1. http://genphys.phys.msu.su/rus/lab/elmag/Lab322_E-M_2010.pdf
... Ia ... ... ... I, .... B, ..... e/ m .... e/m (12) , r k a 0.45 5 r , ra >> rk, (13). 2. e/m . ... 1 4 ) l , S = 2rl r. v (1), (2) (14), - - 19 , (x) a2 2 = , r a 2 = (1 5 ) I m ... 9 ra m , (5), (16), 8 2 l , 2 r/r, A = 2 9 ra [3, 9]. ...
2. http://genphys.phys.msu.su/rus/school/Khokhlov.pdf
... 0 2,5 V, V 176 241 6,0x10 5,0x10 -2 -2 176 µm 241 µm 176 241 = 241 , red = 220 Ge(Ga ... 1.57 K; 350 µm ( , Q=4); 100 Hz; 300*200 µm; NEP ~ 5*10-19 W/Hz 1/ 2 !! ... of the laser pulse (arb.un.) t (µs) : , : , 6 5 4 3 90µm N=8.7 10 -24 c -1 280µm 2 1 ...
3. http://genphys.phys.msu.su/rus/lab/elmag/Lab307.pdf
... 1.1), (1.2) (1.4) : 2 r M = CI I D2 N 4 sin , (1.5) µ0 16N 2 C= 4 53 2 R / , r r m P B . ... I . 8 1.2 sin M M . 1. M , , (1.5) (1.6), C , . . 1.2. 2. M (sin ) M (sin ) . ...
4. http://genphys.phys.msu.su/rus/lab/mech/Lab118.pdf
... F hv , 0 h -- , , . , h dx 2 0 x 0 . m dt dt 2 d2x (5 ) (6 ) X1 (t ) X10e t cos( t 01 ) , X10 , 01 -- , -- , -- . ... 6) (5) : h h 2 cos( t 01 ) 2 2 0 sin( t 01 ) 2 0 . (7) m m , (6) (5) 1h ; 2 2 2 . 0 2m 4 : 0 . , : d2x dt 2 2 dx 2 0 x 0 . ...
5. http://genphys.phys.msu.su/rus/lab/mech/chapter1.pdf
... a1 a 2 X, T1 T2 , . . (. . 1.5) X: (1.23) m a T T m g , m , a X, T T , . , (1.23) , , , , , . ... L2 2 . (1.42) a 2 t 2 2 L1 4. S a a a a Sa S L2 S L1 S t2 . t L L 2 1 2 2 2 2 (1.43) 1.3. 5. (. ), a (m) . 6. a (m) . 3. ...
6. http://genphys.phys.msu.su/rus/sci/photonics/PDF/JETP56.pdf
... 1.7 and 0 = 0.2; the period is d = 1 m, = 0.5, and the wave length is 0 = 1 m. The ... PHOTONIC CRYSTALS z, mm -4 -2 I, arb. units 0 0.25 z, µm 5 10 15 2 0.15 -0.5 3.2 3.4 ...
7. http://genphys.phys.msu.su/rus/sci/photonics/PDF/2.pdf
... 3 Re 0 for a PC with the period d =1 m, = 0.5, n1 = 1.5, and 0 = 0.1; the wavelength ... of the incident pulse and PC are as follows: m, = 0.5, n1 = 1.5, 0 = 0.1, and d =3 m ...
8. http://genphys.phys.msu.su/rus/lab/mech/Lab109_2.pdf
... dt : d d l= r, dt dt d 2 d 2 l = 2 r. dt 2 dt (1 2 ) (9) (12) N, F, ( s i n , s i n ), : 7 2 d 2 r2 mr = - mg cos ± M , 5 l dt 2 (1 3 ) M = kmg sin , 6 . ...
9. http://genphys.phys.msu.su/rus/staff/koksharov/magvecpot.pdf
... 3 3 3 B=rot(A)=(µ0/4){mdiv(r/r )-(m)(r/r )}=- (µ0/4) (m)(r/r ) (m)(r/r3)=(mx/x+my/y+mz/z){(ix+jy+kz)/(x2+y2+z2)3/2} (m)(r/r3)=(1/r3)(m)(r)+r(m(1/r3)); (m)(r)=(imx+jmy+kmz)=m; 3 5 (1/r )=-3r/r 2 5 B=(µ0/4){(3r (mr)-m r }/r 2 5 : E=(1/40){(3r (pr)-p r }/r ...
10. Упражнение 4
... Получите две серии гистограмм с N =10 и N =1000, проводя по m ( m >5) измерений для каждой серии (при проведении измерений для каждой из серий условия освещенности ФЭУ не должны изменяться, т.е. средн е е значени е импульсов на выходе ФЭУ должн о быть ...