Michels D J, Hunter W R
E. 0. Hulburt Center for Space Research Naval Research Laboratory, Washington, DC 20390, USA.
Appl Opt. 1967 Mar 1;6(3):385-90. doi: 10.1364/AO.6.000385.
An investigation has been made of voltage-sensitivity characteristics, absolute spectral response, dark current and output current limitations of seven photomultipliers suitable for detection of extreme uv radiation. These photomultipliers are windowless types, utilizing cathode surfaces blind to visible and near uv radiation; they include a microminiature continuous channel multiplier. For measurements of absolute spectral sensitivity, they were compared to a conventional 1P21, coated with sodium salicylate which, in turn, had been calibrated at 1216 A with a nitric oxide ionization chamber. The spectral response measurements cover the spectral region from 1500 A to 584 A. The photomultipliers were used in a dc output currrent mode and were excited with radiation from both pulsed and dc gas discharge sources. A discussion of the suitability of the detectors for use with each type of source is given.
对七种适用于极紫外辐射探测的光电倍增管的电压灵敏度特性、绝对光谱响应、暗电流和输出电流限制进行了研究。这些光电倍增管为无窗型,利用对可见光和近紫外辐射不敏感的阴极表面;它们包括一个超小型连续通道倍增器。为了测量绝对光谱灵敏度,将它们与涂有水杨酸钠的传统1P21进行了比较,而该1P21又已用一氧化氮电离室在1216埃处进行了校准。光谱响应测量覆盖了从1500埃到584埃的光谱区域。光电倍增管采用直流输出电流模式,并由脉冲和直流气体放电源的辐射激发。文中讨论了这些探测器与每种类型光源配合使用的适用性。