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They

will not reach the stratosphere as they contain H atoms which react with the

oxygen of the lower atmosphere.

They will reach the stratosphere, but they

contain H atoms that reduce the molecular weight of the compound and they go

further up above the stratosphere

They will not reach the stratosphere as they

contain H atoms which react with the hydroxyl radicals of the lower atmosphere

They will reach the stratosphere, but they contain H atoms which react with the

chlorine atoms of the stratosphere. Hence, chlorine will not react with Ozone

locked at the rice fields at

pressure > 50 atmos and temp < 7

locked at the coal seams and abandoned

mines at pressure > 50 atmos and temp < 7

locked at the ocean bed at

pressure > 50 atmos and temp < 7

locked at the geological saline

formations at pressure > 50 atmos and temp < 7

CLC is carried out in two reactors: One Air

Reactor and the other Fuel Reactor

CLC is carried out using a metal oxide that ensures

that air is not coming into direct contact with the fuel

& steam come out

of the Air Reactor and N

& steam come out

of the Fuel Reactor and N

Above hypervelocity, the metals and fluids

behave alike (hypervelocity impact)

Above hypervelocity, the inertial

stresses upon an impact is very small compared to the strength of the materials.

Metals behave like fluids under hypervelocity

impact

Extreme hypervelocity results in the

vaporization of the impactor and the target

CO

If vertical column of Ozone is brought to

surface atmosphere at 0

C

based on the thickness

are the nucleotide bases of RNA and DNA in all

living organisms.

These are the compounds detected in the tail of

the comets that become the unicellular microorganisms.

These are some of the rare minerals seen in the

asteroids that have reached the earth from outer space.

They are basically compounds with benzene ring

structure, with Cl, F, Br attached to the lattices.

to the atmosphere due to the solubility issues.

The photosynthetic algae and other micro plants

of the oceans will be destroyed due to the warming and CO

capture

capacity reduces considerably.

, CFCs

and HFCs will rise to the stratosphere destroying the ozone layer rapidly,

causing UV rays reach the earth.

hydrates locked at the seabed

may be released to the atmosphere.

,

N

Various summits/conferences and mitigation

measures decided, strategies implemented, etc were all actually not successful

about decreasing global warming.

Sun light reaches the earth as long wave length

radiations  (10

m ) and a portion of

that is reflected back as short wave length radiations (0.58 to 0.69

Although water vapour can cause global warming,

it is not usually accounted in the

global warming calculations for fixing up the responsibilities.

the simultaneous accumulation of Nitrogen and Oxygen

in the atmosphere and draw down of CO

from the atmosphere to the

oceans.

the simultaneous accumulation of Oxygen in the

atmosphere, draw down of CO

from the atmosphere and final burial of

organic carbon in the marine sediments.

in the atmosphere and burial of the organic carbon in the marine sediments.

in the atmosphere and final burial of organic carbon in the marine sediments.