• श्राइबरसाइट |
schreibersite मीनिंग इन हिंदी
schreibersite उदाहरण वाक्य
उदाहरण वाक्य
अधिक: आगे- The mineral is found in meteorites, and is known today as schreibersite.
- It occurs associated with kamacite, taenite, schreibersite, cohenite, pentlandite and magnetite.
- At this temperature the remaining magma crystallized schreibersite and iron, thereby forming the IIG meteorites.
- An iron nickel phosphide, schreibersite, is present in most nickel-iron meteorites, as well as an iron-nickel-cobalt carbide, cohenite.
- In 2007, researchers reported that schreibersite and other meteoric phosphorus bearing minerals may be the ultimate source for the phosphorus that is so important for life on Earth.
- Their experiment consisted of subjecting a sample of schreibersite to a warm, acidic environment typically found in association with volcanic activity, activity that was far more common on the primordial Earth.
- It is hypothesized that Schreibersite-containing meteorites from the Late Heavy Bombardment could have provided early reduced phosphorus, which could react with prebiotic organic molecules to form phosphorylated biomolecules, like RNA.
- Geological findings in 2013 showed that reactive phosphorus species ( like phosphite ) were in abundance in the ocean before 3.5 Ga, and that Schreibersite easily reacts with aqueous glycerol to generate phosphite and glycerol 3-phosphate.
- Schreibersite is reported from the Magura Meteorite, Arva-( present name Orava ), Slovak Republic; the Sikhote-Alin Meteorite in eastern Russia; the S�o Juli�o de Moreira Meteorite, Viana do Castelo, Portugal; and numerous other locations including the Moon.
- Reduced phosphorus as phosphides and phosphites have been identified through quantitative analyses of a representative sample of 10 fulgurites recovered from most continents, in the form of schreibersite ( Fe 3 P, ( Fe, Ni ) 3 P )-terrestrially extremely rare, but common on meteorites, comets, interplanetary dust, and some planetary bodies-and TiP, which is unique to fulgurites.