INTERNAL CHEMICAL COMPOSITION OF PLANET MARS

INTERNAL CHEMICAL COMPOSITION OF  PLANET MARS

NAME OF THEORETICAL PARTICLE ASTROPHYSICIST : MUNISHKUMAR.B.CHINNAKAR.

PLACE OF INVENTIONS: MUNISHKUMAR.B.C’S FIRST FLOOR BUILDING NEAR BHAIRI WELL BOYER STREET,SHORAPUR,PIN:585224 DIST:YADAGEER,KARNATAKA STATE INDIA.

CO-WORKERS:NO CO-WORKERS.

DATE OF ENTRY OF INVENTIONS:OCT,28,2013,

DATE  OF INVENTION:  OCT,27,2013,

BRANCH:PARTICLE ASTROPHYSICS

SUB BRANCH: PARTICLE ASTRO-GEO- PHYSICS.

PAPER NO:PACFMJ/G 156/4006

      From the Paper [1] ,it is clear that Mars soil is rich with Fe.Based on the effect of dark energy on the variation thermal gradient,I found Chemical composition of Crusts of Mars Planet.Here Instead of 25 degee centigrade as in case of Earth,I used 25+10=35 degree centigrade.Further I used a Theory variation of creation temperature with Atomic number and its result as for every 10K variation in Z=6.5=6 to 7.

Following are the chemical compositions of Crusts of Mars.

(1) At the surface at T=2.83 x 10^2K,Abundant Elements are Fe and Co with traces of Ni,Pd,Er,Tm,Pa,fm,Se

(2) At the crust at T=1848K at a depth d=6 x 10^3m Abundant Elements are Ge,As,Se,Br,Te,I,W,Re,Os,Bk alpha,Bk beeta,Zr,Nb

(3) At the crust at T=3080K at a depth d=10x10^3m Abundant Elements are Molten lava of Os,Ir,Re,Pt,Au,Mo,Ru,Te,S

(4)   At the crust at T=3.0800 X10^4K at a depth d=100x10^3m Abundant Elements are in Molten lava and Plasma state

(5)  At the crust at T=3.0800 X10^5K at a depth d=1000x10^3m Abundant Elements are in Molten lava containing Hydrogen,Helium,N,O,inert gases and Plasma in discharge state

(6)   At the crust at T=3.0800 X10^-2K  to T<3 .0800="" a="" at="" d="" depth="" x10="">1000x10^3m to 1900x10^3m Abundant Elements are in Superconducting state and are usually Co,Ni,Pd and other superconducting elements

(7) At a distance d>1900X10^3m,at temperature  10^-12K,crust is in Black hole state.

    

     

REFERENCE:

 [1]ROLE OF DARK ENERGY IN THE FORMATION OF MARS SOIL , BY MUNISHKUMAR.B.C PUBLISHED IN HIS ONLINE JOURNAL PARTICLE ASTROPHYSICS/BLOGGER/SITE IN GOOGLE DATED20/10/2013

[2] GEOTHERMAL GRADIENT,IN WIKIPEDIA