Discovery of a type of material has been found from the 1940s but nobody knows, looks a lot like kryptonite
The first thing many people think when they see this material for the first time is: "it's identical to the Kryptonite".
The deep mine in Siberia, the researchers figured out the new material not seen on the ground. They have similarities with some type of material created in the room and no one thinks they will survive beyond nature, until the discovery in deep mines.
In the past few decades, the American chemist has created more new material in the laboratory, known as metal-organic framework (MOF-metal-organic framework). The material is the "molecular sponge", capable of sucking the gases such as hydrogen or carbon dioxide, might even be used to store the gas thing. The science report said, not only what kind of material are found in nature, that we already have them in hand for more than 70 years.
I just don't know what the reality is.
Two specimens of the material named stepanovite and zhenchuzhnikovite are classified from the 1940s, when they are found in the mines in Siberia. With the limitations of the technology, the characteristics of this material often researchers overlook.
But time passed, everything must grow. In 2010, Professor of chemistry at McGill University's Friščić Tomislav found an old journal article about this matter. He was extremely surprised to discover them in many respects very similar to the MOF material created in the lab today.
Do not use the prototype of this material in Russia, scholar Igor Huskic also at the University of McGill has created a synthetic version of the material above, from these details have been from old newspaper he found. He was successful with a synthetic version of the same material with the MOF.
"This is in contrast with what we do. Often a type of material to be detected in the environment and then we proceed into the analysis, after which new creation is a similar material in the laboratory, "said Friščić said.
Specimens found in the mine and the molecular structure of its similar with the material created in the laboratory.
The application of matter created in the lab do scientists not from elated. A lot of technology that can be used for this type of material, most notably the isolated energy carbon dioxide that we emit environment or can use them to create the extremely energy-efficient batteries. All these things are currently being researched, makes people posed the question: we will have developed to the extent that would recognize those as if this sooner?
Friščić researchers say that if the 1940s that have structural analysis technology as it is today, the entire construction industry organic metal frames will come soon 50 years.
Where to find the material model is also quite strange. The mine in Siberia 250 meters deep beneath the permafrost is melting. So only very small amounts are collected nursery rhymes. Despite this, researchers Friščić still very optimistic about a source of this material is still somewhere out there, more and more exploited.
The next step, in addition to search a source tapped out, we have to continue to explore what we can do with this type of material to be found in both the natural and the "brother" of them are created in the laboratory.
The deep mine in Siberia, the researchers figured out the new material not seen on the ground. They have similarities with some type of material created in the room and no one thinks they will survive beyond nature, until the discovery in deep mines.
In the past few decades, the American chemist has created more new material in the laboratory, known as metal-organic framework (MOF-metal-organic framework). The material is the "molecular sponge", capable of sucking the gases such as hydrogen or carbon dioxide, might even be used to store the gas thing. The science report said, not only what kind of material are found in nature, that we already have them in hand for more than 70 years.
I just don't know what the reality is.
Two specimens of the material named stepanovite and zhenchuzhnikovite are classified from the 1940s, when they are found in the mines in Siberia. With the limitations of the technology, the characteristics of this material often researchers overlook.
But time passed, everything must grow. In 2010, Professor of chemistry at McGill University's Friščić Tomislav found an old journal article about this matter. He was extremely surprised to discover them in many respects very similar to the MOF material created in the lab today.
Do not use the prototype of this material in Russia, scholar Igor Huskic also at the University of McGill has created a synthetic version of the material above, from these details have been from old newspaper he found. He was successful with a synthetic version of the same material with the MOF.
"This is in contrast with what we do. Often a type of material to be detected in the environment and then we proceed into the analysis, after which new creation is a similar material in the laboratory, "said Friščić said.
Specimens found in the mine and the molecular structure of its similar with the material created in the laboratory.
The application of matter created in the lab do scientists not from elated. A lot of technology that can be used for this type of material, most notably the isolated energy carbon dioxide that we emit environment or can use them to create the extremely energy-efficient batteries. All these things are currently being researched, makes people posed the question: we will have developed to the extent that would recognize those as if this sooner?
Friščić researchers say that if the 1940s that have structural analysis technology as it is today, the entire construction industry organic metal frames will come soon 50 years.
Where to find the material model is also quite strange. The mine in Siberia 250 meters deep beneath the permafrost is melting. So only very small amounts are collected nursery rhymes. Despite this, researchers Friščić still very optimistic about a source of this material is still somewhere out there, more and more exploited.
The next step, in addition to search a source tapped out, we have to continue to explore what we can do with this type of material to be found in both the natural and the "brother" of them are created in the laboratory.
Refer to Gizmodo
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