993 resultados para Yb^3
Resumo:
5mDYb^3320MHz20dB1064nm102W
Resumo:
Tm^3Yb^3nSiO2-030nPbF2-050n=Al2O3=015nAlF3=0049-xnTmF3=ynYbF3=xx=00001001000150020y=00001970nmTm^3Yb^3452n
Resumo:
15Li2O-15Nb2O5-70TeO2-0.1Er2O3-0.4Yb2O3%, , . XXRD, Yb6Te5O19.2Er6Te5O19.2, 55 nm. Judd-OfeltEr^3tt2, 4, 6Er^34I15/24I13/2, McCumber
Resumo:
Tm^3+Yb^3+RamanTm^3+Yb^3+Tm^3+Yb^3+Tm^3+Yb^3+
Resumo:
070TeO2-(020-x)ZnO-xGeO2005La2O3-0025K2O-0025Na2O-001Yb2O3(x=0,005010015020)Yb^3+070TeO2-020GeO2-005La2O3-0025K2O-0025Na2O(TZN)(1
Resumo:
Yb2O3Tm^3Yb^3980nm475nm649nmTm^3^1G4^3H6^1G4^3F4Yb2O3Yb^3Yb^3Tm^3Yb2O33
Resumo:
Cr^3Yb^3Er^3QEr2O3Er2O305wt01Hz145mJ96mJ055Cr14KigreQE-7S
Resumo:
We study the nonlinear photonics of rare-earth-doped oxyfluoride nanophase vitroceramics (FOV), oxyfluoride glass (FOG), and ZBLAN fluoride glass. We found that an interesting fluorescence intensity inversion phenomenon between red and green fluorescence occurs from Er(0.5)Yb(3):FOV The dynamic range Sigma of the intensity inversion between red and green fluorescence of Er(0.5)Yb(3):FOV is about 5.753 x 10(2), which is 100 to 1000 times larger than those of other materials. One of the applications of this phenomenon is double-wavelength fluorescence falsification-preventing technology, which is proved to possess the novel antifriction loss and antiscribble properties. (c) 2007 Optical Society of America.
Resumo:
35SiO215AlO1.5-45-xPbF2-xCdF201TmF315YbF3x=0102030CdF2CdF2PbFCdF2Tm^3
Resumo:
Yb3+Yb3+,LiF,KF,;YbF3,YbF3,
Resumo:
Er^3Yb^34710^-5gcm^-2hr^-1KigreQXErAg^-Li^m-6328nmWKB
Resumo:
Er^3+Yb^3+Er^3+Yb^3+Er^3+1533nm-Er^3+1533nm07210^20cm^2SchottIOG1Er^3+06710^-20cm^2155m
Resumo:
Yb^310Yb^3902942nm968nm0.3110^-20,0.4510^-20cm^20.5310^-20cm21032nm1075nm1.0510^-20cm^20.8710^-20cm ^
Resumo:
,Yb^3,.,Yb^3Yb^3,974 nm0.901.1210^-20 cm^2;1 032 nm1 075 nm1.0510^-20 cm^20.8710^-20 cm^2; Yb^35at.%1.38 ms,Yb^3
Resumo:
Er^3Yb^3La2O3sYb^3Er^35at05ats=965ms
