EXPERIMENTATION WITH BISMUTH SALTS SOLUTIONS AND NEW IDEAS

EXPERIMENTATION WITH BISMUTH SALTS SOLUTIONS AND NEW IDEAS FOR CMNS EXPLANATION D. S. Baranov, O. D. Baranova Protvino Moscow region, Russia baranovd@rambler. ru

Objectives • Goal this job was the investigation of anomalous nuclear processes in the Bi salt experiment after strong electric field impact • To explain results are attempt used the nuclear molecule model

• References • 1. D. S. Baranov, O. D. Baranova OBSERVATION OF THE ISOMERS 212 m 1 Bi AT THE EXPERIMENTS • WITH SOME BISMUTH SALTS AQUEOUS SOLUTIONS International Conference Isomers in Nuclear and Interdisciplinary Research (INIR-2011) • 2. . Baranov D. S. , Baranova O. D. Production of Neutron-rich Bi Isotopes by Electric Fields. INTERNATIONAL SYMPOSIUM ON EXOTIC NUCLEI (EXON 2009). AIP CONFERENCE PROCEEDINGS VOLUME 1224 P 241 -246 http: //proceedings. aip. org/proceedings

Sample preparation

Experimental set up

Counts in detector № 1

Ядро Периоды полураспада 207 Bi 38 лет Э. З. 208 Bi 3, 68· 10 5 лет Э. З. 209 Bi 2· 1019 лет 100 210 Bi 5, 013 сут ~100 β (1, 16 )210 Po→α (5, 35 ) 206 Pb 3· 106 лет 99, 6 → α (5 ) 206 Tl 211 Bi 2, 14 мин 99, 7 → α (6, 62) 207 Tl 212 Bi 60, 6 мин; 2, 98· 10 -6 с 64 36 β (2, 25 )212 Po →α (8, 78) 208 Pb → α (6, 05) 208 Tl 25 мин; 2, 98· 10 -6 с 33 67 β (2, 25)212 Po→ α (8, 78 ) 208 Pb → α (6, 05 ) 208 Tl 250 e 45, 1 с 100 β(1, 95)212 Pom→α(11, 68 )208 Pb 2200 e 213 Bi 45, 6 мин; 4, 2· 10 -6 с 97, 8 β (1, 39) 213 Po α (8, 38) 209 Pb 0, 437 -5247 214 Bi 19, 9 мин; 1, 64· 10 -4 с ~100 β (3, 26) 214 Po α (7, 69) 210 Pb 0, 6(47)… -1209 215 Bi 7, 7 мин; 1, 78· 10 -3 с ~100 β () 215 Po → α (7, 38 ) 211 Pb 1710 36, 4 мин; 1, 78· 10 -3 с ~100 β () 215 Po → α (7, 38 ) 211 Pb 1347 e 216 Bi 3, 6 мин; ~100 β () 216 Po → α (6, 78 ) 212 Pb 5970 c 217 Bi 98. 5 c; < 10 с ~100 β () 217 Po → α (6, 55 ) 213 Pb 218 Bi 33 с; 3, 05 мин ~100 β (5. 06 ) 218 Po →α (6, 0) 214 Pb 210 Bi m 1 212 Bi m 2 215 Bi m 1 7 мин; 0, 15 с Брен. % Схемы распадов Мэ. В β+ γ-излучение (Мэ. В) Деф. м, е кэ. В 0, 57(98), 1, 77 -20058 2, 614 -18879 → α (4, 88 ) 205 Pb -18268 0, 803(0, 0011) -14738 0, 34, 0, 61… 271, 3 e 0, 351(14) -11865 0, 727(7), 1, 62(1, 8)… -8135

Scheme of 212 Bi decay

Event example

Detector 1 Experiment data 05. 10. 2007 Photo 18. 10. 2007 M= 7 : 1 Photo 05. 2009 Alpha count 10. 3+-0. 6 Alpha count 17. 2+-1. 1

Bi isotopes production for 7. 5 hours in a closed Si detecto 4 on pieces of bismuth nitrate, made by the cumulative emissions

d. N/d. E for alpha count in the first 70 mins after 70 mins

Alpha to beta time delay

d. N/d. E for electrons

• We detected 210 Bi, 212 Bi, 212 m 1 Bi, 214 Bi. • Bismuth 211 and 213 were not found. • Such scheme of decay is impossible for free nucleus. Thus we need to introduce the system of nucleare

Nuclear molecules Atom Vigier size 100 Fermi

Traces on Si detector surface line – Nuclear molecule position

Silicium plate edge near the woll

Crater Energy deposition 0. 0001 G Дет. 2 Микроскоп фирмы АМФОРА 80*80 мкм

Craters

Project: Baranov Owner: INCA Operator Elevation= 35. 0 deg. Tilt= 0. 0 deg. Azimuth= 0. 0 deg. Sample: 19 -05 -2011 Type: Default Sample is polished and coated with Carbon - thickness (nm): 15. 0, density (g/cm 3): 2. 25. Thresholding has been selected : All quantitative results below 0 sigma have been set to zero. Site: Sample-1 Spectrum: Spectrum 1 19 -май-2011 02: 05 PM Energy Resn. Area TOT. AR. L. /R. time(s) P. time U(k. V) Perr. . 0 49. 15 273789 83154 70. 00/89. 41 6 20. 00 95. 45% Counted by INCA Proc. Option: Oxygen by stoichiometry Elmt A. C. % Int. C. Wt% 2*Swt% At% Comp% d. Comp% Formula S K 6. 57 1. 0763 6. 10 0. 50 15. 81 15. 24 1. 25 SO 3 5. 46 Bi M 34. 51 0. 9324 37. 01 2. 18 14. 71 41. 26 2. 43 Bi 2 O 3 5. 08 O 13. 38 0. 96 69. 48 24. 00 Total 56. 50+/- 2. 43 Comp. Sum 56. 50+/- 2. 73 Cat. Sum 10. 54 An. Sum 24. 00

Site: Sample-2 Spectrum: Spectrum 1 19 -май-2011 02: 38 PM Energy Resn. Area TOT. AR. L. /R. time(s) P. time U(k. V) Perr. . 0 49. 15 273789 111140 100. 00/126. 33 6 20. 00 95. 45% Peak omited: 0. 800 ke. V Counted by INCA/Oxygen by stoichiometry INCA Proc. Option: All elements analyzed Elmt A. C. % Int. C. Wt% 2*Swt% At% Comp% d. Comp% Formula N K 5. 24 1. 2944 4. 05 1. 96 19. 89 15. 62 7. 56 N 2 O 5 7. 14 O K 10. 06 0. 6471 15. 54 1. 30 66. 84 -0. 66 < 7. 85 O 24. 00 Bi M 37. 10 0. 9201 40. 32 1. 52 13. 27 44. 95 1. 69 Bi 2 O 3 4. 76 Total 59. 91+/- 2. 80 Comp. Sum 60. 57+/- 7. 74 Cat. Sum 11. 91 An. Sum 24. 00

11 12 C 40. 48 O 5. 63 Si 52. 80 K 0. 35 C O Si K Au Au 0. 74 14 C 58. 66 O 26. 87 Si 13. 62 Na 0. 34 Ca 0. 28 Au 0. 23 13 37. 38 4. 32 57. 13 0. 29 C 91. 28 O 1. 20 Si 6. 91 K 0. 25 Ca 0. 12 Au 0. 24 0. 87 15 16 Si 100. 00 C O Si Au 17. 43 2. 72 78. 61 1. 24

10 11 12 13 14 C 16. 91 C 48. 91 O 3. 69 Si 39. 18 N 7. 62 Au 0. 60 C 37. 02 O 2. 42 Si 59. 72 C 33. 85 O 3. 79 Si 60. 76 K 0. 65 Au 0. 95 C O Si K Au Si 81. 62 Au 1. 46 Au 0. 84 20. 97 9. 01 67. 16 1. 67 1. 20

“Snake” traces

2 C O Si Al Zn Bi 49. 63 31. 54 5. 85 2. 85 5. 91 4. 22 5 C 20. 44 Si 78. 26 Au 1. 30 Tail 7 C 51. 55 O 20. 41 Al 0. 78 Si 23. 30 Zn 2. 29 Au 0. 58 Bi 1. 09 3 C 42. 44 O 9. 27 Si 45. 88 Ca 0. 13 Zn 0. 74 Br 0. 21 Au 0. 71 Bi 0. 64 4 C 62. 19 O 14. 94 Si 18. 89 Al 0. 59 Zn 1. 89 Au 0. 47 Bi 1. 03 6 C 28. 14 Si 70. 76 Au 1. 10 8 C 55. 66 O 28. 16 Al 1. 63 Si 6. 03 Ca 0. 23 Cu 0. 43 Zn 4. 86 Bi 3. 01 9 C 58. 40 O 28. 07 Al 1. 21 Si 1. 40 Zn 4. 17 Bi 6. 74

Head 8 C 63. 79 O 12. 59 Al 0. 24 Si 21. 62 Zn 0. 77 Au 0. 49 Bi 0. 50 9 C 55. 53 O 20. 97 Al 0. 80 Si 18. 04 Zn 2. 06 Au 0. 61 Bi 1. 99 10 C 47. 75 O 39. 67 Al 2. 03 Si 0. 44 Zn 4. 66 Cu 0. 77 Bi 4. 67

Conclusion 1. We have evidens that giant longlived nuclear molecules were detected in the experiments with bismuth salts solution. 2. We suppous that nuclear molecules are the part of every CMNS prosess. 3. We need to continue our investigations

Thank you

1 Russan CF Conf. 1993 г. Moscow-Blaсk See train