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Title: What is the peak wavelength in the blackbody spectrum of such a spot, and in what range of the elect Post by: robertdown28 on Jun 30, 2019 The temperature of the hot spots caused by the impact of transferred matter onto the surface of a pulsar can be 108 K. What is the peak wavelength in the blackbody spectrum of such a spot, and in what range of the electromagnetic spectrum does it occur?
2.9 × 10–11 nm; gamma ray 2.9 × 10–2 nm; X ray 290 nm; ultraviolet 2.9 × 107 nm; radio Title: Re: What is the peak wavelength in the blackbody spectrum of such a spot, and in what range of the ... Post by: bio_man on Jun 30, 2019 2.9 × 10–2 nm; X ray
Title: Re: What is the peak wavelength in the blackbody spectrum of such a spot, and in what range of the ... Post by: Carmen Maldonado on Apr 23, 2020 thank you!
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