,

<<

 >>  , ,

GEODYNAMICS & TECTONOPHYSICS

-

PUBLISHED BY THE INSTITUTE OF THE EARTHS CRUST

SIBERIAN BRANCH OF RUSSIAN ACADEMY OF SCIENCES

2014 VOLUME 5 ISSUE 1 PAGES 1939 ISSN 2078-502X

http://dx.doi.org/10.5800/GT-2014-5-1-0116

THEEVOLUTIONOFTHESIBERIANCRATON,PETROGENESISAND

Institute of the Earths Crust, SB RAS DIAMONDPOTENTIALOFTHEMANTLEMAGMATICSYSTEMS The 65th Anniversary of the P.I.Dorogokupets,K.N.Egorov InstituteoftheEarth'sCrustSBRAS,Irkutsk,Russia Abstract:Thearticlereviewsthehistory,mainscientificfieldsandmajorresultsofthestudiesperformedbytheLaboratory ofPetrology,GeochemistryandOreGenesisandtheLaboratoryofGeologyandMagmatismofAncientPlatforms. Keywords:craton,mantle,diamond,kimberlite,basicrock,thermodynamics. Citation:DorogokupetsP.I.,EgorovK.N.2014.TheevolutionoftheSiberiancraton,petrogenesisanddiamond potentialofthemantlemagmaticsystems.Geodynamics&Tectonophysics5(1),1939.doi:10.5800/GT2014 510116. ߠΠ,Ѡ Ƞܠՠՠ ̠ ..,.. cCΠP,pc,cc :, 20092013., . :,,,,,. 1.Š () ... , ,, Р , , ,ʠΠ͠ , , . () P.I. Dorogokupets, K.N. Egorov: The evolution of the Siberian craton Ԡ VIII.72 , , . . 2.ߠ,ȠȠ .. 1965. . Ѡ 2006 . ... .. . ʠ XX . 젠 . 17 .1.... . . 젠 Fig.1.AcademicianF..Letnikov. .. .   Р 2.1.ߠ   ( 2014 .) , 15 ,͠ (.1),1 , 8(.2). , . 2.2.ŠŠߠ 2.3.ŠŠߠ  Р , , ,, , . .  , : 1) . ( , , , , , , , . ), 22 2) , (, 3) ). . , 4) , : () . ( Geodynamics & Tectonophysics 2014 Volume 5 Issue 1 Pages 19 .2.,():..,.., ..,.....,.....,..,....,..... .,..,.....,..,.....,..... . Fig.2. The staff of the Laboratory of Petrology, Geochemistry and Ore Genesis (left to right): N.V. Sizykh, .S. Sokolova, F.A. Letnikov, M.V. Marchuk, Yu.B. Danilova, L.V. Baranova, V.B. Savelieva, P.I. Dorogokupets (Head of the Laboratory), L.I.Menshagina,L.A.Ivanova,.V.Levin,V.Ya.Medvedev,B.S.Danilov. )[Letnikov,2009Letnikovetal.,2010]. ( ) , , , 1000 . () [Levin, Letnikov, 2010 Turkina 1000 . etal.,2011Letnikov,Levin,2013]. , PR1 , [Letnikovetal.,2011,2013]. ,   ( ) , , , . (), UPb (SHRIMPII) (). , P.I. Dorogokupets, K.N. Egorov: The evolution of the Siberian craton .3.(Gal)(Pav) .4.(,) (Del)(Caol) (,). . Fig. 4. Fayalite crystals on the surface of quartz (, ) and Fig.3.Galuskinit(Gal)andconcretionsofpavlovskiite(Pav) quartsemissionsinleucocraticgranite(,). and dellaite(Del)inthecalciumolivine(CaOl)scarnofthe Birkhinskymassif. [Shumilova, Dani lova,2009Shumilovaetal.,2011Danilovaetal.,2012]. ,  500 Ѡ 1000 , , . H2ONH3, :10% NbZrTR (+Th, 50% . U,Be). , Si Fe Pz1 NaCl, (YNb . TaWCsSn) .   , (.4,5). Ca8(SiO4)2(Si3O10)Ca7(SiO4)3(CO3)(.3) [Savel'eva, Karmanov, 2010 Savel'eva, Bazarova, 2012 . Savel'eva et al., 2011, 2012 Armbruster et al., 2011 [Marchuk et al., 2009 Ivanova et Lacis et al., 2011 Galuskin et al., 2012 Gfelleer et al., al.,2010Letnikovetal.,2012Sapozhnikovetal.,2012]. 2013]. , , , , ~100ʠ ( ). , , ,MgO,Ag,Al,Au, , Cu,Mo,Nb,Pt,Ta,W. . [P()=1870/0(1+6/0)] (.6). Au, ( Pt, MgO B2NaCl ). ,   . .   , Geodynamics & Tectonophysics 2014 Volume 5 Issue 1 Pages 19 [Litasovetal.,2013]. .., 2010 廠 蠫. ..,2011䠖, 350 . , 80 ... 2.4.۠ߠȠ ࠖ . 5. (). : , , Fig.5.Fayalitecrystalsonferriferousclamps(). (IPMS), .   , , B2NaCl 1200 Ѡ 0.4 , [Dorogokupets et al., 2012 Sokolova et al., 2013]. .   PVT .6.[Holzapfel,2003,2005,2010Dorogokupets,Oganov, 2003,2007Dewaeleetal.,2004b,2008Chijiokeetal.,2005Syassen,2008][Maoetal., 1986]. Fig.6.Differencesbetweenrecentcalibrationsoftherubyscale[Holzapfel,2003,2005,2010Dorogokupets,Oganov,2003, Dewaeleetal.,2004b,2008Chijiokeetal.,2005Syassen,2008]andtheclassicalrubyscale[Maoetal.,1986]. P.I. Dorogokupets, K.N. Egorov: The evolution of the Siberian craton . .. (̠ Π ) 30 2000.





3.ߠȠȠՠ ̠ 3.1.ߠ 1971 . . Ѡ 1971 1991 . .... .7. ..(.7).Ѡ1991. 19711991..... ... .. . . (2014 .) 17 , 4 3(.8). Fig.7.B.M.Vladimirov,DoctorofGeologyandMineralogy, Head of the Laboratory of Geology and Magmatism of An : cientPlatformsfrom1971to1991. 1) , 2) , , ,, , 3) , . . .  ,, 3.2.ŠŠߠ20092013. , ʠ XX (. 9). XXI . : 1) 2 , 2) .  ( , ) 3) .   : , , , , 4) , 䠫 ,.. , . , . (20092013.).  蠠 Geodynamics & Tectonophysics 2014 Volume 5 Issue 1 Pages 19 .8. 2013.,:.. ,......,......,......,......⠖., .......:..,..,..,..,.. .:..,..,..,......,..,... Fig.8.ThestaffoftheLaboratoryofGeologyandMagmatismofAncientPlatformsin2013(lefttoright):1strow:Yu..Minaeva, S.P.Sumkina,V.G.Semenova,L.V.Solovjeva,G.V.Orlova,T.M.Levi2ndrowS.V.Telezhnikov,O.A.Kuznetsova,M.G.Kar naushenko,I.A.Kalashnikova,E.V.Antipin3rdrowS..Glushenkova,N.I.Akulov,A.I.Melnikov,A.I.Kiselev,K.N.Egorov (HeadoftheLaboratory),andD.A.Koshkarev. , . , . (HALIP) (.10). .  , , . , , [Solovyevaetal.,2010,2012]. , (. 11). : P.I. Dorogokupets, K.N. Egorov: The evolution of the Siberian craton .9. . Fig.9.ThemodeloffluidmagmatictransformationoftheasthenospherelayersandthelithosphericmantleoftheSiberiancratonin theMiddlePaleozoickimberlitecycle. . , . . , , .   [Kiselev et al., 2010, 2012 Egorov et al.,2010].   . , (R,V,Pz) . , :  (,1200), Geodynamics & Tectonophysics 2014 Volume 5 Issue 1 Pages 19 .10. (). Fig.10.LocationsofthePermTriassicandDevonianmagmaticassociationswithinthelimitsoftheeasternpartoftheSiberiancra ton(theinsertshowstrappareaswithinthelimitsoftheSiberiancraton). (, 630 ) (,370)(.12). , ( ) , . TNd(DM) , , 2.1 1.8 . (. 13, 14). , 2.12.0 . , P.I. Dorogokupets, K.N. Egorov: The evolution of the Siberian craton .11.Nd(T)Sr(T),. 1234 5 6.1,2,3 ,. Fig.11.TheepsilonNd(T)epsilonSr(T)diagramforkimberlites,trappsanddoleritesoftheVilujriftsystem. 1 the Late Mesozoic kimberlites 2 trapps at the eastern margin of the Tunguska syncline 3 trapps of Norilsk region 4 the Devonian doleritesandkimberlitesoftheMirnykimberlitefield5trendsoftrappcompositionvariationsfortheeasternpartoftheTunguskasyncline6 trendsofcompositionvariationsoftheLateMesozoickimberlitesoftheOlenyokuplift.Boxes1,2,and3showdeepsourcesoftrapps,theDevo niandoleritesandLateMesozoic,respectively. (. 15). Ѡ , (. 16). , (Nd=4.2, 87Sr/86Sr(t)=0.7050) [Egorovetal.,2010]. . TNd(DM) 651. (Nd = 0.2, 87Sr/86Sr(t) = 0.7078) (19792009 .) ,924. . , 蠫 , . , 堫廠(.15). , .  Geodynamics & Tectonophysics 2014 Volume 5 Issue 1 Pages 19 .12.. 12(à,ʠ , )3()4 (I,II)5( ) 6 7 ( ) 8 () 9 .()10.()11 (頖)12()13( )14.()1516. Fig.12.LocationsofpotassiumultrabasicandbasicrockswithinthelimitsofthesouthwesternmarginoftheSiberiancraton. 1thePhanerozoicsedimentarycover2theEarlyPreCambriangranitegneisscomplexes(àBiryusarock,ʠBelskoKitoyrock, Sharyzhalgaihorst)3depositsoftheKhamsarasyncline(CambrianCarbon)4theLateProterozoicgrabensoftheUrikTumanshetpericra ton zone (I YrikIjsky, II Tumanshetsky) 5 granitegneiss embankment (the Low Proterozoic Sayansky complex) 6 volcanogenic sedimentaryformationsoftheLowRipheanriftogenicstructure7KaragasskayaseriesofthePrisayanskytrough(UpperRiphean)8Osel kovayaseriesofthePrisayanskytrough(Vendian)9diamondbearinglamproitesoftheIngashiriver(MiddleRiphean)10kimberlitesofthe Yarma river (Vend) 11 alkaline ultrabasic rocks and carbonatites of the Ziminsky complex (Upper Riphean Vend) 12 ultrapotassium trachytes(UpperRiphean)13lamproitoidsofthePrisayanskytrough(MiddleDevonian)14micapicritesoftheTumanshetriver(Middle Riphean)15siteswherediamondswerefound16largestfaults. P.I. Dorogokupets, K.N. Egorov: The evolution of the Siberian craton . 13. ( ). Fig.13.SpecificmorphogeneticfeaturesofdiamondsoftheoctahedralhabitusfromtheIngeshetplacer(MiddlePaleozoic kimberliticorebodyoftheYakutiantype). , , . [Egorov, Melnikov, 2013 Kopylova et al., 2013]. ,   蠖蠫 . , , , (.17). [Koshkarevetal.,2010]. , , .   , . .14.( ). Fig.14.SpecificmorphogeneticfeaturesofdiamondsofthedodecahedralhabitusfromtheIngeshetplacer(PreCambrianlampro iticorkimberliticorebodyoftheArkhangelsktype). Geodynamics & Tectonophysics 2014 Volume 5 Issue 1 Pages 19 .15.()() 蠫. 14蠫58蠫9廠 10111213 14.. Fig.15.First()andsecond()stagesoffaultingandformationofthekimberliticcomplexoftheUdachnayadiamondpipedeposit.

14typesofkimberlitesoftheWesternUdachnayapipe58typesofkimberlitesoftheEasternUdachnayapipe9blindtypesatellite kimberliticbodies10kimberliticveins11dykesofdoleritesandtrachytes12sedimentaryrockstacks13faults14absoluteelevations ofproductionhorizons. P.I. Dorogokupets, K.N. Egorov: The evolution of the Siberian craton .16. ,(Ɩ5)蠫(..

15,,). Fig.16.ThethirdstageoffaultingandintrusionoftheLatePaleozoicEarlyMesozoicdykesofdolerites,andveins(ƭ5)ofthe CarboniferouspotassiumtrachytesintheareaoftheUdachnayapipe(seethelegendinFig.9,,). (.18). .  , , , . , [Koshkarevetal.,2010Egorovetal.,2012]. , / , , . . , ୠ Geodynamics & Tectonophysics 2014 Volume 5 Issue 1 Pages 19 .17.(+455)(+350)蠫. 12( 80.%)325.%4 567 . Fig.17.Geologyofthetop(+455)andmedium(+350)horizonsoftheYubileynayapipe. 1 large xenoliths of host sedimentary rocks 2 xenolithsaturated kimberlitic breccia (xenolith content from 25 to 80% of the volume) 3kimberliticbrecciawithxenolithcontentsbelow25%ofthevolume4aphyricandschlierentaxitekimberlites5porphyritickimberlites 6autholithkimberliticbrecciaoftheintermediatephaseofintrusion7autholithkimberliticbrecciaofthelatephaseofintrusion. , , , , , , . . (. 19). . ,, (10/3). . V VII 2227 . .   (, [Grakhanov ) etal.,2010]. . , . . , , . , ࠠ , P.I. Dorogokupets, K.N. Egorov: The evolution of the Siberian craton Geodynamics & Tectonophysics 2014 Volume 5 Issue 1 Pages 19 . 18. .

1 ;

2 - ;

3 : -- (), ();

4 :

(), - (), (), ();

5 : (), - (), - (), - ();

6 - ();

7 : 1 , 2 3 , 4 ;

8 ;

9 , : 1 , 2 -, 3 , 4 , 5 -, 6 , 7 , 8 , 9 , 10 , 11 , 12 , 13 , 14 , 15 , 16 , 17 , 18 , 19 , 20 , 21 , 22 , 23 , 24 . : 10 , ( );

11 ;

12 , , , .

Fig.18.LocationsofdiamondbearingminerogeniczonesandforecastedareasinthesouthernpartoftheSiberianplatform. 1currentboundaryoftheplatformcover2SayanBaikalpolycyclicfoldedarea3ArcheancratonsoftheSiberianplatform(ʠBi ryusaAngaraOlenyok,ʖBaykit)4contoursofdiamondbearingsubprovinces(ߠYakutian,ҠAngaraTungusskaya,ϠPrisayan skaya,Baykitskaya)5diamondbearingminerogeniczones(ϠPrisayanskaya,ҠUdinoTungusskaya,ҠLenaTugusskaya,̠ VilujskoMarkhinskaya)6AngaraVilujskayadiamondbearingminerogeniczone()7kimberliticandlamproiticfields:1Mirnykim berliticfield(MiddlePaleozoic),2Chadobetskoeand3TaginoTarydakskoekimberliticfields(Mesozoic),4Ingashinskoelamproiticfield (UpperProterozoic)8ultrabasicintrusionsandcarbonatitesoftheBeloziminskycomplex(Vend)9forecastedpromisingareasthatareade quatetoakimberlitic/lamproiticfield:1Ingashetskaya,2TanguyUdinskaya,3Andochinskaya,4Chukshinskaya,5BiryusaChun skaya,6Murskaya,7Magdonskaya,8Ilimskaya,9Tubinskaya,10Tushamskaya,11Verkhnekatangskaya,12Changilskaya,13 Ikskaya,14Nemuyskaya,15Altybskaya,16Ereminskaya,17Verkhechonskaya,18Verkhekochemskaya,19Nizhnekochemskaya, Verkheapkinskaya,21Nizhneapkinskaya,22Tarydakskaya,23Shushukskaya,24Khushmukanskaya.Integratedcontoursofgeological formationsoftheplatformcover:10areascomposedoftheRipheanLatePaleozoic(toSilurian,inclusively)formations11areaswherethe DevonianandCarbonformationsareabundant12areasthataremainlycomposedofthePermian,MesozoicandCenozoicformations. , : 1) , , , [Egorov et al., 2) 2010]. 3)  2011. , 100 .. ͠ Р , ..ࠖ . (19541976 .) ͠Р Π ͠ , (1963.,1971.) (1975.

).   2011 . .. . . 2012... ...,.. 350 . , .. , .. 75 . . , , 3.3.۠  (2020.) . , P.I. Dorogokupets, K.N. Egorov: The evolution of the Siberian craton .19.(,)() . Fig.19.Digitalphotosoffragmentsofvitroclastic(,)andlithovitroclastic()suevitesinbackscatteredelectrons. Geodynamics & Tectonophysics 2014 Volume 5 Issue 1 Pages 19 /REFERENCES ArmbrusterT.,LazicB.,GfellerF.,GaluskinE.V.,GaluskinaI.O.,SavelyevaV.B.,ZadovA.E.,PertsevN.N.,AnowskiP.D. 2011.Chlorinecontentandcrystalchemistryofdellaitefromthebirkhingabbromassif,EasternSiberia,Russia.Minera logicalMagazine75(2),379394.http://dx.doi.org/10.1180/minmag.2011.075.2.379. DanilovaYu.V.,ShevchenkoS.G.,KlybaL.V.,DanilovB.S.,2012.Compositionofsolublecarbonaceousmaterialfromrocks of the Arshan tectonic zone (southeastern part of the Eastern Sayan). Geochemistry International 50 (2), 185192. http://dx.doi.org/10.1134/S001670291202005X. DorogokupetsP.I.,2010.PVTequationsofstateofMgOandthermodynamics.PhysicsandChemistryofMinerals37(9), 677684.http://dx.doi.org/10.1007/s0026901003672. DorogokupetsP.I.,SokolovaT.S.,DanilovB.S.,LitasovK.D.,2012.Nearabsoluteequationsofstateofdiamond,Ag,Al,Au, Cu,Mo,Nb,Pt,Ta,andWforquasihydrostaticconditions.Geodynamics&Tectonophysics3(2),129166.http://dx. doi.org/10.5800/GT2012320067. Egorov K.N., Andryushchenko L.G., Karnaushenko M.G., 2010. The first discovery of impactites from a new astroblem within the SouthWestern Siberian platform. Doklady Earth Sciences 432 (2), 737741. http://dx.doi.org/10.1134/S10 28334X1006005X. EgorovK.N.,KiselevA.I.,MenshaginYu.V.,MinayevaYu.A.,2010.LamproitesandkimberlitesofPrisayanye:composition, sources, diamond potential. Doklady Earth Sciences 435 (2), 16701675. http://dx.doi.org/10.1134/S1028334X101202 51. Egorov K.N., Kiselev A.I., Yarmoluk V.V., Nikiforova A.V., 2011. Composition and sources of magmatism of the Vilyui MiddlePaleozoicriftareaandtheproblemofcombinationofitsbasicrockandkimberlitederivatives.DokladyEarth Sciences436(1),7682.http://dx.doi.org/10.1134/S1028334X11010144. EgorovK.N.,MelnikovA.I.,2013.StructuralcompositionalevolutionofthekimberlitebodiessystemfromtheUdachnaya pipe.Rudyimetally1,5359(inRussian)[..,.. 蠫//.2013.1..5359]. EgorovK.N.,SolovyevaL.V.,KoshkarevD.A.,2012.Rareelementcompositionofpyropesfromlamproitesandancientdis persion halo of the SouthWestern Siberian platform. Doklady Earth Sciences 443 (2), 496501. http://dx.doi.org/10. 1134/S1028334X12040125. Galuskin E.V., Gfeller F., Savelyeva V.B., Armbruster T., Lazic B., Galuskina I.O., Tbbens D.M., Zadov A.E., Dzier zanowski P., Pertsev N.N., Gazeev V.M., 2012. Pavlovskyite Ca8(SiO4)2(Si3O10): A new mineral of altered silicate carbonatexenolithsfromthetwoRussiantypelocalities,Birkhinmassif,BaikalLakeareaandUpperChegemcaldera, NorthCaucasus.AmericanMineralogist97(4),503512.http://dx.doi.org/10.2138/am.2012.3970. GfellerF.,ArmbrusterT.,GalushkinE.V.,GalushkinaI.O.,LazicB.,SavelyevaV.B.,ZadovA.E.,DzieranovskiP.,Gazeev V.M.,2013.CrystalchemistryandhydrogenbondingofrustumiteCa10(Si2O7)2(SiO4)(OH)2Cl2withvariableOH,Cl,F. AmericanMineralogist98(23),493500.http://dx.doi.org/10.2138/am.2013.4257. GrakhanovS.A.,SmelovA.P.,EgorovK.N.,GolubevYu.K.,2010.Sedimentaryvolcanogenicnatureofcoarsegrainedsedi mentsoftheCarnianstageoftheNorthEasternSiberianplatformanewtypeoftheprimarydiamondsources.Ote chestvennaya geologia 6, 313 (in Russian) [ .., .., .., .. //.2010.6..313]. HultquistG.,SzaklosP.,GrahamM.J.,BelonoshkoA.B.,SprouleG.I.,GrsjL.,DorogokupetsP.,DanilovB.,AstrupT., Wikmark G., Chuah G.K., Eriksson J.C., Rosengren A., 2009. Water Corrodes Copper. Catalysis Letters 132 (34), 311316.http://dx.doi.org/10.1007/s105620090113x. IvanovaL.A.,MarchukM.V.,MedvedevB.Y.,2010.ExperimentalinvestigationofthefayaliteforminginthefluidH2OH2 NH3. Zapiski RMO139(3),115121(inRussian)[..,..,.. H2OH2NH3//.2010..139.3..115121]. KiselevA.I.,ErnstR.E.,YarmolyukV.V.,EgorovK.N.2012.RadiatedriftsanddykeswarmsofthemiddlePaleozoicYakutsk plume of eastern Siberian craton. Journal of Asian Earth Sciences 45 (2), 116. http://dx.doi.org/10.1016/j.jseaes. 2011.09.004. KiselevA.I.,YarmolukV.V.,KolodeznikovI.I.,2010.ComparativecharacteristicsoftheMiddlePaleozoicandLateRiphean plume magmatism of the Siberian platform (based on the isotopicgeochemical results of the SetteDaban basic rocks study).DokladyEarthSciences430(1),7077.http://dx.doi.org/10.1134/S1028334X10010010. Kopylova M.G., Kostrovitsky S.I., Egorov K.N. 2013. Salts in southern Yakutian kimberlites and the problem of primary alkalikimberlitemelts.EarthScienceReviews119,116.http://dx.doi.org/10.1016/j.earscirev.2013.01.007. KoshkarevD.A.,EgorovK.N.,KarpenkoM.A.,MakovchukI.V.,2010.Themainparametersofthediamondpotentialofge ologotechnologicaltypesofkimberliteoresfromthelargestdiamonddepositofYakutia(Yubileinayapipe).Rudyimet ally4,2735(inRussian)[..,..,..,.. ()//.2010.4..2735]. P.I. Dorogokupets, K.N. Egorov: The evolution of the Siberian craton KoshkarevD.A.,EgorovK.N.,SlagodaYe.A.,DenisenkoYe.P.,2010.LowerCarboniferouspyropebearingsedimentsofthe AngaraUdainterfluveandproblemoftheprimarydiamondpotentialwithintheSouthernSiberianplatform.Regional naya geologia i metallogenia 41, 8292 (in Russian) [ .., .., .., .. //.2010.41..8292]. LacisB.,ArmbrusterT.,SavelyevaV.B.,ZadovA.E.,PertsevN.N.,DzieranovskiP.,2011.Galuskinite,Ca7(SiO4)3(CO3),a newskarnmineralfromtheBirkhingabbromassif,EasternSiberia,Russia.MineralogicalMagazine75(5),26312648. http://dx.doi.org/10.1180/minmag.2011.075.5.2631. Letnikov F.A., 2009. Autonomous fluid systems of the continental crust. Doklady Earth Sciences 427 (2), 947949. http://dx.doi.org/10.1134/S1028334X09060130. LetnikovF.A.,DanilovB.S.,DorogokupetsP.I.,2011.Energyparametersofdeepfluidsystems.DokladyEarthSciences437 (2),548551.http://dx.doi.org/10.1134/S1028334X11040210. LetnikovF.A.,IvanovaL.A.,MedvedevV.Ya.,KuznetsovK.E.,2012.Experimentalstudyoftheselforganizationprocessofa fluidized granite melt under decompression. Doklady Earth Sciences 443 (2), 506508. http://dx.doi.org/10.1134/ S1028334X12040150. Letnikov F.A., Kotov A.B., Degtyarev K.E., Salnikova E.B., Levchenkov O.A., Shershakova M.M., Shershakov A.V., Riz vanovaN.G.,MakeevA.F.,TolkachevM.D.,2009.SiluriangranitesofnorthernKazakhstan:UPbageandtectonicposi tion.StratigraphyandGeologicalCorrelation17(3),275282.http://dx.doi.org/10.1134/S0869593809030034. LetnikovF.A.,LetnikovaA.F.,DanilovB.S.,2013.RelationshipbetweentheHeatandChemicalEnergiesofComponentsin DeepFluidSystems.DokladyEarthSciences453(2),12341236.http://dx.doi.org/10.1134/S1028334X13120106. Letnikov F.A., Levin A.V., 2013. Geochemical correlation between dykes of topaz granites and elvans (Kokchetav block, NorthernKazakhstan).DokladyEarthSciences448(1),5860.http://dx.doi.org/10.1134/S1028334X13010054. Letnikov F.A., Zayachkovskii A.A., Letnikova A.F., 2010. On the geochemical specialization of deepseated highcarbona ceoussystems.DokladyEarthSciences433(1),962965.http://dx.doi.org/10.1134/S1028334X10070251. LevinA.V.,LetnikovaA.F.,2010.TourmalinegraniteoftheKumdykolgraphitediamonddeposit.DokladyEarthSciences 435(2),16371640.http://dx.doi.org/10.1134/S1028334X10120184. LitasovK.D.,DorogokupetsP.I.,OhtaniE.,FeiY.,ShatskiyA.,SharyginI.S.,GavryushkinP.N.,RashchenkoS.V.,Seryotkin Y.V.,HigoY.,FunakoshiK.,ChanyshevA.D.,LobanovS.S.,2013.Thermalequationofstateandthermodynamicproper tiesofmolybdenumathighpressures.JournalofAppliedPhysics113,093507.http://dx.doi.org/10.1063/1.4794127. LitasovK.D.,GavryushkinP.N.,DorogokupetsP.I.,SharyginI.S.,ShatskiyA.,FeiY.,RashchenkoS.V.,SeryotkinY.V.,Higo Y.,FunakoshiK.,OhtaniE.,2013.Thermalequationofstateto33.5GPaand1673Kandthermodynamicpropertiesof tungsten.JournalofAppliedPhysics113,133505.http://dx.doi.org/10.1063/1.4799018. LitasovK.D.,SharyginI.S.,ShatskiiA.,GavryushkinP.N.,DorogokupetsP.I.,SokolovaT.S.,OhtaniE.,DymshitsA.M.,Ali firovaT.A.2013.PVTEquationsofstateforironcarbidesFe3CandFe7C3andtheirrelationshipsundertheconditions of the Earths mantle and core. Doklady Earth Sciences 453 (2), 12691273. http://dx.doi.org/10.1134/S1028334X 13120192. Litasov,K.D.,SharyginI.S.,DorogokupetsP.I.,ShatskiyA.,P.N.GavryushkinP.N.,SokolovaT.S.,OhtaniE.,LiJ.,Funako shiK.,2013.ThermalequationofstateandthermodynamicpropertiesofironcarbideFe3Cto31GPaand1473K.Jour nalGeophysicalResearch:SolidEarth118,52745284.http://dx.doi.org/10.1002/2013JB010270. LitasovK.D.,ShatskiyA.,GavryushkinP.N.,SharyginI.S.,DorogokupetsP.I.,DymshitsA.M.,OhtaniE.,HigoY.,Funakoshi K.,2013.PVTequationofstateofsideriteto33GPaand1673K.PhysicsoftheEarthandPlanetaryInteriors224,83 87.http://dx.doi.org/10.1016/j.pepi.2013.07.011. Sapozhnikov A.N., Kaneva E.V.,CherepanovD.I.,SuvorovaL.F.,LevitskyV.I.,IvanovaL.A.,ReznitskyL.Z.,2012.Vladi mirivanovite,Na6Ca2[Al6Si6O24](SO4,S3,S2,Cl)2H2O,anewmineralofsodalitegroup.GeologyofOreDeposits54(7), 557564.http://dx.doi.org/10.1134/S1075701512070070. Savel'evaV.B.,BazarovaE.P.,2012.TheEarlyProterozoicPrimorskiicomplexofrapakivigranites(westernCisbaikalia): Geochemistry,crystallizationconditions,andorepotential.RussianGeologyandGeophysics53(2),147168.http://dx. doi.org/10.1016/j.rgg.2011.12.012. Savel'eva V.B., Bazarova E.P., Karmanov N.S., 2011. Accessory minerals from the Primorsky rapakivi granite complex, WestBaikalRegion.GeologyofOreDeposits53(8),708722.http://dx.doi.org/10.1134/S1075701511080149. Savel'evaV.B.,KarmanovN.S.,2010.QuartzalbitemicroclinemetasomaticrocksinthemainSayanfaaultzone:evolution of metasomatism and composition of accessory minerals. Geology of Ore Deposits 52 (4), 302321. http://dx.doi.org/ 10.1134/S1075701510040057. SavelevaV.B.,PresnyakovS.L.,LepekhinaE.N.,LarionovA.N.,BazarovaE.P.,2012.Principlestagesofgraniteandpegma titeformationinthesoutheasternpartoftheMainSayanFault.DokladyEarthSciences442(1),4955.http://10.1134/ S1028334X12010291. ShumilovaT.G.,DanilovaYu.V.,2009.Newgenetictypeofgraphiteinconnectionwithtravertines.DokladyEarthSciences 428(1),11711173.http://dx.doi.org/10.1134/S1028334X09070290. Geodynamics & Tectonophysics 2014 Volume 5 Issue 1 Pages 19 Shumilova T.G., Danilova Yu.V., Gorbunov M.V., Isaenko S.I., 2011. Natural monocrystalline carbyne. Doklady Earth Sciences436(1),152154.http://dx.doi.org/10.1134/S1028334X11010314. SokolovaT.S.,DorogokupetsP.I.,LitasovK.D.,2013.Selfconsistentpressurescalesbasedontheequationsofstateforruby, diamond,MgO,B2NaCl,aswellasAu,Pt,andothermetalsto4Mbarand3000K.RussianGeologyandGeophysics 54(2),181199.http://dx.doi.org/10.1016/j.rgg.2013.01.005. Solov'evaL.V.,YasnyginaT.A.,EgorovK.N.2012.MetasomaticparagenesesindeepseatedxenolithsfrompipesUdachnaya and Komsomol'skayaMagnitnaya as indicators of fluid transfer through the mantle lithosphere of the Siberian craton. RussianGeologyandGeophysics53(12),13041323.http://dx.doi.org/10.1016/j.rgg.2012.10.004. SolovyevaL.V.,YasnyginaT.A.,KorolukV.N.,EgorovK.N.,2010.Geochemicalevolutionofdeepfluidsinthemantlelitho sphereoftheSiberancratonduringtheMiddlePaleozoickimberlitecycle.DokladyEarthSciences434(2),13301336. http://dx.doi.org/10.1134/S1028334X10100090. TurkinaO.M.,LetnikovF.A.,LevinA.V.,2011.MesoproterozoicgranitoidsoftheKokchetavmicrocontinentbasement.Dok ladyEarthSciences436(2),176180.http://dx.doi.org/10.1134/S1028334X11020103. ,...,., Π͠ 664033,,.,128, email:dor@crust.irk.ru Dorogokupets,PeterI.,DoctorofGeologyandMineralogy,HeadofLaboratoryofPetrology, GeochemistryandOreGenesis InstituteoftheEarthsCrust,SiberianBranchofRAS 128Lermontovstreet,Irkutsk664033,Russia email:dor@crust.irk.ru ,..., . Π͠ 664033,,.,128, email:egorov@crust.irk.ru Egorov,KonstantinN.,CandidateofGeologyandMineralogy, HeadofAncientPlatformsGeology&MagmatismLaboratory, InstituteoftheEarthsCrust,SiberianBranchofRAS 128Lermontovstreet,Irkutsk664033,Russia email:egorov@crust.irk.ru

 
 >>  , ,

:





 
<<     |    
2013 www.netess.ru -

, .
, , , , 1-2 .