observa Bragg diffractionem, et metimur Bragg diffractionem angle
Display 2. acousto-opticus crebritate modulorum suaviorem waveform
3. Observa acousto claudicatio re-opticus
Et efficientiam 4. Sed in mensura acousto diffractionem-opticus
5. metiens iter ad velocitatem per medium in ultrasound fluctus
6. simulare optical communicationis uti crebritate modulorum suaviorem ars acousto-opticus
cubits
Description |
cubits |
Et laser output-Ne | <1.5mW@632.8nm |
LiNbO3 Crystallo | Electrode: X surface gold plated electrode flatness <λ/8@633nmTransmittance range: 420-520nm |
Polarizing | Optical Φ16mm foramen / Necem 400-700nmPolarizing gradus range Transmissivity XXX%% 99.98 (paraxQllel); 0.0045% (vertical) |
detector | ACUS photocell |
virtus Box | Crebritate modulorum suaviorem amplitudine sine fluctus output, pondus DC 0-300V continua tunableOutput voltage: Populus Novifacta Quotidiana 0-600V continua output frequency: 1kHz |
ANTIPHON optical | 1m, Aluminium |