j 

(t)= 

r_{k}(l) 
F  _{k}(x)= 

s_{k}(r)x^{r}, 
µ^{n}(l)=Q_{n}^{1} 

s_{k}(r_{k}(l))=Q_{n}^{1}F(l), 
F  (x)= 

Q_{n}x^{n} 
µ_{x}= 

. 
F  (x)= 


; 
µ_{x}(l)=x 


(1+x^{k})^{1}; 
µ^{n}(l)= 

, F_{k}(x)=e^{y/k!}, F  (x)=e 

; 
µ 

(l)= 

, F  _{k}(x)=e 

, F  (x)=(1x) 

, 
This document was translated from L^{A}T_{E}X by H^{E}V^{E}A.