How to identify meteorites and sell them there

1 Stone meteorite, 2 Iron meteorite, 3 Glass meteorite, 4 Stone iron meteorite (small category not counted).

How to distinguish meteorites in science, first of all, we must understand the types of earth stones, element species, most of the elements of earth stones are more than 5 kinds, and there are as many as a dozen, and no matter what kind of meteorite meteorite is experiencing the fall of outer space, it will become pure and clean after the ash of the high temperature reaches a few or a few thousand degrees, so the meteorite basically has two to five elements, which are basically between the three elements, and these five kinds are roughly divided te ni mg si ll, These five elements can not be judged by the naked eye, and at present, the national customs agency has fully authorized the testing agency Hunan Zhongli Cultural Relics Testing and Appraisal Center.

Liu Chuanyou, a scientific and technological engineer of Zhongli Cultural Relics Identification and Testing Center, believes that the EDX fluorescence analyzer is a more sophisticated meteorite judgment instrument on the market, and in the case of vacuum pumping, the elemental analysis is pure and natural, because this instrument can quickly detect various contents of meteorites without damaging the meteorite.

There are many places in China where meteorites can be identified, which can be divided into two categories. First, the observatory or the geology and mining department. Second, local meteorite identification institutions or testing institutions.

Meteorite identification needs to be analyzed and judged from a scientific perspective and the experience of professional experts and teachers. At present, the meteorite identification in China is in Zhengzhou, Henan.

Meteorites can be found in various places on Earth, both on land and in the oceans. In order to identify a meteorite, scientists need to do some research and analysis. First, scientists use remote sensing technology to search for meteorites.

This technique involves the use of satellites, aircraft, and *** to scan the surface of the ground or ocean for any unusual terrain or objects. If a meteorite is found, scientists will travel to the site to collect it.

Scientists then perform a chemical analysis of the meteorite. They study the elements and compounds in meteorites and compare them with rocks on Earth. This helps to determine the ** and age of the meteorite.

Next, scientists study the microstructure and mineralogical collapse features in the meteorite. These characteristics include crystal structure, morphology, and composition. These features can provide more information about the history and origins of meteorites.

Finally, scientists also take into account the history and geographical location of the meteorite. By understanding the trajectory and process of the meteorite, they can draw more precise conclusions.

As a result, identifying the cornerstone of a meteorite requires a complex series of analyses and studies. It is only through the patience and expertise of scientists that accurate conclusions can be drawn.

First, the observatory or the geology and mining department.

Second, local meteorite identification institutions or testing institutions.