The telescope is a valuable tool for scientific research and discovery, equipped with 56 aluminum X-ray concentrators that direct X-rays into a detector. However, upon closer examination, photos revealed small areas of damage on some of the thermal shields. The cause of this damage remains unclear at this time. To ensure the continued functionality and accuracy of the telescope’s observations, it is imperative to address these issues promptly. By identifying and rectifying the source of these problems, the telescope can continue its valuable contribution to scientific research and discovery.
The telescope is equipped with 56 aluminum X-ray concentrators, each consisting of nested mirrors that direct X-rays into a detector. Positioned in front of the concentrators is a thin filter known as a thermal shield which acts to prevent sunlight from interfering with the X-ray observations. Sitting atop the concentrators is a hollow circular piece made of carbon composite called a sunshade. The sunshade is divided into six segments resembling slices of a pie and serves the purpose of keeping the concentrators from overheating in direct sunlight while also safeguarding the delicate thermal shields from damage.
Despite its advanced technology, issues were discovered with the telescope’s light leak, prompting further investigation. Photos revealed small areas of damage on some of the thermal shields. While the exact cause remains unclear at this time, it is crucial to identify and rectify any problems promptly to maintain functionality and accuracy in observations made by this powerful tool.
In conclusion, it’s important to take immediate action to repair any damages done to the telescope’s thermal shields before they can cause further harm or compromise its performance. With proper maintenance and repairs, this valuable tool can continue contributing significantly to scientific research and discovery for years to come.
