The new advance of fs, TW level Ti：Al2O3 laser based upon CPA techniques

Cao Dong-mao; Ren Zhaoyu; Yang Zhiyong; Hou Xu

LASER TECHNOLOGY > 2000 > 24(3): 129-133.

Cao Dong-mao, Ren Zhaoyu, Yang Zhiyong, Hou Xu. The new advance of fs, TW level Ti：Al2O3 laser based upon CPA techniques[J]. LASER TECHNOLOGY, 2000, 24(3): 129-133.

Citation:

Cao Dong-mao, Ren Zhaoyu, Yang Zhiyong, Hou Xu. The new advance of fs, TW level Ti：Al2O3 laser based upon CPA techniques[J]. LASER TECHNOLOGY, 2000, 24(3): 129-133.

Citation:

Cao Dong-mao, Ren Zhaoyu, Yang Zhiyong, Hou Xu. The new advance of fs, TW level Ti：Al2O3 laser based upon CPA techniques[J]. LASER TECHNOLOGY, 2000, 24(3): 129-133.

PDF (97 KB)

The new advance of fs, TW level Ti：Al2O3 laser based upon CPA techniques

1.
Institute of Photonics & Photon Technology, and Provincial Key Laboratoty of Photoelectronic Technology, North West University, Xi'an, 710069;
2.
Applied Physics Department, North western Poly technical University, Xi'an, 710072;
3.
Xi'an Institute of Optics and Precision Mac hnics, and State key labtoratory of Transient Optical Technology, The Chinese Academy of Science, Xi'an, 710068

More Information

Received Date: June 27, 1999
Revised Date: November 19, 1999
Published Date: May 24, 2000

Graphical Abstract

Abstract

Abstract

crystal are used as the gain medium and amplification medium to configurate the high performance lasers with extra-short pulses of femto-second level,high power output of 100 TW grade and wide tunning range.This paper summarized the new progress of Ti:Al2O3lasers based on CPA technique systematically,described the developing process of Ti:Al2O3lasers and the new important ad-vance.The Ti:Al2O3laser can be used as the extra-short laser pulse source to generate the extra-short X ray,or other applications.
- CPA,
- techniques,
- femtosecond,
- TW level

FullText(HTML)

References (38)

References

[1]	. Moulton P F.Solid State Research Report.DIIC AD-A123405/4(1982.3).M I T Lincdn Lab Lexington.1982:12～15
[2]	. Lerner E J.L F World.1998;34(12):77～84
[3]	. Yamakawa K.Opt Lett.1998;23(18):1468～1470
[4]	. 孟绍贤.物理学进展.1998;18(4):333～357
[5]	. 王菊霞.杨志勇.苗润才.光子学报.1997;26(8):752～756
[6]	. Strickland D.Mourou G.Opt Commun.1985;56(3):219～222
[7]	. Squier J.Salin F.Mourou G.Opt Lett.1991;16(5):324～326
[8]	. 侯洵.阮双琛.杨建军.et.al.光子学报.1997;26(3):193～195
[9]	. Yamakawa K.Chiu P H.Magana A et al.IEEE J.Q E.1994;30(11):2698～2703
[10]	. Sullivan A.Bonlie J.Price D F et al.Opt Lett.1996;21(8):603～605
[11]	. Lemoff B E.Barty C P J.Opt Lett.1993;18(19):1651～1653
[12]	. 友清.激光与光电子学进展.1995;6:21～22
[13]	. Lenzer M.Spielmann Ch.Opt Lett.1995;20(12):1397～1399
[14]	. Blanc C L.Grillon G.Opt Lett.1993;18(2):140～142
[15]	. Sullivan A.Hamster H.Opt Lett.1991;16(18):1406～1408
[16]	. Barty C P J.GordonIII G L.Lemoff B E.Opt Lett.1994.19(18):1442～1444
[17]	. Zhou J P.Huang Ch P.Murane M M et al.Opt Lett.1995;20(1):64～66
[18]	. Barty C P J.Guo T.Blanc C L et al.Opt Lett.1996;21(9):668～670
[19]	. Chambaret J P.Blanc C L.Curley P et al.Opt Lett.1996;21(23):1921～1923
[20]	. Yamakawa K.Aoyama M.Barty C P J et al.Opt Lett.1998;23(7):525～527
[21]	. Backus S.Peatross J.Huang Ch P et al.Opt Lett.1995;20(19):2000
[22]	. Fu Q.Seier F.Gayen S K.Opt Lett.1997;22(10):712～714
[23]	. Sartania S.Cheng Z.Lenzer M et al.Opt Lett.1997;22(20):1562～1564
[24]	. Backus S.DurfeeIII C G.Mourou G et al.Opt Lett.1997;22(16):1256～1258
[25]	. Nabekawa Y.Kuramoto Y.Togashi T et al.Opt Lett.1998;23(17):1384～1386
[26]	. Rouger C.Mourou G.Migus A et al.Opt Lett.1993;18(23):214～216
[27]	. Stuart B C.Perry M D.Miller J et al.Opt Lett.1997;22(4):242～244
[28]	. 友清.激光与光电子学展进.1995;(7):6
[29]	. 张杰.物理原理技术应用.1997;26(11):643～649
[30]	. Barty C P J.L F World.1996;93～106
[31]	. Zhou J.Peatross J.Phys Rev Lett.1996;76:752
[32]	. GordonIII G L.Yin G Y.Opt Lett.1995;20:1056～1058
[33]	. Ting A.Phys Plasmas.1997;18(4):89
[34]	. Gordon D.Phys Rev Lett.1998;80(10):2133～2136
[35]	. Zepf M.Phys Plasmas.1996;3:3242
[36]	. 徐至展.王迎松.翟侃 et.al.中国科学(A辑).1999;29(3):270～273
[37]	. 从征.激光与光电子学进展.1999;(4):6～12
[38]	. Chang Z H.Rudquist A.Wang H et al.Phys Rev Lett.1997;76(16):2967

Cited By

Get Citation

PDF

XML

Article views (5) PDF downloads (20)

Turn off MathJax

Article Contents

Abstract

References

The new advance of fs, TW level Ti：Al2O3 laser based upon CPA techniques

Abstract

References

Catalog

Links：

The new advance of fs, TW level Ti：Al2O3 laser based upon CPA techniques

Abstract

References

Catalog

Links：

Export File

Citation

Format

Content