Could the science of cryogenics work? It does work. We apply the ideas of cryogenics, which is the area of knowledge associated with very low temperatures and the affect of this on materials, in many areas of science and industry. And on a daily basis, too. An example is rocket fuels like liquid hydrogen and oxygen. We also use cryogenics to enable the supercooling of materials to create superconducting magnets for use in imaging. Cryogenic gas transport is common. It's easier to move a single tank truck of liquid oxygen rather than a flock of heavy compressed gas cylinders. How do you think local hospitals get the oxygen they use in medical applications? Food packers use cryogenics to quickly cool processed foods to preserve freshness and flavor. Any sincere investigator can easily develop a long list of the things that cryogenics allows us to do.
Cryogenics is the science of study of materials at extremely low temperatures, not normally found in nature. as such it is a pure science and has no moral absolutes or problems. Cryogenics, as a pure science, has no moral problems, some applications may be questionable. If you are speaking of what is called Cyrogenic suspension-a form of frozen-out suspended animation- well there might be some problems here but maybe not. I have reason to believe the head of a famous movie actress ( not US) it is not Jayne) has been preserved in suspended animation by this method for over forty years.
Metrology, meteorology, medicine, physics, chemistry, astronomy, optics, radiophysics, acoustics, electronics, cryogenics, mathematics.
all scientists could be considered artists but actual Artist's that use science in their work? no, i think not.
Cryogenics system is used Liquified Fuel which is maintain very ver low temperature.
No!! This is effectively cryogenics which we cannot do yet. No!! This is effectively cryogenics which we cannot do yet.
Conventional chemical rockets use chemistry, physics, and thermodynamics. US rocket technology also involves cryogenics, mechanics, materials science, aerodynamics, hydrolics, and numerous other sciences.
Liquid argon could in theory be used for cryogenics, but it has a similar temperature range to liquid nitrogen, which is tremendously cheaper and more abundant than argon. For the lower temperature ranges, you would use liquid helium.
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Charles Thilorier lived from 1798 to 1844. He was a French inventor and chemist known for his work in the field of cryogenics.