ABSORPTION AND SCATTERED LIGHT OF GOLD DISKS IRRADIATED WITH 0.351μm LASER LIGHT | Zendy

Shenye Liu | Zendy; TEN HAO | Zendy; Ding Yong-Kun | Zendy; DING YAO-NAN | Zendy; Chunxiao Su | Zendy; JIN GEN-ZHI | Zendy; Haiying Zhang | Zendy; Chen Yuting | Zendy; Zhijian Zheng | Zendy; TANG DAO-YUAN | Zendy

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ABSORPTION AND SCATTERED LIGHT OF GOLD DISKS IRRADIATED WITH 0.351μm LASER LIGHT

Author(s) -

Shenye Liu,

TEN HAO,

Ding Yong-Kun,

DING YAO-NAN,

Chunxiao Su,

JIN GEN-ZHI,

Haiying Zhang,

Chen Yuting,

Zhijian Zheng,

TANG DAO-YUAN

Publication year - 1997

Publication title -

acta physica sinica

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.199

H-Index - 47

ISSN - 1000-3290

DOI - 10.7498/aps.46.1917

Subject(s) - optics , laser , absorption (acoustics) , materials science , irradiation , specular reflection , bremsstrahlung , brillouin scattering , reflection (computer programming) , radiation , physics , nuclear physics , photon , computer science , programming language

The experiments used the “Xingguang Ⅱ” laser facility to irradiate gold disks at some chosen angle of incidence. In this paper, we report the absorption and angular distribution of scattered lights of 0.351μm laser light by Au disks. The experiments have shown that the absorption by Au disk is higher than that irradiated with 0.53 or 1.05μm laser light. The angular distribution of scattered lights proves that scattered lights include stimulated Brillouin scattering and specular reflection from critical surface. Based on inverse bremsstrahlung absorption, the absorption obtained by simulation agrees with the experimental results.

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