Document detail
ID
oai:arXiv.org:2409.01629
Topic
Astrophysics - Instrumentation and...Author
Yanagisawa, Kenshi Furusho, Reiko Nemoto, Shiomi Kasuga, Toshihiro Iwashita, Yumi Watanabe, Jun-ichiCategory
sciences: astrophysics
Year
2024
listing date
9/11/2024
Keywords
spectra results commercial scanner flatbed spectroscopicAbstract
The intensity spectra recovered from the spectroscopic photographic plates were compared with the CCD spectra, and we found the difference between the two was 2.5%.
The measurements were taken using a commercial flatbed scanner instead of a microdensitometer.
The results indicate that the following two statements are inaccurate: (1) Correct measurement of spectroscopic plates requires a microdensitometer, and a commercial flatbed scanner is insufficient; (2) The spectrophotometric accuracy of spectroscopic plate is approximately 10% accurate.
These results will encourage the creation and publication of a digital archive of spectroscopic plates.
This paper presents the measurement of spectroscopic plates, the method of recovering intensity spectra from photographic density spectra, the results of comparison with CCD spectra, and discusses the causes of the high accuracy spectra obtained with a commercial flatbed scanner.
Yanagisawa, Kenshi,Furusho, Reiko,Nemoto, Shiomi,Kasuga, Toshihiro,Iwashita, Yumi,Watanabe, Jun-ichi, 2024, Spectrophotometric accuracy of spectra obtained from spectroscopic plates measured with a commercial flatbed scanner
UniZero: Generalized and Efficient Planning with Scalable Latent World Models
unizero latent learning
Reconstruction of the Corticospinal Tract in Patients with Motor-Eloquent High-Grade Gliomas Using Multilevel Fiber Tractography Combined with Functional Motor Cortex Mapping
mapping motor-eloquent threshold anisotropy spherical gliomas patients corticospinal tract tractography
