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首页> 外文期刊>Materials Research Innovations >Growth of organic non-linear optical 4-Hydroxy L-Proline (HLP) single crystal by conventional solution method and its structural, vibrational, optical and mechanical characterisations
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Growth of organic non-linear optical 4-Hydroxy L-Proline (HLP) single crystal by conventional solution method and its structural, vibrational, optical and mechanical characterisations

机译：通过常规溶液法生长有机非线性光学4-羟基L-脯氨酸（HLP）单晶及其结构，振动，光学和机械特性

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摘要

Good quality and transparent organic non-linear optical crystal 4-Hydroxy L-Proline (HLP) was grown byrnslow evaporation solution technique (SEST), which has the size of 10 × 5 × 5 mm3. The crystal systemrnwas identified and lattice parameters were measured by single-crystal X-ray diffraction. Functionalrngroups of HLP are identified by FTIR spectrum measurement. The optical quality of the grown crystalrnwas measured by UV–vis–NIR analysis. The mechanical stability of the grown HLP crystal was testedrnby Vickers microhardness analysis and the work hardening co-efficient value was also calculated. Therndielectric constant and loss studies were carried out at various temperature to establish the dielectricrnnature of the HLP crystal. The frequency and temperature response of the dielectric property of therncrystal was measured. The second order non-linear optical (NLO) property of the crystal was confirmedrnby powder Kurtz-Perry technique.
机译：通过慢速蒸发溶液技术（SEST）生长出质量好的透明有机非线性光学4-羟基L-脯氨酸（HLP），其尺寸为10×5×5 mm3。鉴定了晶体系统，并通过单晶X射线衍射测量了晶格参数。 HLP的功能基团通过FTIR光谱测量来鉴定。生长的晶体的光学质量通过紫外-可见-近红外分析来测量。通过维氏显微硬度分析测试了生长的HLP晶体的机械稳定性，并计算了加工硬化系数值。在不同温度下进行介电常数和损耗研究，以建立HLP晶体的介电​​性质。测量了晶体介电性能的频率和温度响应。通过粉末Kurtz-Perry技术证实了晶体的二阶非线性光学（NLO）性能。

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