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The International Space Station (ISS) is without doubt the most ambitious orbital project ever built. This giant assemblage covering some 9,700m2 has allowed men and women to prepare for long periods of weightlessness, as a precursor to possible trips to Mars. It has also allowed people from around the world to live and work together, with no fewer than 16 nations having participated in the construction of this steel behemoth weighing 400 tonnes. But how did the engineers and astronauts go about assembling this station in space? How does it operate? What energy source does it use.

Have you seen the International Space Station? You can actually see it in the night sky. See the Starlink satellite train with the Famous Objects (included in the Filter menu). If you like space or astronomy, you will like this ISS tracker app. ISS Detector Pro includes the functionality of ISS Detector (free) with all the Extensions and no ads.

Have you seen the International Space Station? You can actually see it in the night sky. See the Starlink satellite train with the Famous Objects (included in the Filter menu). If you like space or astronomy, you will like this ISS tracker app. ISS Detector Pro includes the functionality of ISS Detector (free) with all the Extensions and no ads.

Looking up at the night sky and seeing the International Space Station (ISS) glide overhead is a breathtaking experience. With ISS Detector, you can easily track and locate the ISS using just your smartphone.

Looking up at the night sky and seeing the International Space Station (ISS) glide overhead is a breathtaking experience. With ISS Detector, you can easily track and locate the ISS using just your smartphone.

Have you seen the International Space Station? You can actually see it in the night sky. See the Starlink satellite train with the Famous Objects (included in the Filter menu). If you like space or astronomy, you will like this ISS tracker app. ISS Detector Pro includes the functionality of ISS Detector (free) with all the Extensions and no ads.

This book presents experimental work conducted on the International Space Station (ISS) in order to characterize metals and alloys in the liquid state. The internationally recognized authors present and discuss experiments performed in microgravity that enabled the study of the relevant volume and surface related properties free of the restrictions of a gravity-based environment. The collection serves also as a handbook of space experiments using electromagnetic levitation techniques. A summary of recent results provides an overview of the wealth of space experiment data, which will ignite further research activities and inspire academics and industrial research departments for their continuous development.