List of civil projects available at 20th of August 2014
1. Proiekt URANIA – computations for 3 designs, drawings (November 2013)
2. The BRANCOVEANU Project (The Open Sphere Project) – concept and drawings, finished (2014)
3. Experiment ALPHA – drawings, computations of energy required/released, preparation for THE ISLAND – a diamond bullet of abt 2 grams is accelerated as a cold (solid) item up to 1.200 km/s in less than 100 m.
4. THE ISLAND Project – genesis machine for ZETA-X elements by fusion of 2 and/or 3 atoms – 5 versions 19 drawings – the big toy for big boys of physics. The “missing” neutrons are supplied either by ECP process or by plasma enriched with neutrons.
5. The SAMIOTISSA PROJECT (in the honour of Greek people):
- Experiment AGIA GALINI – is an advanced two stages device where a sphere of 3,8 mm diameter containing D+T is compressed in 0.8 ns inside a small rubinon chamber of 22 cm diameter and 30 cm length by the outside rays coming from a specific device. The energy released is 5.14 Gj and the total initial device mass is 4.75 kg.
- Experiment PREVELI – inside a f/0.25 inner mirrored prolate paraboloid (spheroid) a narrow wire is exploding in vacuum.The light is focused over a tiny olive made by glass which contained inside an arrangement similar to that one from experiment OBI.
- Experiment PAXIMADIA – consist of an arrangement of 28 cm diameter (inner sizes) two opposite parabolic joined dishes f/0.25 made by CaF2 glass which are focusing the energy generated by an ALPAN arrangement over an oblate paraboloid (spheroid) ablator used to compress and ignite 2 mg of nuclear compound made by frozen deuterium. Energy used – 80 Mj.
Another 5 experiments (not hereby explained nor mentioned) are part of this project and contained inside a prolate/oblate ovoids different 2-3 stages arrangements in order to enhance the overall performance. This project have a special place in my heart as long as time ago, on the shore of the beautiful Kriti Island I spend my honeymoon.
6. Proiekt OBI – a large balloon (prolate paraboloid or spherical shape) is filled with acetylene or acetylene + oxygen.. Part of energy released by decomposition / combustion of acetylene is focused over a glass arrangement in order to ignite 2 mg of LiD / LiT compound. (May 2014).
7. Experiment ALTAI (November 2012) – is about a pioneer design where a large optical lens array – based to Cherenkov radiation – is generating fusion for a brief sequence of 1-2 seconds.
8. Proiekt URALI or LVCA (Large Voitenko Compressors Array) – April 2014 – is another method for obtaining 2,400 km/s by a macroscopic gold plasma bullet of 2 grams in less than 2 meters ( March 2014)
9. Proiekt GAGARIN – first thermonuclear interplanetary tug where a nuclear photo-reactor is releasing a narrow beam of light, electrons and ions over a tiny hot sphere made primarily by deuterium and lithium nested inside a second reactor chamber acting as nozzle – December 2013
10. Experiment PRIMORIE ( August 2013 ) – a basic experiment for demonstration of ECP.
11. Proiekt ESENIN ( May – June 2014) – a proposal to research the possibility of supra-luminic speed
12. Proiekt WATER-SHEETS ( June 2012 )
14. Proiekt MATRIOSKA – a set of 11 experiments called to be nested by spherical lasers chamber of NIF-Livermore, California.
15. Proiekt 345 – a large telescope mirror up to 240 meters can be built for deep Universe research.
16. Proiekt TAIGA – with 3 experiments UST-NERA, YAKUTSK and OYMYAKON. These experiments are coming to prove basic principles of fusion of ejected elements by a supernova. For exemple in case of experiment Ust-Nera a stoichometric mixture of 14N (78.85% ) and 16O (21.15 %) is heavily compressed and then irradiated by neutrons and X-rays / gamma rays for a final gain in energy up to 10 – 17 Gj per gram of mixture (June 2013)
17. Proiekt TAIMIR – is about a super-reactor design where can be obtained continuously ZETA-X elements and where these elements are collected on the bottom of the reactor by a strong dia-magnetic trap or as dust collected by a rotating “pillow” of a diamagnetic gas.
18. Proiekt KOLIMA – is about the most powerful “laser” EVER – a 3 stages nuclear gamma laser with intensities beyond the Schwinger limit and up to 1034 W/cm2 for a section of 200 square microns at 280 m distance from nuclear bath – intensity obtained if the laser is used in outer space by a device with initial weight of 3,850 kg which easily can be placed by today rockets on any of Lagrange points (July 2014).
19. Proiekt INDIGIRKA – a novel type of fusion reactor using Flerovium 298 + Uralium 447 (June 2014).
20. Proiekt BURAN – is about a very sophisticated design used to accelerate by ablation on it final stage a magnetically driven imploding cylindrical liner up to a speed of 2,400 km/s where all apparatus and devices used remain intact shoot after shoot.
21. Proiekt USSURI – experiment Hanka – inside a very large torus like chamber (140,000 m2) a ring like imploding cilindrycal liner is compressing and detonating a gas mixture of D+T. The imploding liner is accelerated by a very powerful electrical pulse discharge and is nested inside a balloon filled with xenon. A light flash of 20 Tj with a peak of 20 picoseconds is collected by the reflecting inner surface of torus (advanced dielectric coating) and focused over a spherical foil made from beryllium and carbon as ablators over a gold foil. The gold foil is accelerated up to the speed of light by an irradiation of 1024 W/cm2 and strikes the surface of an inner sphere made by a gold foil placed over a hollow diamond. A light flash of 4 femtoseconds accelerates the inner 14 mg of carbon up to the energies of 200 Tev.A micro neutron star is obtained. This proiekt has practically the same performances like Proiekt GROM KAMEN but clearly will be a true challenge to build such a large torus chamber with focusing at astronomical grade.
22. Proiekt GROM KAMEN – is the supreme machine designated for very advanced physics experiments. Extremely versatile this Proiekt consist of a very large spherical chamber where a light flash of about 12 femtoseconds is focused by 2,432 mirrors over a little diamond (inside experiment Savicheva). A micro neutron star is thus obtained.
Lista documentatiei complementare – 2 Septembrie 2014
1. Calculatie privind evolutie termodinamica a unei plasme din berylium dopata cu ioni reziduali – viteza de racire, opacitate la radiatia multi-chromatica a fibrei de carbon, opacitate la radiatia mono-chromatica de 180 ev a laserilor
2. Calculatie privind debitul in grame/secunda de combustibil nuclear injectat sub forma de plasma in aria de compresie a laserilor, calculatie masa reziduala de Helium 4 rezultata, side reactions pentru 9Be + P
3. Calculatie privind area efectiva si area de colectare a foietajului de tip Wolter Type 1. Calculatie si desene privind dispunerea spatiala a pinzei de carbon in configuratia clasica.
4. Calculatie privind al doilea mod de dispunere a pinzei de carbon si anume dispunerea radiala si calculatie privind aliniamentul de tip treapta al oglinzilor.
5. Calculatie privind incarcatura dinamica structurala pe pilonii de sustinere a panourilor din structura tip rubinon.
6. Calculatie privind cimpul magnetic intr-o plasma aneutrala din berylium (main component) la 26 kev si calculatie privind efectul de autocompresie datorat cimpului magnetic.
7. Perspective de imbunatatire a PROIEKT TAIMIR (Novii Taimir) – calculatii privind accelerarea ionilor super-grei in cimpul radiativ si magnetic al laserilor, energii cerute la impact in functie de cosinus alpha, cross-section la 40, 150 si 800 Mev pt obtinerea Uralium, Baikalium si Flerovium
8. Calculatie privind moderarea neutronilor de 2,45 Mev in cazul D+D (branch 2), incarcatura fotonica radiativa pe m2
9. Calculatie privind absorbtia neutronilor rapizi in panourilor de Carbon si Boron-11 – incarcatura termala si deformare structurala
10. Calculatii pentru 24 de variante de plasma + temperatura privind rata de purjare (evacuare) in afara ariei de impingere a laserilor, energia eliberata in fluxurilor incidente, samd
11. Calculatie privind intensitatea ceruta de perna magnetica folosita pt colectarea pulberii de elemente ZETA-X. Materiale permisive magnetic ce pot fi folosite pentru cosul de colectare.
12. Consideratii teoretice privind forma, structura si stabilitatea hyper-nucleelor asociate elementelor super-grele dincolo de A = 200.
13. Calculatie emisivitate pt compozite din carbon-boron, carbon-carbon, tungsten fiber, silicon carbide fiber etc
14. Consideratii teoretice aferente PROIEKT ESENIN privind lichidul FERMI, survabilitatea si cresterea non-liniara a intensitatii cimpului gravitonic in 4-a dimensiune, disparitia colorizarii gluonilor peste 40 Tev, imposibilitatea hadronizarii la aceste temperaturi, conversia radiatiei bremmstrahlung a gluonilor in gravitoni, calculatii privind efectul de alungire relativistica a nucleonilor de Au.
15. Calculatie privind greutatea si dispunerea geometrica a aranjamentelor pt Proiectul GAGARIN. Calculatie privind compensarea deformarii structurale in urma accelerarii. Calculatie privind impingerea in tone-forta.
16. Calculatie privind randamentul general (pierderea efectiva de energie) in urma conversiei prin lucrul mecanic – Proiekt TUNGUSKA.
17. Calculatii si consideratii teoretice privind noua formula a lui GAMOV.
18. Calculatie privind emisivitatea plasmei generate prin vaporizarea unui fir compozit intr-un tub micrometric de litium fluorid (amperaj generat de un GEPE type 5= 2-5 ns, 80-120 MA, 0,8 – 4 MJ)
19. Calculatie privind folosirea celui de al 2-lea tip de ovoid –de tip « two-joined-dishes » incarcatura termala a foitejului de tip WOLTER Type 1 – calculatie privind dimensiunea minima necesara a acestui tip de foietaj.
20. Calculatie privind necesarul de masa de gaz per cm2 pentru absorbtia radiatiei X soft (pina in 2 kev) emisa prin moderarea ionilor generati de plasmoid. Consideratii privind emisia isotropica a acestor ioni.
21. Calculatie privind costurile de productie aferente Proiectului Tunguska –Romania –Mai 2018.
22. Calculatie privind pretul de productie per megawatt pentru 40 de ani – PROIEKT TUNGUSKA.
23. Consideratii teoretice privind timpul probabil de injumatatire a ionilor de Plumb folositi pentru obtinerea Fleroviumului 298.
24. Consideratii teoretice privind migratia materiei baryonice super-grele in spatiul 4D – aplicarea conceptului de manifold unei singularitati
25. Consideratii teoretice privind interactiunea cimpului magnetic al laserilor cu cimpul magnetic al plasmoidului.
26. Consideratii teoretice privind absorptia in plasme de temperaturi joase a radiatiei gamma de peste 400 ev.
27. Estimari de opacitate in diverse combinatii de combustibil nuclear. Calculatii privind emisivitatea secundara si lungimea de unda a acesteia in ev.
28. Calculatii privind frecventa plasmei in diverse combinatii de combustibil nuclear in interiorul plasmoidului.
29. Calculatie privind efectele benefice a shifting-ului generat de atmosfera de argon la emisia pinzei de carbon.
30. Consideratii privind inglobarea rubinonului intr-un ansamblu energetic multi-spot unde focul thermonuclear central sustine si este sustinut de alte plasmoide externe exothermice. Prezentarea conceptului de puls intr-un astfel de aranjament.
31. Calculatie privind impactul unui foi cilindrice accelerate de un puseu electromagnetic cu un cilindru din saphire. Emisivitate si focusare – calculatii privind incarcatura maxima radiativa posibila de obtinut in W/cm2 – toate aferente Proiectului Samiotissa
32. Calculatii privind overlapping-ul in PROIEKT NOVAIA ZEMLEA. Comportamentul HVAS la impact – calculatie privind reactia secundara de fuziune – estimari teoretice privind necesarul de compresie pt Aluminiumul 27, cross-section pt radiatia secundara gamma, calculatii privind atingerea pragului Schwinger, consideratii teoretice privind comportamentul materiei baryionice la expuneri radiative de peste 1032 W/cm2.
33. Calculatii de flux in PROIEKT SEVERNAIA ZEMLEA.
34. Calculatii privind PROIEKT SEABORG – calculatii privind viteza jeturilor de combustibil nuclear, calculatii privind capacitatea de recuperare a elementelor ZETA-X obtinute.
35.Consideratii teoretice privind obtinerea de compresii de 1028 Bars pentru dezintegrarea materiei baryonice si obtinerea complexelor instabile de tip FERMI – PROIEKT NOVAIA ZEMLEA. Calculatii privind folosirea plasmelor de temperaturi si presiuni inalte ca oglinzi pentru radiatia gamma.
36. Calculatii privind dispunerea subterana a incintei de derulare a PROIEKT NOVAIA ZEMLEA – unda de soc in peretii, stabilitate termica si mecanica a camasii de beton armat de 18 m grosime. Calculatii privind camasuirea cu ceramice refractare .Expuneri mecanice pina la 28 kt.
37. Calculatii privind randamentul general al generatoarelor de tip 4,5 si 8 bazate pe tehnologia RECUD.
38. Calculatii si avantaje ale tehnologiei ELEKTRAN.
39. Calculatii privind PROIEKT URANIA – necesarul radiativ al oglinzilor rotative , focusare si randament general.
40, Calculatii privind emisiile radioactive in PROIEKT INDIGIRKA.
41. Calculatii si consideratii teoretice privind instabilitatea elementelor super-grele din Arcul Seaborg de dincolo de a doua insula a stabilitatii. Clustering si migrare 4D.
42. Calculatii privind STEP1 in cadrul PROIEKT TUNGUSKA. Amorsa reactiei nucleare – calculatii privind socul radiativ initial , calculatii si consideratii teoretice privind completarea amorsei din centrul geometric cu un flux electric in pinza de carbon. Calculatii privind consumul in joule pentru ridicarea temperaturii pinzei, viteza de propagare termica in pinza.
43. Calculatii privind camasuirea stratului interior reflectorizant al rubinonului cu un strat micrometric de ceramica transparenta in cazul D+T (anularea absorptiei de hydrogen)
44. Consideratii teoretice si calculatii privind privind aranjamente nucleare cu 2, 3 si 4 etaje de amplificare.
45. Calculatii privind cross-section pentru ECP in diverse formule ale plasmoidului.
46. Consideratii teoretice privind ECP in cazul Helium 4.
47. Tehnici de imbogatire in Nitrogen 15 (extrase)
48. Calculatii de emissivitate in PROIEKT NOVAIA ZEMLEA – Experiment CIORNAIA AKULA.
49. Consideratii teoretice si calculatii privind privind cerintele de compresie si dopaj, amplificarea si propagarea energiei de spot nuclear intr-un ansamblu longitudinal si nu sferic.
50. Concept –design privind multi-Universe – imposibilitatea BIG-BANG, diferite concepte teoretice privind materia si spatiul, teoretizari privind aplicarea teoriei relativitatii in spatiul 4D.
51. Calculatii si consideratii teoretice generale privind accelerarea magnetica non-liniara a unei pinze tubulare din CNT-Cu urmata de accelerarea ultra-rapida prin ablatie fotonica – PROIEKT BURAN – calculatii privind cresterea rezistentei ohmice odata cu presiunea in structura, efectul de ablatie , mirroring la radiatia de ablatie , calcule termodinamice privind presiunea maxima posibil de obtinut – calcule de preparatie pentru PROIEKT TAIMIR.
52. Calculatii privind compresia maxima posibil de obtinut cu ajutorul sapelor reactive concentrice – efectul 2D si 3D.
53. Calculatii privind dinamica mecanismului de ablatie in cazul experimentului IRTIS.
54. Calculatii privind dinamica mecanismului de ablatie in cazul experimentului KATUN.
55. Calculatii privind dinamica mecanismului de ablatie in cazul experimentului BYIA.Consideratii teoretice privind descompunerea acetilenei versus combustia acesteia in oxygen, ozon si fluor.