. « – : : ., « » ( 6) – 2012 . . » -2- ................................................................ 3 ........................................................................................ 4 ................................................................. 6 .................. 11 : ................................................ 15 ...................................................................... 33 -3- , « . ». . » « , , : , , , , , , , , ». , « » 6 . . , 6, . , . -4- , . 1. : ( ). , 1–20 v , , , . , v – – , . 1 v . , . . -5- 1. , . v , 3 Ti=15 100 300 1 D+T n (14.1) +4He (3.5) 2.6 10-22 8.3 10-22 5.0 10-22 2a D+D n (2.45) +3He (0.817) 1.5 10-24 0.2 10-22 0.73 10-22 2b D+D p (3.02) +T (1.01) 1.4 10-24 0.2 10-22 0.59 10-22 3 D+3He p (14.68) +4He (3.67) 2.1 10-25 1.7 10-22 2.57 10-22 4a D+6Li n (2.958) +7Be (0.423) 0.9 10-23 0.48 10-22 4b D+6Li n (~0.66) +3He+4He+1.794 0.6 10-23 0.37 10-22 4c D+6Li p (4.397) +7Li (0.628) 1.2 10-23 0.72 10-22 4d D+6Li p+T+4He+2.257 1.4 10-23 0.88 10-22 4e D+6Li 0.39 10-23 0.17 10-22 5 D+7Be p+4He+4He+16.766 1.2 10-23 2.1 10-22 6 p+6Li 1.7 10-23 0.79 10-22 7a p+9Be D+4He+4He+0.651 7.2 10-23 2.2 10-22 7b p+9Be 6.3 10-23 1.9 10-22 8 p+11B 34He+8.681 6.1 10-23 3.4 10-22 9 3 ~0.5 10-24 ~10-23 4 3 He+4He+22.371 He (2.3) +4He (1.722) 4 He (1.277) +6Li (0.851) He+3He p+p+4He+12.86 -6- D-T , . , : ( , , .) ; ; ( ) . 1 3 : i ( Pfus Pn ) Pext Pi 3n k T 2 i B i e i e ( Pfus Pn ) Pi e Pbr e Ps . (2) E – , , ; Pfus – ; Pn – , , ; Pext – ; Pi–e – , ; Pbr – ; Ps – ; , (1) 3n k T 2 e B e i i , E E – ( ). -7- Pfus v Rij ni n j k Wk , (3) i, j, k i, j – i ; Rij ;k– j , Rij 1/ 2 i j; v k 1 – ; Wk – , . Pn, (3), , Wk . , , . , Pi e 3 n k (T 2 i B i Te ) , (4) ie ie – . Pbr Pe i Pe i . (5) Pe-i Pe-e . -8- Te > 10 < 2 %) [ . 2000. . 26, Pe i Pe 32 3 e 2 Pe . // 21. . 61–66]: 2 re2 me c 3 ne2 Z eff 1/ 2 4C F ., e y 9 8 2 y ln 2 y re2 me c 3 ne2 y 3 / 2 (1 1.17 y 24 re2 me c 3 ne2 y ln( 2 y ) 1 2 3 2 C 0.28 y 2 5 4 exp( 2 y ) , (6) 0.6 y 3 ) , y 1, (7) y 1, (8) C, y = kBTe/mec2 – (mec2 = 511 ), – , re – , me – ,c– , CF = (5/9)(44-3 2) , C = 0.5772... – 2 Z eff Z i2 ni i Z i ni – 8, . i , Ps 0 0 – 2 ) k B Te 32 2 3 2 B0 (1 re me c ne 3 2 0 ne k BTe me c 2 , B0 – . 2 , (9) . . -9- Ps Ps 0 , (10) , – . Te = 5...100 60 y 3 / 2 2 p c ce a 1 s (1 ) , (11) ;a– ( , ); ; ce p – – ; ; 2a ;R– R 2 y , s – – . (Te = 100...1000 ) 1 T* 204 T* 341(1 1 / y ) 1 320( *) (T *) T* – 3/ 2 , * , (12) 2 p c ce a 1 , s 0.39 10 / T * . - 10 - Pext = 0 . , Q Pext Pfus / Pext 0, Q 10 . . (13) - 11 - . B E m m m m m – dv x dt dv y dt dv z dt dv dt q (E v B ) , (14) q( E x v y Bz v z By ) , (15) q( E y v z Bx v x Bz ) , (16) q( E z v x By v y Bx ) , (17) , vx , q – dx , vy dt dy dt vz dz – dt df dt , f. B=const , . E=0, - 12 - qB . m c ( (18) ) mv , | qB| c v – (19) , . , , (v||=const). , , v||=0. m m dv x dt dv y dt B||Oz. q( E x v y B) , (20) q( E y v x B) . (21) , . . B B 1 c , E B 1 c , 1 B B t c, 1 E B t : . c. (22) - 13 - dr dt Vdr – Vdr , ( (23) , , .). . , , . (20), (21) (23) , (22) . : 1) . . – . 2) Ex dE dx dE x, dx Ex 0 const – ( (24) ) . 3) B B0 dB x, dx (25) - 14 - dB dx const – ( 4) ) . . Ey vph – E y 0 cos[k ( y v ph t )] , ,k– (26) . - 15 - : . . , -6 - 16 - 1. ? , , p = nikTi + nekTe (+ n0kT0) E E , = 13,6 )– : 1 1 E: T: T 10 T > 10 –1 – 1,6 10–19 1 – 11600 100 000 100 . - 17 - 3. 3.1. p ) ni kTi ne kTe pM B02 2 0 p pM 1 - 18 - ITER (International Thermonuclear Experimental Reactor) 0.1 - 19 - 3.2. - 20 - NIF (National Ignition Facility - 21 - 4. 1. 1) D + T 2) D + 3He n (14.1 ) + 4He (3.5 , ) ) + 4He (3.67 p (14.68 3He ) , 3) D + D 4) D + D n (2.45 p (3.02 ) + 3He (0.817 ) + T (1.01 ) ) 3He 5) p + 11B 34He + 8.681 11B - 22 - , 102 101 3 D–T D–3He 2. p–11B 100 D–D 10-1 3He–3He D–T D–3He, D–D 10-2 p–11B 10-3 10-4 100 101 102 , 103 Ti Te 10 – 15 Ti Ti Te 40 – 80 150 – 200 Te < Ti = 0,03 – 0,1 > 0,5 1 - 23 - 5. 5.1. D–T- = 0,1 . 5.1. - 24 - . 5.2. JET: - 25 - 0,05 . 5.5. - 26 - 5.2. ( . 5.3. »( ) . 5.4. ) 0,4–0,6) - 27 - 5.3. 1 (FRC = Field Reversed Configuration) . 5.5. FRC ( ) . 5.6. . 5.7. FRC ARTEMIS) FRC - 28 - . 5.9 LDX (Levitated Dipole Experiment) . 5.10. LDX - 29 - . 5.12. . 5.10. ) - 30 - D–3He- 6. D–3He- 6.1. [12] [13] FRC [14] [7] [15] ~2 a, 2 3 1.6 0.5–1 L, – – 35 50 – 3 1.5 1 – – B0, , x3He = n3He/nD 2.5 3.8 – – – 11.3 3.2 5 5–17 ~ 14 38 200 – – – 0.09 0.54 0.46 0.7 > 0.5 0.2 0.36 1 1 0.3 50 60 60 65/130* 50 0.92 0.65 0.5 0.65 0.6 14** 16** 4*** 7**** 6**** 2500 1500 1000 654–685 ~ 1000 0.40 0.60 0.53 0.25 0.27 0.33 0.023 0.06 0.10 0.3 0.12 0.15 0.07 0.016–0.036 0.16 20 20 20 10 20 T, s , Pfus, Pbr /Pfus Ps/Pfus Pn/Pfus Q = Pfus/Pext * ; ** dV/dr ~ 3 105 c–1); **** ITER; *** - 31 - p–11B 7. . 7.2. . 7.1. p + 11B 34He + 8,6 ). 0,3 - 32 - p–11B ( ) . 7.3. p–11BxB = 0.15: . 7.4. p–11B- B0 = 15 , = 1: ––––– , 1– »; –-–-–-– –––– ; 2– =5 15 , =1 »); , B0 = - 33 - 1. . . .: . . , 2006. 2. ., . . .: . . , 2008. 3. . . , 1987. 4. ., // . – 1982. – . 2. – . 9–28. 5. ., . . // . – 2000. – 6. . . . . 3. – . 28–35. ., . . .: , 1981. 7. ., . D–T, D–3He – 2000. – . 26, 8. D–D // . 21 – . 61–66. . // . 7. / . . , : . , 1973. . 274– 300. 9. . . .: . , 2007. .