Par-le-who is the child’s picture on G. Biscuits, what is the truth about that?
Hello friends, you are very welcome today in our channels today, Parle-G is not India, the world is the top biscuit brand. The biscuits are easily found in every small city of India, in every small and large shop in the country. No child in India has ever been able to do that, who never crosses – G. Biscuits has not eaten Consumer products also feature the results of physical science research enabled by the conditions of low Earth orbit. Liquid metallic alloys, which vitrify, or form glass, as they cool from the molten state, were first reported in 1960. By 1980, manufacturers could produce thin, continuous ribbons of metallic glasses using iron-based, nickel-based, and titanium-based alloys.
The iron-based “melt spun” ribbons were found to have exceptional magnetic properties and were adopted to replace traditional alloys to improve the energy efficiency of transformers and inductors and to power electronic devices. These iron-based metallic glasses are today the standard material for the energy-efficient magnetic cores in the U.S. power distribution grid. A series of advances in bulk metallic glass took place beginning in the 1980s, leading to the discovery of novel families of zirconium/titanium-based alloys, the so-called Vitreloy alloys, that could be cast into three-dimensional metallic glass components.
As part of the effort to understand glass formation and crystallization in glass-forming metallic liquids, microgravity experiments were conducted aboard the space shuttle during the 1990s. These experiments employed the TEMPUS facility, an electromagnetic melting and processing system developed by the German Space Agency (DLR) and utilized by a joint DLR/ NASA scientific team. In parallel with flight experiments, ground-based experiments were conducted using a High Vacuum Electrostatic Levitator (HVESL) facility developed at the Jet Propulsion Laboratory.
Click For News
No comments:
Post a Comment