Study on thermal effect of a coaxial RF-excited CO2 laser

Wang Youqing; Chen Qingming; Li Zaiguang; Hu Xiyuan

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Volume 25 Issue 1

Sep. 2013

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Article Navigation > LASER TECHNOLOGY > 2001 > 25(1): 54-59

Citation:

Study on thermal effect of a coaxial RF-excited CO2 laser

1.
Department of Materials Science & Engineering, HUST, Wuhan, 430074
2.
National Laboratory of Laser Technology, HUST, Wuhan, 430074

Received Date: 1999-11-03

Abstract

This paper describes the thermal effects of a coaxial RF-excited CO2 laser,based on the balance equations of electron density and energy,current continuity equation,and heat conduction equationDependencies of the spatial distributions of gas temperature on some discharge parameters are discussed.
- coaxial RF-excite,
- CO2 laser,
- thermal effect

References

[1]	Abramski K M,Cooley A D.A P L,1989;54(19):1833～1835
[2]	Efrilichmann D,Habich U.IEEE J Q E,1994;30(6):1441～1447
[3]	李育德.中国激光,1993;20(3):224～227
[4]	Vaisfel'd M P,Pol'skii Y E.Sovit J Q E,1981;11(10):1360～1362
[5]	Raizer Y P,Shneider M N,Yatsenko N A.Radio-frequency Capacitive Discharges,CRC Press,1995
[6]	Schroder K.Proc SPIE,1988; 1031:90～95
[7]	Cherrington B E.Gaseous Electronics and Gas Lasers,1979;94:101～128
[8]	Schroder K.J A P,1990;68(11):5528～5531
[9]	Schulz G J.Phys Rev,1962;128(1):178～185
[10]	Lowke J J,Irwin B W.J A P,1973;44(10):4664～4671
[11]	Schulz G J.Phys Rev,1964;135(4A):A988～A994
[12]	Newman L A,Detemple T A. J A P,1976;47:1921～1915
[13]	Engelhardt A G,Risk C G.Phys Rev,1964;135(6A):A1566～A1574
[14]	Frost L S.Phys Rev,1964;136(6A):A1538～A1545
[15]	He D,Baker C J,Hall D R.J A P,1984;55(11):4120～4122
[16]	王新兵,徐启阳.量子电子学报,1997;14(5):438～441

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通讯作者: 陈斌, bchen63@163.com

1.
沈阳化工大学材料科学与工程学院沈阳 110142

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Study on thermal effect of a coaxial RF-excited CO2 laser

1. Department of Materials Science & Engineering, HUST, Wuhan, 430074
2. National Laboratory of Laser Technology, HUST, Wuhan, 430074

Received Date: 1999-11-03
Available Online: 2001-01-25

Abstract: This paper describes the thermal effects of a coaxial RF-excited CO2 laser,based on the balance equations of electron density and energy,current continuity equation,and heat conduction equationDependencies of the spatial distributions of gas temperature on some discharge parameters are discussed.

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Reference (16)

[1]	Abramski K M,Cooley A D.A P L,1989;54(19):1833～1835
[2]	Efrilichmann D,Habich U.IEEE J Q E,1994;30(6):1441～1447
[3]	李育德.中国激光,1993;20(3):224～227
[4]	Vaisfel'd M P,Pol'skii Y E.Sovit J Q E,1981;11(10):1360～1362
[5]	Raizer Y P,Shneider M N,Yatsenko N A.Radio-frequency Capacitive Discharges,CRC Press,1995
[6]	Schroder K.Proc SPIE,1988; 1031:90～95
[7]	Cherrington B E.Gaseous Electronics and Gas Lasers,1979;94:101～128
[8]	Schroder K.J A P,1990;68(11):5528～5531
[9]	Schulz G J.Phys Rev,1962;128(1):178～185
[10]	Lowke J J,Irwin B W.J A P,1973;44(10):4664～4671
[11]	Schulz G J.Phys Rev,1964;135(4A):A988～A994
[12]	Newman L A,Detemple T A. J A P,1976;47:1921～1915
[13]	Engelhardt A G,Risk C G.Phys Rev,1964;135(6A):A1566～A1574
[14]	Frost L S.Phys Rev,1964;136(6A):A1538～A1545
[15]	He D,Baker C J,Hall D R.J A P,1984;55(11):4120～4122
[16]	王新兵,徐启阳.量子电子学报,1997;14(5):438～441

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Study on thermal effect of a coaxial RF-excited CO2 laser

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通讯作者: 陈斌, bchen63@163.com

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