Requirements for additional provisions for ME equipment for interventional applications are covered by IEC 60601-2-43.
IEC 60601-2-09 has been developed for use with the third edition of IEC 60601-1 (2005) and its collateral standards.
Analyzing the Martian meteorites, scientists were able to disclose information about 90 million years of the volcanic past of Mars. Cohen explained in a press release from the University of Glasgow: “From previous studies, we know that meteorite-nakhlites are volcanic rocks, and the development of dating techniques in recent years has made nahlit ideal candidates who will help us learn more about the volcanoes on Mars.” The first step was to demonstrate that the rock samples were indeed Martian in origin, and this team was able to confirm by measuring their impact on cosmogenic radiation.As a result, a study of a group of Martian samples of a meteorite was the first detailed analysis of the growth rates of Martian volcanoes.The six samples that they examined are known as nakhlites, the class of the Martian meteorite, which was formed from basaltic magma about 1.3 billion years ago.And these are just scratches on the surface of the volcano, since very small amounts of rock were thrown out of the impact crater. ” In addition to this, scientists were able to narrow the list of volcanoes, from which these samples appeared.Previous studies conducted by NASA showed several candidates for a possible source of nahlita.