5. List of mathematical symbols

a          length of way of a particle from the center of a tetrahedron to the apex

            Number of temperature conducting, length

b          length of edge of the tetrahedron, radius, distance

b_max       radius, coordinate to the maximal entry-angle

C         Concentration of sun-particles

c          velocity of light

D         coefficient of diffusion

d          distance

d_e         Diameter of the electron

d_E        Diameter oft he earth

E         Energy

       Energy of the ray

       Energy, going through the shell m

       Energy, going through the shell n

       Power of ray

      Power of ray, activ on electron

 Power of ray, offer to the electron

  Power of ray from the earth

     Power of ray, coming to the electron

       Stream of energy from the sun

      Stream of energy through the shell m

       Stream of energy through the shell n

       Stream of energy from the center

      Stream of energy connect with the surface of the sun

      Stream of energy connect with the surface of the shell m

      Stream of energy connect with the surface of the shell n

e          electron

F          Force, area

F_x2       Area as the unknown No. 2

f          Distance

g          Component-factor, Length of the edge of the terahedron

H         Hubble-constant

h          Planck-constant

h_q         modified Planck-constant

I           Current

        Impulse of the group of particles λ

        Change of the impulse of the group of particles λ

k          Constant of Boltzmann

L         Length of support of the electron, Luminous power, Length of course of a particle in the layer

        middle length of way

       Length of way of the particles with the entry-angle γ

l           Length of the electric conductor

M        Mass

m         mass, marking of shell of a sphere

       Rest mass of the electron

      Rest mass of the proton

      Rest mass of the ray coming in

N_A       Avogadro-constant

N_e        Number of particles, take part at the electron

N_p        Number of particles, take part at the proton

N_Photon Leaving photons per time and area

N_Trial    Number of trial

    Number of particles in 1m³

N_λ        Number of groups of λ

         Number of groups of particles  in one direction

     Number of groups of particles  

     Number of effective photons of the wave-length λ per time

      Per unit of time from the proton send out photons

       Per unit of time from the sun send out photons

      Per unit of time and area from the surface of the sun (radius R) send out particles

      From center coming effective stream of photons

n          Number of photons, Identification of a sphere-shell

n_γ         Number of particles with entry-angle γ

p          Probability, Identification of proton, Impulse

p_3er       Probability of a collision of three particles

p_Teilchen1 , p₁      Probability, that is correct the direction and distance for the particle 1

p_{Teilchen2 ,} p₂      Probability, that is correct the direction and distance for the particle 2

p_Teilchen3 , p₃      Probability, that is correct the direction and distance for the particle 3

p_Zerst.    Probability for a destruction

p_f         Probability, that have two particles in the distance f the same direction

Q         Charge

R         Rydberg-constant, radius of the sun

       Radius of the earth

r           Distance

r_z          Radius of the center

S          Sun

T          Absolute temperature, Designation of a particle

t           time

t_L         Time in a resting laboratory

t_bew       Time of a moved clock

U         Function of potential

V         Volume

v          Velocity

W        Way of fly of the star-light-particle

x          Co-ordinate

y          Co-ordinate

z          Number of sections, Co-ordinate

β          Angle of deflection

          Angle of deflection by one sun-light-particle

     Angle of deflection by a number NS sun-light-particles during 1m way of star-ligth

γ          Constant of gravitation, entry-angle of the particles in a layer

γ_max      maximal entry-angle

∆         Difference

     Bond-energy of one molecule

∆λ       Difference of two wav-lengths

∆λ_∆n=1 Middle difference of two particles (Betoms) in the cosmos

  Change of the wave-length of ligth

        Constant of electric field

λ          Length of wave, group of particles

        Group of particles of the electron, wave-length of these group

λ_max      Wave-length of the most frequent photons in the curve of distribution

   Wave-length of the maximal energy-stream in the curve of distribution

       Group of particles of the proton, wave-length of these group

       Wave-length as the unknown no. 1

       Wave-length of the 21cm-ray

       Constant of magnetic field

ν          Frequency

  Frequency of the maximal stream of energy in the curve of distribution

τ          Time

         middle time of be in

        Time for destruction of one particle

    Time for destruction of one direction in the structure of proton

       Time as the unknown No. 3

        Wave-function

       Laplace-operator

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