Fast developing large optical disk file system
Li shunli Ruan Yu

..............page:257-260

The advance in optical phase conjugate resonator
Song Ruhua Hu Zhiping Le Shixiao

..............page:261-264+260

Pulse compressing of the synchronously pumped transient mode-locking dye laser by saturabie absorber setting in dye laser cavity Luo Ningyi Chen Shaohuo Chen Qinhao Coo Weilou Wu Hongxing Deng Ximing (Shanghai Institute of Optics and Fine Mechanic
The second-harmonic pulse train from a actively/passively mode-locked Nd:YAG laser is used to synchronously pump a rhodamine dye laser. The dye laser puise is compressed in the laser cavity by inserting a saturable absorber DODCI dye cell near the end of the cavity. We have observed good compressing tendency near 598nm while pumping with different pulse width. The shortened dye laser pulses have shown obviously much better in pulse shape and its Symmetry. The possible shortening mechanism has been discussed.

..............page:265-269

ji guang xin xi

..............page:269-287

Breakdown of inert gas by intense laser pulse
Feng Xianping

..............page:270-274

The optical phase conjugation produced by inelastic scattering in a waveguide
Li Guangxiao Wu Wenling Zhang Bo

..............page:275-278+292

A tunable waveguide CO2 laser with compound grating cavity
Meng Lin Wang Ruifong

..............page:279-282+297

1.52μm He-Ne laser of stable power with whole internal cavity
Coo Yulan

..............page:283-284

Compact solid-state laser power supply using VMOSFET
Liang Guozhong

..............page:285-287

A new channel for achieving Na2b3∑g+-x3∑u+ emission
Wang Qi Xing Da Liu Wei Lu Zhi Wei Ma Zuguang

..............page:288-292

The working feature study of suppersmall-sized He-Ne laser
Han Li Chen Yongshen Wu Zhenqiu

..............page:293-295

A calibration method for gluing laser tube concave reflecting mirror
Li Zunxi

..............page:296-297

A CO₂ laser with self-focusing feature
Huang Shifa Zhu Xuanping

..............page:298-299+317

ci ru shi shen bu hai nai ji guang zhen ci
chen jin yong ; huang yi zuo ; huang ming rong ;

..............page:300-302

630nm he 514.5nm liang zhong bo chang ji guang shu dui ren ti wei fei ai xi bao zhu de hpd guang min hua guang ji liang de yan jiu
wang kai hua ; yang dong ; chen rui chuan ; huang ming hui ;

..............page:303-306

zhong deng gong lv co₂ ji guang shou shu dao yong yu gan zang shou shu de shi yan yan jiu
song wei qing ; wang ming ; sun zhao yan ; wu ting zuo ; dang zhi ping ; yan wen hui ; gong feng zuo ; bian fang lan ;

..............page:307-309

bo dao co₂ ji guang zhi liao yuan fa xing san cha shen jing tong
li fu zhi ; he yue kun ; lin liang hua ;

..............page:310-311

he-ne ji guang zhao she er men xue he bing yao wu zhi liao jing shen fen lie zheng
liu zuo ze ; wang you jun ; chen yuan de ;

..............page:311-312

he-ne ji guang yu hong hei lv se de guan xi
zhang heng feng ;

..............page:312-313

ji guang guang zhen zhi liao ji xing gan yan de liao xiao ping jia
wang zhi ming ; feng qing xiang ; tian zuo zuo ; li shu xin ; li jiang ; wang er ping ; hou fang qing ; wang yu min ; wang ying cai ; tang cai xian ; qiang chun sheng ; zhao ruo guang ;

..............page:313-315

yag ji guang dui tu chun nei ce zhan mo ji xing sun shang zuo zhi de tan tao
wu mei juan ; zhao fu yun ;

..............page:315-317

li yong nei kui jing ji nd:yag ji guang ji ji zhi liao hu xi dao zhuan yi xing ai zhong
zuo bao jian ji ;

..............page:318-319

he-ne ji guang zhi liao ji fu tong guan cha
qiu de ming ; qiu ding an ;

..............page:320

yi zhong ke qu de ji guang wen he xue guan fa : shi yan lin chuang yan jiu
Masayoshi Okada

..............page:320