The moon of 7 May Beijing, the daily scientific newspaper, is also glassed! On 7 July, the journalist was informed by the Institute of Physics of the Chinese Academy of Sciences that, through the systematic physical scientific research of Pyongyang samples, my country’s scientific research staff found various types of lunar glass from various sources. More importantly, they also discovered natural glass fibres for the first time in Pyongyang. Relevant research results are published online in the National Scientific Review.

The glass is being raised, and we will usually think of floating windows, lottery glass crafts and visible electronic screens. In fact, the glass is not only an important man-made material but also a natural substance prevalent in the natural world. Even on the lunar surface, which is absurd, there are abundant glass substances generated by volcanic eruptions, geological movements and stone impact.

Many of the glass on the moon can be stable for millions of years. The lunar glass is an important element in the exploration of the moon Secretary, not only for the preservation of ancient moon materials, but also for the recording of environmental information in their formation. “The May Pyongyang sample offers excellent opportunities to reveal the origin and evolution of the moon, to understand the moon surface and the space environment, to promote the use of the moon’s resources in situ, and also to provide valuable samples for the study of glass materials outside the Earth.” Researcher of the Institute of Physics of the Central School of Science, White Sea.

At this time, researchers analysed the morphology, composition, microstructuring and formation mechanisms of glass substances in Pyongyang samples. They found that there were glass sources on the moon surface of solids, liquids and a variety of transformative paths. The mineral melting and rapid cooling of the rocks and traces of the lucrative effects of the lucrative surface of the moon, which are frequently exposed to the surface of the moon, have produced various forms of glass substances, including glass balloons, balloon balloons, throws, glasses of rotary shapes such as balloons, throws, glasses of aerosols, etc.

“The glass of these impact start-up sources document multiple-scale impact events on the moon surface from thousands of metres to nanoes, and the shape of the associated concrete glass depends on the aerosolation of liquids generated by the heat-led glass, which can reverse the impact intensity of the throw and are important for understanding the formation and evolution of Pyongyang.” Dr. Sakamoto, Institute of Physics, China.

Of particular concern is the discovery of natural glass fibres by researchers in Pyongyang for the first time. These glass fibres with a superhigh diameter are derived from thermal formations of liquids in the impact process. Liquidity formations of these fibres are higher than glass with low long run diameters, implying a lower counterpart impact temperature and impact rate. This reflects a moderate micro-impact event on the moon surface.

At the same time, “the natural glass fibres prove that Pyongyang has a good glass-forming capacity and excellent process-formulating characteristics, confirming the feasibility of producing glass materials on the surface of the Moon using the processing of the glass in Pyongyang, which will provide important support for building the future moon base.” Shen, Deputy Researcher of the Institute of Physics of the Centre, took the lead.