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Resonance response of vibrational transitions in amino acid crystals to millimeter radiation

机译:氨基酸晶体中振动跃迁对毫米波辐射的共振响应

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Abstract: Results of study of resonance interaction of low-energy radiation in the interval of 37 - 53 GHz with $beta@-alanine and $alpha@-glycine monocrystals have been presented. The role of form-factor effect was investigated. It was revealed that the MMW irradiation of aminoacid crystal in a process of infrared reflection spectra registration led to considerable intensity redistribution and to bands thin structure manifestation of the deformational vibrations of NH$+3$PLU$/ and CO$+2$MIN$/ groups near 15000 cm$+$MIN@1$/. Resonance character of millimeter wave influence was determined. In the action spectra numerous resonances with the halfwidths from 40 to 80 MHz were observed.!6
机译:摘要:提出了低能量辐射在37-53 GHz区间与$β@-丙氨酸和$α@-甘氨酸单晶的共振相互作用的研究结果。研究了形状因子效应的作用。揭示了氨基酸晶体的MMW辐照在红外反射光谱配准过程中导致相当大的强度重新分布,并导致NH $ + 3 $ PLU $ /和CO $ + 2 $ MIN $的形变振动带状薄结构表现。 / 15000 cm $ + $ MIN @ 1 $ /附近的小组。确定了毫米波影响的共振特性。在动作谱中,观察到许多共振,其半峰宽为40至80 MHz。6

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