[1]Johnson L F, Dietz R E, Guggenheim H J.Optical maser oscillation from in MgF 2 involving simultaneous emission of phonons[J].Phys.Rev.Lett.,1963,11:318 -322.
[2]Johnson L F, Dietz R E, Guggenheim H J.Spontaneous and stimulated emission from ions in MgF 2 and ZnF 2 [ J ].Appl.Phys.Lett.,1964,5:21 -22.
[3]Johnson L F, Guggenheim H J.Phonon - terminated coherent emission from ions in MgF 2 [ J ].J.Appl.phys.,1967,38:4837 -4839.
[4]Sorokin P P, Severson M J.Solid - state optical maser using divalent samarium in calcium fluoride [ J] .IBM J.Res.Develop.,5 (1961)56 -58.
[5 ] Lai S T.Highly efficient emerald laser [ J ]. J.Opt.Soc.Am., B, 1987,4:1286 -1290.
[6] Shand M L, Lai St.CW alexandrite pumped emerald laser[J].IEEE J.Quan.Elec.,1984, QE -20:105 -108.
[7] Payne S A, Chase L L, Newkirk H W, Smith L K, Krupke W F.LiCaAlF 6 : : a promising new solid - state laser material[J]. IEEE, J.Quan.Elec.,1988, QE -24:2243 -2252.
[8] Payne S A, Chase L L, Wilke G D.Optical spectroscopy of the new laser materials, LiSrAlF 6 : and LiCaAlF 6 : [ J].J.Lumin.,1989,44:167 -176.
[9]Scheps R, Myers J F, Payne S A.CW and Q - switched operation of a low threshold : LiCaAlF 6 laser [ J ].IEEE Photon.Technol.Lett.,1990,2:626 -628.
[10]Lai S T, Shand M LHigh efficiency CW laser - pumped tunable alexandrite laser[J].J.Appl.Phys.,1983,54:5642 -5644.
[11] Walling J C, Jenssen H P, Morris R C, O.Dell E W,Peterson O G.Tunable laser performance in [ J].Opt.Lett.,1979,4:182 -183.
[12] Walling J C, Peterson O G, Jenssen H P, Morris R C,O.Dell E W.Tunable alexandrite lasers [ J ].IEEE.J.Quan.Elec.,1980, QE -16:13021315.
[13]Walling J C, Heller D F, Samuelson H, Harter D, Pete J A, Morris R C.Tunable Alexandrite laser: development and performance[J].IEEE J.Quan.Elect.,1985, QE -21:1568 -1581.
[14]Payne S A, Chase L L, Smith L K, Kway W L, Newkirik H W.Laser performance of LiSrAlF 6 : [J].J.Appl.Phys.,1989,66:1051 -1058.
[15] Stalder M, Chai B H T, M Bass.Flashlamp pumped Cr:LiSrAlF 6 [J].Appl.Phys.Lett.,1991,59:58 -64.
[16]Lai S T, Chai B H T, Long M, Morris K C.ScBO 3 : Cr -A room temperature near - infrared tunable laser [ J ].IEEE,J.Quan.Elec.,1986, QE -22:1931 -1933.
[17] Struve B, Huber G.Laser performance of : Gd ( Sc,Ga) garnet[J].J.Appl.Phys.,1985,57:45 -48.
[18 ] Struve B, Huber G, Laptev, V V, Shcherbakov I A,Zharikov E V.Tunable room - temperature CW laser action in :GdScGa - Garnet[J].Appl.Phys.B, 1983,30:117 -120.
[19]Meier J V, Barnes N P, Remelius D K, Kokta M R.Flash lamp - pumped : GSAG laser[ J] .IEEE J.Quan.Elec.,1986,22:2058 -2064.
[20 ] Krupke W F, Shinn M D, Marion J E, Caird J A,Stokowski S E.Spectroscopic, optical, and thermomechanical properties of neodymium - and chromium - doped gadolinium scandium gallium garnet[J].J.Opt.Soc.Am.B, 1986,3:102 -108.
[21]Caird J A, Payne S A, Staver P R, Ramponi A J, Chase L L, Krupke W F.Quantum electronic properties of the laser[J].IEEE, J.Quan.Elec.,1988, QE -24:1077 -1089.
[22]Huber G, Petermann K.Tunable Solid - State Lasers[M].ed.by HAMMERLING P, BUDGOR A B, PINTO A A, Berlin:Springer, 1985, p11 -28.
[23] Druke J, Struve B, Huber G.Tunable room - temperature CW laser action in : GdScAl - garnet [ J] .Opt.Comm.,1984,50:45 -52.
[24] Caird J A, Staver P R, Shinn M D, Guggenheim H J,Bahnck D.Tunable Solid State Laser II[M], ed.by BUDGOR A B,ESTEROWITZ L, DESHAZER L G.Berlin: Springer, 1986.
[25 ] Jenssen H P, Lai S T.Tunable laser characteristics and spectroscopic properties of SrAlF 5 : Cr[ J].J.Opt.Soc.Am.B, 1986,3:115 -118.
[26] Fuhrberg P, Luhs W, Syruve S, Litfin G.Tunable Solid State Laser II [ M] .ed.by BUDGOR A B, ESTEROWITE L, DESHAZER L G, Berlin: Springer, 1986.
[27 ] Brauch U, Durr U.KZnF 3 : - a tunable solid state NIR⁃laser[J].Opt.Comm.,1984,49:61 -64.
[28]Kolbe W, Petermann K, Huber G.Broadband emission and laser action of Cr 3+ doped zinc tungstate at 1 SymbolmA@ m wavelength[J].IEEE, J Quan.Elec.,1985, QE -21:1596 -1599.
[29]Lai S T, Chai B H T, Long M, Shinn M D.Room temperature near⁃infrared tunable Cr: La 3 Ga 5 SiO 14 [ J ].IEEE, J.Quan.Elec.,1988, QE -24:1922 -1931
[30] Kaminskii A A, Shkadarevich A P, Mill V V, Kuptev V G, Demidovich A A.Wide - band tunable stimulated⁃emission from a La 3 Ga 5 SiO 14 : crystal[J].Inorg.Mater.,1987,23:618 -619
[31] Kaminskii A A, Shkadarevich A P, Mill V V, Kuptev V G, Demidovich A A.Tunable stimulated - emission of ions and generation frequency self - multiplication effect in a centric crystals of Ca - gallocermanate structure [ J ].Inorg.Matter.,1988,24:579 -581.
[32] Kaminskii A A, Shkadarevich A P, Mill V V, Kuptev V G, Demidovich A.Wideband tunable stimulated - emission of ions in the trigonal crystal La 3 Ga 5 . 5 Nb 0 . 5 O 14 [J].Inorg.Matter.,1987,23:1700 -1702.
[33] Petricevic V, Guyen S K, Alfaano R R, Yamagiski K,Anzai H, Yamguchi Y.Laser action in chromium - doped forsterite[J]. Appl.Phys.Lett.,1988,52:1040 -1048.
[34]Petermann K, Mitzscherlich P.Spectroscopic and laser properties of Cr 3+ - doped and [ J ].IEEE,J.Quan.Elec.,1987, QE -23:1122 -1126.
[35 ] Sugmoto A, Segawa Y.Flash lamp pumped tunable Ti: laser [ J ].Japan.J.Appl.Phys.II, 1990,29: L1136 -1137.
[36]Moulton P.Ti - doped sapphire: a tunable solid state laser[J].Opt.News, 1982,8:9 -11.
[37] Sugimoto A, Segawa Y, Namba S.Spectroscopic properties of - doped BeAl 2 O 4 [ J ].J.Opt.Soc.Am.B, 1989,6:2334 -2338.
[38]Welford D, Moulton P F.Room - temperature operation of a Co: MgF 2 laser[J].Opt.Lett.,1988,13:975 -976.
[39]Lawson J K, Payne S A.Excited - state absorption spectra and gain measurements of CaF 2 : [J].J.Opt.Soc.Am.B, 1991,8:1404 -1411.
[40]welford d, moulton p f.Room - temperature operation of Co:MgF 2 laser[J].Opt.Lett.,1988,13:975 -977.
[41]Dubinskii M A, Semashko V V, Naumov A K, Abdulsabirov R Y, Korableva S L. - doped colquiriite a new concept of allsolid⁃state tunable ultraviolet laser[J].Laser Phys.,1993,3:216 -221.
[42]Ehrlich D J, Moulton P E, Osgood R M.Ultraviolet solid -state Ce: YLF laser at 325nm [ J ].Opt.Lett.[ J ],1979,40:184 -185.
[43]Verdumn H P, Thomas L M, Andrauskas D M, Mccollum T, Pinto A.Chromium - doped forsterite laser pumped with 1.06 SymbolmA@ m radiation[J].Appl.Phys.Lett.,1988,53:2593.
[44]Petricivic V, Gayen S, Alfano R R.Laser action in chromium - activated forsterite for near - infrared excitation: is Cr 4+ the lasing ion? [J].Appl.Opt.Lett.,1988,28:2590 -2597.
[45]Eilers H, Dennis W M, Yen W M, Kuck S, Peterman K,Huber G, Jia W.Performance of a Cr: YAG laser [ J ].IEEE J.Quan.Elec.[J],1993, QE -29:2508 -2512
[46]Eilers H, Hoffman K R, Dennis W M.Saturation of 1.064 SymbolmA @ m absorption in Cr, Ca: crystals [ J].Appl.Phys.Lett.,1992,61:2958 -2966.
[47]Kueck S, Koetke J, Petermann K.Quasi - continuous wave laser operation of - doped Y 2 SiO 5 at room temperature [ J ].Opt.Comm.[J],101(1993)195 -159.
[48]Maker G T, Ferguson A I.Ti - sapphire laser pumped by a frequency - doubled diode - pumped Nd - YLF laser[ J] .Opt.Lett.,1990,15:375 -377.
[49]Steele T R, Gerstenberger D C, Drobshoff A D, Wallace R W.Broadly tunable high - power operation of an all⁃solid - state titanium - doped sapphire laser system [ J ].Opt.Lett.,1991,16:399 -401.
[50]Harrison J, Finch A, Rines D M, Rines G A, Moulton P F.Low - threshold, CW, All - solid - state Ti: laser [ J].Opt.Lett.,1991,16:581 -583.
[51 ] Scheps R, Gately B M, Myers J F, Krasinski J S.Alexandrite laser pumped by semiconductor - laser [ J ].Appl.Phys.Lett.,1990,56:2288 -2290.
[52]Scheps R, Myers J F, Berreze H B, Rosenberg A, Morrs R C, Long M.Diode - pumped Cr - LiSrAlF 6 laser[J].Opt.Lett.,16(1991)820 -822.
[53]Scheos R.Cr - LiCaAlF 6 laser pumped by visible laser - diodes[J].IEEE.J.Quan.Elec., QE -27(1991)1968 -1970.
[54]臧竞存,刘燕行.方兴未艾的二极管泵浦的激光晶体材料[J].激光技术,1994,19:65 -68.
[55]沈鸿元.激光晶体的研究动向[ J] .人工晶体学报,1995,24:72 -81.
[56]赵卫疆,于俊华,张华,赵旭光,周更夫,单频可调谐 : LiSrAlF6 激光器的进展[ J ].激光技术,2000,24:229 -232.
[57]王国富.LD泵浦激光晶体材料的新发展[ J].人工晶体学报,1998,27:390 -395.
[58 ] Kenyon P T, Andrews L, Mccollum B, Lempicki A.Tunable infrared solid - state laser materials based on Cr 3+ in low ligand - fields [ J] .IEEE J.Quan.Elec.,1982, QE -18:1189 -1197.
[59] Henderson B, Yamaga M, O.Donnell P.Optical characterization of tunable solid - state laser gain media[ J].Opt.Quan.Elec.,1990,22: S167 - S198.
[60] Wang G F.Research Progress in Materials Science [ M].ed.by OLSSON W, LINDBERG F, New York: Nova Science Publishers, Inc.2009, p1 -24.