Refractivity and dispersion of hydrogen in the visible and near infrared
Refractivity and dispersion of hydrogen in the visible and near infrared
复制标题
氢在可见光和近红外区域的折射率和色散
DOI：
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发表时间：
1977
期刊：
影响因子：
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通讯作者：
Shiezen Huang
中科院分区：
文献类型：
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作者：
E. R. Peck;Shiezen Huang
用角反射干涉仪在0.4047 ~ 1.6945 μm的18个波长上测量了天然氢的活度。在标准条件下，0.5462252 μm处的放射性活度为139.304 × 10−6。我们的16个点的数据很好地符合色散公式106（n − 1）= 21.113 + 12723.2/（111 − σ2），其中σ是以倒数微米为单位的波数。将我们的数据与史密斯、胡贝尔和帕金森最近的紫外线测量结果结合起来，可以用公式106（n − 1）= [14895.6/（180.7 − σ2）] + [4903.7/（92 − σ2）]拟合。比较与文献中的光催化活性，色散，介电常数，分子极化率，瑞利散射截面，和费尔德常数。
The refractivity of natural hydrogen gas has been measured at eighteen wavelengths from 0.4047 to 1.6945 μm by means of a corner-reflector interferometer. The resulting refractivity at 0.5462252 μm, and at standard conditions, is 139.304 × 10−6. Sixteen points of our data are well fitted by the dispersion formula 106(n − 1) = 21.113 + 12723.2/(111 − σ2), where σ is wave number in reciprocal micrometers. The combination of our data with recent measurements in the ultraviolet by Smith, Huber, and Parkinson is fitted by the formula 106(n − 1) = [14895.6/(180.7 − σ2)] + [4903.7/(92 − σ2)]. Comparisons are made with the literature in respect to refractivity, dispersion, dielectric constant, molecular polarizability, Rayleigh scattering cross section, and Verdet constant.