Halkan, saamaynta luminta attenuation iyo kor u qaadida waxqabadka laysarka ee Nd:YAG ceramics hufan ayaa la baadhay.Isticmaalka 0.6 at.% Nd:YAG Usha dhoobada leh dhexroor 3 mm iyo dhererka 65 mm,Isku-darka firdhinta iyo isugeynta nuugista ee 1064 nm ayaa lagu qiyaasay 0.0001 cm-1 iyo 0.0017 cm-1, siday u kala horreeyaan.808 nm tijaabada laysarka ee dhinaca-bamgareynta ah, celceliska awoodda wax soo saarka ee 44.9 W ayaa lagu gaadhay waxtarka beddelka indhaha-ilaa-optical ee 26.4%, kaas oo ku dhawaad la mid ah kan 1 at.% hal crystal.Qaadashada nidaamka bamgareynta tooska ah ee 885 nm, tijaabooyinka laser-ka soo socda ayaa muujiyay waxtarka sare ee indhaha ee 62.5% iyo awoodda wax soo saarka ugu badan ee 144.8 W ayaa lagu helay awoodda bamka la nuugay ee 231.5 W. Tani waxay ahayd ilaa hadda waxtarka beddelka indhaha ee ugu sarreeya ee la helay. gudaha Nd:YAG leysarka dhoobada ilaa aqoonteena.Waxay caddaynaysaa in awoodda sare iyo wax-soo-saarka laser-ka ee waxtarka sare leh ay soo saari karto tayada sare ee tayada sare ee Nd: YAG dhoobada dhoobada oo ay weheliso 885 nm tignoolajiyada bamgareynta tooska ah.
Warqadani waxay soo bandhigaysaa tamar garaaca wadnaha sareeysa, xariiq cidhiidhi ah, dhexda-infrared (MIR) laserat 6.45 µm, oo ku salaysan BaGa4Se7 (BGse) oscillator optical parametric oscillator (OPO) oo lagu shubay 1.064 µm laser.Tamarta garaaca wadnaha ugu badan ee 6.45 µm waxay ahayd ilaa 1.23 mJ, oo leh ballac garaaca garaaca wadnaha ee 24.3 ns iyo celceliska celceliska 10 Hz, oo u dhiganta waxtarka beddelka indhaha-optical 2.1%, laga bilaabo iftiinka bamka 1.064 µm ilaa iftiinka aan shaqaynayn 6.45 µm.Dhanka laydhka laydhka ee laydhka ah wuxuu ahaa qiyaastii 6.8 nm. Dhanka kale, waxaanu si sax ah u xisaabinay xaalada isbarbardhiga ee OPO ee BGSe crystal oo lagu shubay 1.064 µm laser, iyo nidaamka jilitaanka nambarada ayaa la sameeyay si loo falanqeeyo wax-soo-saarka 6.45 µm, iyo sidoo kale saamaynta dhererka crystal on hufnaanta beddelka.Heshiis wanaagsan ayaa laga helay cabbirka iyo jilitaanka.Sida ugu wanaagsan ee aqoontayada, kani waa tamarta garaaca wadnaha ugu sareysa ee 6.45 µm, oo leh xariiqda ugu cidhiidhi ah ee laser kasta oo adag MIR ns ee BGse-OPO oo lagu shubo oscillator fudud 1.064 µm.Nidaamkan fudud ee 6.45 µm OPO ee fudud, oo leh tamar garaaca wadnaha sare iyo dhuuban ballac ahaan, wuxuu buuxin karaa shuruudaha goynta unugyada wuxuuna hagaajin karaa saxnaanta nudaha.
Warqadan, waxaan ku muujineynaa langasite (LGS) koronto-optic Ho: YAG leysarka la tuuray oo xakameynaya ku tiirsanaanta muddada garaaca wadnaha ee lasers-ka ee Q.Muddada garaaca garaaca wadnaha oo joogto ah oo ah 7.2 ns ayaa lagu gaadhay celcelis ahaan 100 kHz.Ka faa'iidaysiga kristanta LGS ma laha saameyn weyn oo piezoelectric giraan ah iyo depolarization kuleyl leh, tareenka garaaca wadnaha oo xasilan ayaa lagu gaaray awood wax soo saar ah 43 W. Markii ugu horeysay, codsiga laysarka daloolka lagu tuuray bartamaha-infrared (dhexda- IR) ZnGeP2 (ZGP) oscillator optical parametric oscillator (OPO) ayaa la xaqiiqsaday, taasoo bixisa hab la isku halayn karo oo lagu gaaro heerarka soo noqnoqda sare iyo waqtiyada garaaca garaaca nanosecond gaaban ee tamarta dhexe ee ZGP OPOs.Celceliska awoodda wax soo saarku waxay ahayd 15 W, oo u dhiganta muddada garaaca garaaca wadnaha ee 4.9 ns iyo celceliska celceliska 100 kHz.
Waxaan soo bandhigeynaa markii ugu horeysay ee jiilka octave-ballaaran bartamaha-infrared annagoo adeegsanayna karistaalo aan toos ahayn BGse.A Cr: Nidaamka laser ZnS oo keenaya garaaca 28-fs ee mawjadaha dhexe ee 2.4 µm ayaa loo adeegsadaa isha bamka, kaas oo kaxeeya jiilka soo noqnoqoshada garaaca wadnaha gudaha gudaha crystal BGse.Natiijo ahaan, balaadhdhismeed isku xidhan oo dhexda infrared dhexda ah oo u dhexeeya 6 ilaa 18 µm ayaa la helay.Waxay tusinaysaa in kristanta BGSe ay tahay walax rajo leh oo loogu talagalay balaadhinta ballaaran, jiilka dhexe ee wareegga yar iyadoo loo marayo soo noqnoqoshada hoos u dhigista ilaha matoorka femtosecond.
1.53 W dhammaan-degaanka nanosecond garaaca leysarka dhexe ee infrared at 6.45 µm
