Slusher R B, Derr V E
Appl Opt. 1975 Sep 1;14(9):2116-20. doi: 10.1364/AO.14.002116.
Radiation at lambda = 488.0 nm was used to obtain Raman scattering in ice Ih (atmospheric pressure, hexagonal structure). New Stokes spectra were detected for frequency shifts less than 50 cm(-1), and new anti-Stokes spectra were observed for frequency shifts to -212.5 cm(-1). Measurements of total differential Raman scattering cross sections were made for some bands in ice Ih and liquid water. The temperature dependence of the ratio of a pair of Stokes-anti-Stokes lines is given for ice lh.
使用波长λ = 488.0 nm的辐射在冰Ih（大气压，六方结构）中获得拉曼散射。检测到频率位移小于50 cm⁻¹的新斯托克斯光谱，并观察到频率位移至-212.5 cm⁻¹的新反斯托克斯光谱。对冰Ih和液态水中的一些谱带进行了总微分拉曼散射截面的测量。给出了冰Ih中一对斯托克斯 - 反斯托克斯线比值的温度依赖性。
