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CaO -------------------- 0.5 teni --------------------- 19.4 Cvens mier damuSavebuli am narCenebis Pplazmuri gadamuSavebis xerxi saSualebas iZleva miviRoT mTeli masis 40% ferosilikoalumini, romelis Rirebuleba iqneba aranakleb orjer mcire vidre nebismieri sxva gziT miRebuli ferosilikoaluminis Rirebuleba. yofili sabWoTa kavSiris funqcionirebis periodSi rusTavis metalurgiuli kombinatis ara racionaluri muSaaobis Sedegad mis mimdebare teritoriebze dagrovilia milionobiT tona metalurgiuli narCenebi. am metalurgiuli narCenebis umetesuba Seicavs 70%-mde rkinas, ufro met rkinas vidre nebismieri rkinis madani. Cvens mier damuSavebuli am narCenebis Pplazmuri gadamuSavebis xerxi saSualebas iZleva miviRoT foladebi, romelTa Rirebuleba iqneba aranakleb orjer mcire vidre nebismieri sxva gziT miRebuli foladebis Rirebuleba. maRaliEeleqtrogamtarobis mqone narCenebis plazmuri gadamuSavebis xerxi mdgomareobs SemdegSi (nax. 19). 71
naxazi 19. maRaliEeleqtrogamtarobis mqone narCenebis plazmuri gadamuSavebis meTodis ganxorcielebis sqema: 1- Rumeli; 2- eleqtrogamtaruli narCenis briketi. 3- anodi; 4- plazmuri rkali; 5- kvebis wyaro; 6- gamdnari sasargeblo nivTiereba; 7- Slaki; 8 da 9 – nacmi; 10- gamosaSvebi Rari. RumelSi 1 Eeleqtrogamtari narCenis brikets 2 da anod 3 Soris anTia plazmuri rkali 4, romelsac deni miewodeba kvebis wyarodan 5. eleqtrogamtari narCenis briketi dneba da iSleba or nawilad: gamdnari sasargeblo nivTierebis 6 da Slakis 7 saxiT. SlakSi gadasuli maRali temperaturisEeleqtrogamtaruli narCenis nawili iwvis nacmidan 8 Cawodebul JangbadSi. wvis produqti plazmuri Rumelidan gaedineba nacmidan 9. wvis siTbo emateba plazmur rkalSi gamoyofil siTbos da monawileobs mTlianadEeleqtrogamtari narCenis dnobaSi. sasargeblo nivTierebis gamdnari masa Rumelidan gamoiyofa gamosaSvebi Raridan 10. mTlianad RumelSi moxmarebuli jamuri siTbos raodenoba Sedgeba plazmuri rkalidan gamoyofil siTbosa da wvis Sedegad miRebuli siTbosgan. RumelSi myardeba wvis Sedegad miRebuli SedarebiT dabali da plazmuri rkalidan miRebuli maRali temperaturis gasaSualebuli temperatura. amiT wvis Sedegad miRebuli siTbos raodenobas emateba plazmuri rkalidan miRebuli siTbos is raodenoba, romelc sakmarisia eleqtrogamtari narCenis briketis gasadnobad. amgvarad izogeba plazmur rkalSi miwodebuli eleqtruli energia da mcirdeba kvebis wyaros simZlavre. vinaidan eleqtrogamtari narCenis briketzeUuSualod anTia plazmur rkali, miRebuli temperatura yovelTvis sakmarisia nebismieri masalis eleqtrogamtari narCenis gasadnobad. amiT uzrunvelyofilia nebismieri eleqtrogamtari narCenis gasadnobad sakmarisi temperaturis miReba da specialuri eleqtrodebisa da eleqtruli energiis xarjis Semcireba. 72
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daviTi geleniZe samTo qanebisa da t
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saqarTvelos teqnikuri universiteti
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gamowveul gacivebis procesTan. dadg
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Abstract The using of the plasma te
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Sinaarsi Sesavali -----------------
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cxrilebis nusxa cxrili 1. maRali si
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naxazi 24. marTkuTxa maxasiaTeblis
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1. liTonebis plazmuri Wrisa da Sedu
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da programa ($3.7.1-3.7.3.), [7]),
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siCqare aWarbebes zebgeriT siCqares
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warmonaqmnis miRebis xerxis gamoyen
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Cvens mier damuSavebulia iseTi samr
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2. Batkhadze Z., Gelenidze D., Marq
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1. liTonebis plazmuri Wrisa da Sedu
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aris maRalturbulenturi ganmuxtvis p
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firmebis mier gamoSvebuli plazmuri
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aRematebodes muSa Zabvis maqsimalur
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daaxloebiT erTidaigive. saqSenis mi
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$1.2.5. plazmatronis eleqtrodebi K
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plazmuri Wris saeqpluatacio teqniku
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simZlavre (kvt) Wris siCqare(mm/wT)
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P plazmuri dafrqvevis specialuri te
Page 45 and 46: zedapirTan. eleqtrorkaluri gadadnob
Page 47 and 48: naxazi 4. plazmuri burRi.E1- nodi;
Page 49 and 50: Pnaxazi 8. satexis korpusi aRdgenis
Page 51 and 52: amisaTvis ki saWiroa: plazmuri Wav
Page 53 and 54: plazmuri danadgaris muSa procesis a
Page 55 and 56: naxazi 11. plazmuri danadgaris Cana
Page 57 and 58: momentSi aRmoCndeba, rom rkalis den
Page 59 and 60: 2 ⎛ r ⎞ i β = α − ⎜ ⎜1
Page 61 and 62: Nu Re wy α λ wy ⋅d = nuseltis k
Page 63 and 64: wyT TwyT+ Twyc 26+ 21 T = = = 23,5
Page 65 and 66: xolo −3 Q 50⋅10 = 2F 2⋅4,5⋅
Page 67 and 68: imisaTvis, rom ganisazRvris im reze
Page 69 and 70: qanSi temperaturis gavrcelebis maTe
Page 71 and 72: sadac 0 ≤ τ ≤ z1 ⎟ ⎛ 2π
Page 73 and 74: Semdeg masalebs an maT kombinaciebs
Page 75 and 76: minimum samkuTxa Caketili plazmuri
Page 77 and 78: magnituri nakadi. SemoTavazebuli pl
Page 79 and 80: es xerxi uzrunvelfyofs mZlavri plaz
Page 81 and 82: naxazi 14. mZlavri plazmuri Wavlis
Page 83 and 84: qanSi. es xdeba qanis gadnobisas qa
Page 85 and 86: Sedegadac xdeba qanis moculobis Sem
Page 87 and 88: moTavsebulia anodi 5 da kaTodi 4. k
Page 89 and 90: moculoba naklebi iyos gamdnariMqani
Page 91 and 92: naxazi 18. plazmuri burRvis xerxi d
Page 93 and 94: 6. Fe - qanis forianobis koeficient
Page 95: ferosilikoalumini. foladis ganJangv
Page 99 and 100: am xerxiT metalurgiuli narCenebis m
Page 101 and 102: siTbos raodenoba Sedgeba plazmuri r
Page 103 and 104: (nax. 21) da Catarebulia misi muSao
Page 105 and 106: naxazi 24. marTkuTxa maxasiaTeblis
Page 111 and 112: π 3 3 2 J d = ∫ id d ωt = 1, 35
Page 113 and 114: U roca g ≥1, me-(15) gamosaxulebi
Page 115 and 116: oca g>0 , 2 3π + 9 6π b0 = U Λm
Page 117 and 118: 101.19 /icd/ 97.234 101.19 97.234 1
Page 119 and 120: Rmax 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.
Page 121 and 122: $4. samTo saqmeSi gamoyenebadi ara
Page 123 and 124: cxrili 6. plazmatronis parametrebis
Page 125 and 126: naxazidan (nax. 31) Cans, rom PG-40
Page 129 and 130: naxazi 34. plazmuri danadgaris foto
Page 131 and 132: $4.3. bunebrivi samSeneblo masalebi
Page 133 and 134: naxazi 36. plazmiT modnobili bazalt
Page 135 and 136: naxazi 38. sistemis: “marTkuTxa m
Page 137 and 138: cxrili 9. optimaluri teqnologiuri p
Page 139 and 140: perspeqtiuli areebis gamovlena, pla
Page 141 and 142: 9. plazmuriBburRvisMmeTodi, romelic
Page 143 and 144: “Tanamedrove samTo teqnologiebi
Page 145 and 146: 49. Ronald Davidson. An Introductio
Page 147:
90. Von Engel, A., Electric Plasmas
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