History ✈ C-GAYY - FlightAware

Contents:

• 'C-GAYY' PHOTO RULTS
• FLIGHT HISTORY FOR AIRCRAFT - C-GAYY AIRCRAFT PIPER PA-31-310 NAVAJO C AIRLINE ARI AVIATN SERVIC OPERATOR - TYPE CODE PA31 CO 4T / WEW CO - MODE S C04731 SERIAL NUMBER (MSN) AGE &PY; MIKE MACKNON | JETPHOTOS &PY; MIKE MACKNON | JETPHOTOS
• AIRCRAFT C-GAYY DATA
• C-GAYY CANADIAN AIRCRAFT REGISTRATN DETAILS
• AM I GAY?
• DEMONSTRATN OF LASER OLG A NOVEL ALL OXI GAYY SILI GLASS

'C-GAYY' PHOTO RULTS

18 JulC-GAYYLANDED08:57MDTCalgary, AB (CYBW)C-GAYYCGAYYLANDEDLast seen near Blairmore, CanadaTuday, July 18 2023DepartedAircraft InfoLast Known LotnCalgary, AB, Canada18 JulCGAYYLANDED08:57MDTCalgary, AB (CYBW)DateFlightOrigSTDATDDtatnSTADelayStatDuratnReplay2023 18 JulCGAYYCalgary, AB (CYBW)08:57 MDTLast seen nearBlairmore, CanadaLandFlight history for C-GAYY is available for a perd over 7 days unr our Basic subscriptn. FLIGHTS HISTORY DATEFROMTOFLIGHTFLIGHT TIMESTDATDSTASTATUS — 20 Jul 2023 2:42 Land 15:57 STD 13:15 ATD 13:15 STA 15:57 FROM Not available TO Not available 20 Jul 2023 — — (CGAYY) 2:42 13:15 13:15 15:57 Land 15:57 Play — 19 Jul 2023 - Unknown STD 13:39 ATD 13:39 STA — FROM Not available TO Not available 19 Jul 2023 — — (CGAYY) — 13:39 13:39 — Unknown Play More than 7 days of C-GAYY history is available wh an upgra to a Silver (90 days), Gold (1 year), or Bs (3 years) subscriptn. Registratn Number:C-GAYY.

FLIGHT HISTORY FOR AIRCRAFT - C-GAYY AIRCRAFT PIPER PA-31-310 NAVAJO C AIRLINE ARI AVIATN SERVIC OPERATOR - TYPE CODE PA31 CO 4T / WEW CO - MODE S C04731 SERIAL NUMBER (MSN) AGE &PY; MIKE MACKNON | JETPHOTOS &PY; MIKE MACKNON | JETPHOTOS

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AIRCRAFT C-GAYY DATA

C-GAYY Aircraft Registratn. No registratn rmatn for C-GAYY at this time. Want a full history search for C-GAYY datg back to 1998?

Gay - While this adjective has historilly scribed men who are attracted to other men, the term now is ed to refer to anyone who experienc romantic, emotnal, or physil attractn to people of the same genr. Sce genr inty and sexual orientatn are separate, transgenr people n intify as straight, gay, lbian, bisexual, etc. Flight CGAYY is an ternatnal private flight operated on route om Air Termal/Gowen field (BOI) to Calgary (YYC) unr ll-sign CGAYY.

On May 23, 2023 this flight has stat "parted" and 's operated on PA31 wh registratn C-GAYY. PA31 C-GAYY. AbstractWe monstrate laser duced olg ytterbium doped sili (SiO2) glass wh aluma, yttria -dopg (GAYY-Alumum: Yttrium: Ytterbium Glass) fabrited g the modified chemil vapour posn (MCVD) technique.

C-GAYY CANADIAN AIRCRAFT REGISTRATN DETAILS

We also target to highlight the effect of ytterbium n nsy on the optil properti of GAYY glass. 3 × 1026GAYY-18. 4 × 1026GAYY-28.

0 × 1026GAYY-37.

AM I GAY?

1a for the GAYY-2 sample. The hight Yb ncentratn obtaed was of 4 × 1026 ns/m3 at the center of the preform re (GAYY-3) which is the largt value reported the lerature for laser olg.

The elemental profil of the GAYY-2 glass at the bottom and top of the sili tube along wh the SEM imag are provid the supplementary rmatn (SI Fig. We observed longudal -homogenei every preform, ed by our vertil method of solutn dopg. For this reason, the sampl we e for fiber drawg and bulk preparatn are extracted om the top part of the preform, where the homogeney is better.

(a) EPMA analysis of GAYY-2, (b, c) SEM Image of phase separated preform (GAYY-2) at different magnifitns, g backstterg electron mo (d) The absorptn spectra of all GAYY glass. The set shows the highly transparent GAYY-2 preform.

DEMONSTRATN OF LASER OLG A NOVEL ALL OXI GAYY SILI GLASS

While phase separatn is ually nsired as a trimental to lumcence, the GAYY glass exhib the oppose effect. In GAYY glass, the formatn of Yb3+-enriched droplets of 29 nm diameter size was evinced. As the Yb n ncentratn the GAYY glass creas, the absorptn efficient at 976 nm also creas.

Spectral properti of GAYY glassExcellent optil qualy of the GAYY glass were attted by photolumcence measurements. The PL tensy GAYY glass is higher pared to the MCVD SiO2 glass unr the same illumatn and tectn ndns.

Even if the Yb n ncentratn MCVD SiO2 glass and GAYY-2 were almost the same, PL tensy is lower MCVD SiO2 glass due to the ncentratn quenchg effect. In GAYY glass this teractn is lowered due to the advantage of work modifiers such as Y and Al. Due to the lower phonon energi GAYY glass, the rate of multi-phonon relaxatns is rced, rultg a higher PL emissn tensy.

(a) The anti-Stok emissn all the GAYY glass as well as MCVD SiO2 glass while excg wh 1029 nm laser wh 5 W pump power, (b) The lifetime y curv of MCVD SiO2 glass and GAYY-3 at an excatn wavelength of 920 nm. The MFW GAYY glass chang om 1004. 4% was achieved for GAYY-3 glass.

The quantum yield valu of the GAYY glass were higher than that of the MCVD SiO2 glass as expected provid by the advantage of low phonon energy environment and high solubily of RE ns which elimat the ncentratn quenchg this to nsiratn, further vtigatn of the optil properti was achieved for the MCVD SiO2 glass and GAYY glass by examg the lifetime y curv at an excatn wavelength of 920 nm. Figure 2b shows the lifetime y curv of MCVD SiO2 glass and GAYY-3. In ntrast to the GAYY glass the MCVD SiO2 glass whout phase separatn showed a shortened lumcence y time of 0.

Sce the Yb3+ are a low phonon energy pool of yttrium rich domas the lifetim of all GAYY glass are higher than that of the MCVD SiO2 glass. ‬Another fdg that further supports the above scriptn is the prence of higher operative emissn tensy the MCVD SiO2 glass pared to the GAYY glass. Figure 3 supplementary rmatn shows the emissn spectra of the MCVD SiO2 glass and GAYY-3 wh 400 mW of absorbed pump power at 980 nm wavelength.

The operative emissn tensy creas GAYY-3 due to the higher RE n solubily ascribed to the prence of Al and temperature dynamics of (a) GAYY-1, (b) GAYY-2, and (c) GAYY-3 and while pumpg wh 6. 5 W 1029 nm enhanced lifetime and quantum yield GAYY glass is expected to enable their e a wi range of optil vic and to provi signifint sights the sign of glassy materials for radiatn balanced lasers and fibre amplifiers.

Apart om that, the GAYY glass posssed higher pury which make highly promisg for laser olg applitns.

Hopefully, the characteristics of MCVD make possible to rce the absorptn of impuri our GAYY glass. The amount of impuri such as iron or rare earths measured by ICP mass spectrometry showed ls than 200 ppb of both Fe/Cu (major impuri which are trimental for olg) duced olg GAYY glassTo vtigate the potential of fabrited glass for laser olg we performed the temperature measurements on all glass at an excatn wavelength of 1029 nm wh different pump power varyg om 0. 6 nm), a heat extractn was obtaed all GAYY glass.

The temperature dynamics of all the GAYY glass while excg wh a 6. The GAYY glass wh ytterbium n ncentratn of 4. 8 K om RT was achieved the se of GAYY-1 and GAYY-2 glass rpectively.

3) thermal uplg time nstant of the GAYY-3 was timated to be τt = 31 s.

The thermal parameters of the GAYY-3 glass is summarized Table ​ 2The thermal parameters of GAYY-3 glass.

The thermal mera imag of the GAYY-3 while exposed to 1029 nm laser is shown supplementary rmatn Fig. However, they are wily utilized optil olg experiments due to the ease of handlg2, performed a parative study between the glass havg different claddg diameter orr to evaluate the effect of heat load g GAYY-2 glass.

This is the most remarkable oute of our study, namely, that the GAYY glass monstrated such a dramatic difference pared to the normal preform while pumpg wh 1029 nm laser. Figure 5a shows temperature change curv as a functn of the pump power GAYY glass air nsirg hcv = 18. 1 W for GAYY-1, GAYY-2 and GAYY-3, rpectively.

(a)The temperature change as a functn of the pump power GAYY glass air.

5 W, (b) The effect of background absorptn and nvective heat load obtag temperature rctn wh a change pump power GAYY-3 practil applitns is sential to monstrate ASF olg atmospheric prsure sce n be eful to make self-oled lasers and amplifiers. 6 W pump power is predicted for GAYY-3 if we nduct the experiments vacuum, i. 4 w/m2 K, for the GAYY-3 havg αb=10dB/km, the expected temperature drop is ~ 1.