New UV spectral responsivity scale of the PTB based on a cryogenic radiometer and an argon plasma arc radiation source

P Meindl; A E Klinkmuller; L Werner; U Johannsen; K Grutzmacher

首页> 外文期刊>Metrologia: International Journal of Scientific Metrology: = Internationale Zeitschrift fur Wissenschaftliche Metrologie: = Journal International de Metrologie Scientifique >New UV spectral responsivity scale of the PTB based on a cryogenic radiometer and an argon plasma arc radiation source

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New UV spectral responsivity scale of the PTB based on a cryogenic radiometer and an argon plasma arc radiation source

机译：基于低温辐射计和氩等离子体弧辐射源的PTB新的UV光谱响应标度

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A cryogenic-radiometer-based calibration facility utilizing monochromatized radiation of an argon arc plasma has been put into operation at the PTB. The high radiance of the plasma source allows us to improve the accuracy of the UV spectral responsivity scale between 200 nm and 410 nm and to achieve relative standard uncertainties of about 0.1percent to 0.2percent. Comparison with the PTB laser-based cryogenic radiometer at five laser lines in the UV indicated excellent agreement.

机译：利用氩弧等离子体的单色辐射的基于低温辐射计的校准设备已在PTB投入运行。等离子体源的高辐射度使我们能够提高200 nm至410 nm之间的UV光谱响应度标度的精度，并获得约0.1％至0.2％的相对标准不确定度。与PTB激光器的低温辐射计在5条紫外线中的比较显示出极好的一致性。

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《Metrologia: International Journal of Scientific Metrology: = Internationale Zeitschrift fur Wissenschaftliche Metrologie: = Journal International de Metrologie Scientifique》 |2006年第2期|共6页
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P Meindl; A E Klinkmuller; L Werner; U Johannsen; K Grutzmacher;
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正文语种 eng
中图分类计量学;
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1. New UV spectral responsivity scale of the PTB based on a cryogenic radiometer and an argon plasma arc radiation source [J] . P Meindl, A E Klinkmuller, L Werner, Metrologia: International Journal of Scientific Metrology: = Internationale Zeitschrift fur Wissenschaftliche Metrologie: = Journal International de Metrologie Scientifique . 2006,第2期

机译：基于低温辐射计和氩等离子体弧辐射源的PTB新的UV光谱响应标度
2. Precise scale of spectral responsivity for InGaAs detectors based on a cryogenic radiometer and several laser sources [J] . L. Werner, R. Friedrich, U. Johannsen Metrologia: International Journal of Scientific Metrology: = Internationale Zeitschrift fur Wissenschaftliche Metrologie: = Journal International de Metrologie Scientifique . 2000,第5期

机译：基于低温辐射计和几个激光源的InGaAs探测器的光谱响应精度标度
3. MONOCHROMATIC RADIATION SOURCE BASED ON A SUPERCONTINUUM LASER FOR MEASUREMENT OF SPECTRAL SENSITIVITY OF RADIATION DETECTORS IN THE RANGE 0.9-1.6 μm WITH THE USE OF AN ABSOLUTE CRYOGENIC RADIOMETER [J] . Dunaev A. Yu, Baturin A. S., Krutikov V. N., Measurement techniques . 2021,第11期

机译：基于超强素激光器的单色辐射源，用于测量辐射探测器的光谱敏感性，在0.9-1.6μm的范围内使用绝对低辐射计
4. Absolute Mid-infrared Spectral Responsivity Scale Based on Thermal Detectors and the Cryogenic Radiometer [C] . R. D. Taubert, P. Meindl, C. Monte, International Conference on Infrared Sensors Systems . 2017

机译：基于热检测器和低温辐射计的绝对中红外光谱响应量谱
5. The effect of radio-frequency self bias on ion acceleration in expanding argon plasmas in helicon sources [D] . Wiebold, Matthew D. 2011

机译：射频自偏压对螺线管源中扩展的氩等离子体中离子加速的影响
6. New UV-source catalogs UV spectral database UV variables and science tools from the GALEX surveys [O] . Luciana Bianchi, Alexander de la Vega, Bernard Shiao, -1

机译：GALEX调查中新的紫外线源目录紫外线光谱数据库紫外线变量和科学工具
7. 1.2 - Absolute Mid-infrared Spectral Responsivity Scale Based on Thermal Detectors and the Cryogenic Radiometer [O] . R. D. Taubert, P. Meindl, C. Monte, 2017

机译：1.2 - 基于热检测器和低温辐射计的绝对中红外光谱响应量秤
8. Spatio-Temporally Resolved Dual Laser Plasma Photoabsorption Studies of Thorium211 Plasmas with an Extreme UV Continuum Light Source. TMR Large-Scale Facilities 211 Access Programme [R] . Costello, J. T., McGuinness, C., Dardis, L., 1999

机译：具有极端紫外连续光源的钍211等离子体的时空分辨双激光等离子体光吸收研究.TmR大型设施211访问程序

New UV spectral responsivity scale of the PTB based on a cryogenic radiometer and an argon plasma arc radiation source

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