RELATIONSHIP BETWEEN NUCLEAR TEMPRATURE AND NUCLEAR FORCE RANGE

RELATIONSHIP BETWEEN NUCLEAR TEMPRATURE AND NUCLEAR FORCE RANGE

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:APRIL,22,2015.    

 DATE  OF INVENTIONS:APRIL,22,2015.    

 PAPER NUMBER :PAPFMJ/QNP 101/4334

From My main equation F=G=h=C , I can arrive at relation[1] between nuclear temperature and range of nuclear strength.

From F=G……(01)

F=h/G……..(02)

Then from F.r=E=hf=K_BT…….(03)

 From (01) and (03) T=G.r/K_B………..(04)

 From (02) and (03) T=(h.r)/(GK_B)………..(05)

Then multiplying (04) and (05) I am getting

T=(h)^1/2 .r/ K_B……….(06)

I can easily transform this for caclculation of nuclear range and nuclear temperature.

Let T_n be the nuclear temperature and r_n be the nuclear range then relation (06) takes a modification

T_n =(h)^1/2 .r_n/ (10^-5 K_B )………….(07)

Here C=10^-5 is a transformation constant showing 1D nature  of gravitational force as unified Nuclear force.This equation is consistent with theoretical values like 10^-2K for nuclear temperature and 10^-13m for total range of nuclear force in case of Proton.

NOTE: NUCLEAR SHORT RANGE FORCE ENDS AT A DISTANCE 4.4X10^-17m FOR PROTON AND 4.4 X10^-16m FOR NEUTRON,BUT THE INFLUENCE(LAST RANGE) OF NUCLEAR FORCE ENDS AT 10^-13M FOR PROTON AND 10^-12m FOR NEUTRON. 

          

          

REFERENCE:[1] FOR QUICKER CHEMICAL REACTIONS,BY MUNISHKUMAR.B.C IN HIS PLACE OF INVENTIONS IN SHORAPUR PUBLISHED DATED 17/04/2015 IN  ONLINE JOURNAL OF PARTICLE ASTROCHEMISTRY IN GOOGLE.