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<p>Single crystals of L‑Lysinium L‑Mandelate dihydrate (LLYSMD) are grown by a&#xa0;slow evaporation solution growth technique. It is shown that LLYSMD crystallizes in a&#xa0;triclinic system with the space group P<sub>1</sub>. Its unit cell parameters are <i>a</i> = 5.7257&#xa0;(3)&#xa0;Å, <i>b</i> = 7.4898&#xa0;(4)&#xa0;Å, <i>c</i> = 10.7754&#xa0;(6)&#xa0;Å, α = 99.560&#xa0;(2)°, β = 99.504&#xa0;(2)°, γ = 107.922&#xa0;(2)° and volume 421.90&#xa0;(4) Å<sup>3</sup>. The crystalline nature of the grown crystal is confirmed using the powder X‑ray diffraction technique. The optical absorbance of the grown crystal is verified by the UV-VIS-NIR studies and the bandgap is determined by the Tauc’s plot for photonic uses. The antimicrobial activity is tested against the gram positive and gram negative bacteria by the disc diffusion method. A&#xa0;0.2 mbar pressure-based sensor of red LED based 8% sensitivity is fabricated. The computational data provide a&#xa0;Laue’s interpretation and a&#xa0;stereographical prediction for the titled material structure and bond parameters.</p>

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Synthesis, studies of L-Lysinium L-Mandelate dihydrate single crystals for laue’s pattern, photonic, electronic relays, pressurized sensory and antibacterial utilities by theory and practice

  • 期刊论文

  • 发表日期：

    2026年6月2日

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  • V. Sudarvizhi,
  • V. Swarnalatha,
  • R. Hariharasuthan,
  • B. Senthilkumar,
  • S. Mahalakshmi,
  • A. Krishnaveni,
  • K. SenthilKannan,
  • T. Balakrishnan,
  • S. Jeyakumar

摘要

Single crystals of L‑Lysinium L‑Mandelate dihydrate (LLYSMD) are grown by a slow evaporation solution growth technique. It is shown that LLYSMD crystallizes in a triclinic system with the space group P1. Its unit cell parameters are a = 5.7257 (3) Å, b = 7.4898 (4) Å, c = 10.7754 (6) Å, α = 99.560 (2)°, β = 99.504 (2)°, γ = 107.922 (2)° and volume 421.90 (4) Å3. The crystalline nature of the grown crystal is confirmed using the powder X‑ray diffraction technique. The optical absorbance of the grown crystal is verified by the UV-VIS-NIR studies and the bandgap is determined by the Tauc’s plot for photonic uses. The antimicrobial activity is tested against the gram positive and gram negative bacteria by the disc diffusion method. A 0.2 mbar pressure-based sensor of red LED based 8% sensitivity is fabricated. The computational data provide a Laue’s interpretation and a stereographical prediction for the titled material structure and bond parameters.