Research on Anti-Reflective and Protective Diamond-Like Carbon Film Deposited by 248 nm Nanosecond Laser

Qiang, 万强 Wan; Yimin, 陆益敏 Lu; Chaowei, 米朝伟 Mi; Shangfang, 韦尚方 Wei; Fangtao, 田方涛 Tian; Yong, 程勇 Cheng

doi:10.3788/lop52.093101

激光与光电子学进展

2015

DOI: 10.3788/lop52.093101

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Research on Anti-Reflective and Protective Diamond-Like Carbon Film Deposited by 248 nm Nanosecond Laser

万强 Wan Qiang¹,

陆益敏 Lu Yimin²,

米朝伟 Mi Chaowei³

et al.

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2018

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STRUCTURE AND PROPERTIES OF NONHYDROGEN Ge_xC1−x FILMS PREPARED BY PLD

Cheng

Huang

et al. 2018

Surf. Rev. Lett.

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Nonhydrogen germanium carbide (GexC[Formula: see text]) films were prepared by KrF pulsed lasers deposition (PLD), and the effects of different germanium contents on the microstructures, optical properties and adhesion properties of the GexC[Formula: see text] films were studied. XRD measurements showed that the GexC[Formula: see text] films with different germanium contents were of amorphous structure. XPS analysis showed that the C/Ge atomic ratios of GexC[Formula: see text] films were close to those of corresponding targets. The intensity of Ge3[Formula: see text] peak in the GexC[Formula: see text] films increased and the intensity of C1s peak decreased with the increase of the germanium content. The GexC[Formula: see text] films’ [Formula: see text]C bond contents increased from 46.4% to 69.7%. Ellipsometry and infrared transmission spectral measurements showed that the refractive index of GexC[Formula: see text] films increased from 2.5 to 3.5 at the wavelength of 1[Formula: see text][Formula: see text]m with the increase of germanium content. The extinction coefficient of GexC[Formula: see text] film was of the order of 10[Formula: see text] in the infrared band when the germanium content was less than 10[Formula: see text]at.%. The adhesion tests showed that the adhesion performances of GexC[Formula: see text] films were better when the germanium content increased.

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STRUCTURE AND PROPERTIES OF NONHYDROGEN Ge_xC1−x FILMS PREPARED BY PLD

Cheng

Huang

et al. 2018

Surf. Rev. Lett.

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show abstract

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Research on Anti-Reflective and Protective Diamond-Like Carbon Film Deposited by 248 nm Nanosecond Laser

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STRUCTURE AND PROPERTIES OF NONHYDROGEN Ge_xC1−x FILMS PREPARED BY PLD

STRUCTURE AND PROPERTIES OF NONHYDROGEN Ge_xC1−x FILMS PREPARED BY PLD

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Research on Anti-Reflective and Protective Diamond-Like Carbon Film Deposited by 248 nm Nanosecond Laser

Cited by 1 publication

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STRUCTURE AND PROPERTIES OF NONHYDROGEN GexC1−x FILMS PREPARED BY PLD

STRUCTURE AND PROPERTIES OF NONHYDROGEN GexC1−x FILMS PREPARED BY PLD

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STRUCTURE AND PROPERTIES OF NONHYDROGEN Ge_xC1−x FILMS PREPARED BY PLD

STRUCTURE AND PROPERTIES OF NONHYDROGEN Ge_xC1−x FILMS PREPARED BY PLD