.. , ..

 

1.4 FG

 

R n~Mγ/Rγ, , 1<γ<2. λ0 R ΔR, , ΔI=, r - , β - . λ0 λ1 10). ΔR z zz. Δz. λ1 I1= ΔIz. λ1, I = I1 SR2I,λ1, I,λ1 λ1 , 0<S<1. , I

R =, . R Rem. λ1 Rem. R<Rem , , , . R>Rem - I.

-- --

 

 

m . , R , mMG/R, G . 0 .

= β1 (1)

β1 , 0.

R . , r , , ΔR, R2, ΔV,

 

ΔV= β2R2Δ R, (2)

β2 .

 

ΔV

 

Δn= ΔV, (3)

n R . . .

. RA , mMG/RA 3/2kTA (k , TA ). ,

 

RA ~ mMG/ kTA.

 

RA . ΔR , . , n~1/R2. , . , ,

n = nA (RA/R)γ , 1<γ<2,

nA ,

RA .

, RA=mMG/kTA, R .

n=β3(M γ /Rγ ), (4)

β3= nA - .

R, ,

ΔI = k,

k , .

(1) (4),

 

ΔI = β, (5)

β=β1ּβ2ּβ3 - .

λ0 λ1 10). z α,

α =8,6 ּ10-15 ּ, (6)

 

z=zD+zG + zDּzG ,

zD= α ּ (7)

zG=(1-2ּα2)-1/2 1,

zD zG .

α<<1 R. , = 1045 α<0,1 , R>1019. RG 1022 , R > 0,001RG. z (7) α. , , , zG . , , α, z= α, (6)

 

z=1,2ּ10-14ּM1/2ּR-1/2 . (8)

 

ΔR z z+Δz. (8)

 

Δz │ = 6ּ10-15ּM1/2ּR-3/2ּ ΔR (9)

, λ1 z, I1=, (5) (9)

 

I1=F, (10)

F - .

I,λ1 λ1 . ( )

 

I = I1 SR2I,λ1, (11)

 

0<S<1 , .

(10)

 

I = (FּMγ+0,5ּR0,5-γ /r2 - SI,λ1 ) ּR2 .

 

I R, :

 

Rm =, (12)

- .

 

, , , . γ =1,5,

Rm =.

 

λ1 , Rm. R > Rm - I = I1SR2I,λ1. R < Rm , , , .