tombstone

1

斑岩矿床主要文献

1Bissig,T.,Clark,A.H.,Lee,J.K.W,PetrogeneticandmetallogenicresponstoMiocene

slabflattening:newconstraintsfromtheEIIndio-PascuaAu–Ag–Cubelt,Chile/Argentina.

MineraliumDeposita,2003,38,844–862;

2Beane,R.E.,Titley,S.R.,Porphyrycopperdeposits;PartII,Hydrothermalalterationand

icGeology,1981,75thAnniversaryVolume,pp.235–269.

3Carroll,M.R.,Rutherford,eandsulfatesaturationinhydroussilicatemelts.

JournalofGeophysicalRearch90(Suppl.),1985,C601–C612;

4Defant,M.J.,Drummond,tionofsomemodernarcmagmasbymeltingofyoung

,,1990,347,662–665;

5Einaudi,M.T.,Hedenquist,J.W.,andInan,E.E.,Sulfidationstateoffluidsinactiveand

extincthydrothermalsystems:Transitionsfromporphyrytoepithermalenvironments,in

Simmons,SF,andGraham,IJ,eds,Volcanic,geothermal,andore-formingfluids:Rulersand

witnessofprocesswithintheEarth:SocietyofEconomicGeologistsSpecialPublication

10(GiggenbachVolume),2003，p.285-313;

6GustafsonLB,HuntJP,TheporphyrycopperdepositatElSalvador,Chile，Economic

Geology,1975,70:859-912

7Halter,W.,Heinrich,tke,T,Magmaevolutionandtheformationofporphyry

Cu-Auorefluids:liumDeposita,

2005.39(8):845-863;

8Harris,A.C.,Golding,S.D.,Newevidenceofmagmatic-fluidrelatedphyllicalteration:

y,2002,30,335–338;

9Hildreth,W.,Moorbath,S.,CrustcontributionstoarcmagmatismintheAndesofcentral

butionstoMineralogyandPetrology,1988,98,455–489;

10LowellJD,GuilbertJM,LateralandVerticalAlteration-MineralizationZoninginPorphyry

OreDeposits,EconomicGeology,1970,65:373-408

11HalterWE,PettkeT,HeinrichCA,TheoriginofCu/Auratiosinporphyry-typeoredeposits,

Science,2002,296:1844-1846

12Harris,A.C.,Kamenetsky,clusionsinveins:linkingmagmasandporphyryCu

e,2003,302(5653):2109-2111;

13Hedenquist,enstern,J.B.,Theroleofmagmasintheformationofhydrothermal

,1994.370(6490):519-527

14Heinrich,icvaporcontractionandthetransportofgoldfromtheporphyry

y,2004,32(9):761-764.

15HouZQ,YangZM,MengXJetal.,TheMioceneGangdeporphyrycopperbeltgenerated

duringpost-collisionalextensionintheTibetanOrogen,OreGeologyReviews,2009,

36:25-51

16Liang,HY,SunWDetal,Porphyrycopper-goldmineralizationatYulong,China,promoted

bydecreasingredoxpotentialduringmagnetitealteration,EconomicGeology,2009,

104:587-596;

17Mitchell,A.H.G.,MetallogenicbeltsandangleofdipofBenioffzones:Nature,1973,v.245,

p.49–52.

18Mungall,ingthemantle:SlabmeltingandthegenesisofmajorAuandAu-rich

y,2002,30(10):915-918;

2

19RichardsJP,Tectono-MagmaticPrecursorsforPorphyryCu-(Mo-Au)DepositFormation,

EconomicGeology,98,2003,pp.1515–1533;

20Reich,M.,Parada,M.A.,Palacios,C.,Dietrich,A.,Schultz,F.,Lehman,B.,Adakitelike

signatureofLateMioceneintrusionsattheLosPelambersgiantporphyrycopperdepositin

theAndesofcentralChile:liumDeposita,2003,38,876–

885

21Seedorff,rydeposits:Characteristicsandoriginofhypogenefeatures.

EconomicGeology,2005,100thanniversary251-298.

22Sillitoe,R.H.,1972,Aplatetectonicmodelfortheoriginofporphyrycopperdeposits:

ECONOMICGEOLOGY,1972,v.67,p.184–197;

23Sillitoe,teristicsandcontrolsofthelargestporphyrycopper-goldandepithermal

lianJournalofEarthSciences,1997,44(3):

373-388;

24Ulrich,T.,Günthur,D.,Heinrich,C.A.,TheevolutionofaporphyryCu–Audeposit,bad

onLA-ICP-MSanalysisoffluidinclusions:BajodelaAlumbrera,ic

Geology,2001,96,1743–1774

脉状金矿床主要文献

1Goldfarb,R.J.,Ayuso,R.,Miller,M.L.,Ebert,S.W.,Marsh,E.E.,Petl,S.A.,Miller,L.D.,

Bradley,D.C.,Johnson,C.,McClelland,W.,eCretaceousDonlinCreekgold

deposit,southwesternAlaska:icGeology99,

643-671;

2Goldfarb,R.J.,Baker,T.,Dubé,B.,Groves,D.I.,Hart,C.J.R.,Goslin,P.,2005.

Distribution,character,ic

Geology407–450(100thAnniversaryVolume);

3Goldfarb,R.J.,Groves,D.I.,Gardoll,S.,icgoldandgeologictime:aglobal

logyReviews18,1–75;

4Groves,D.I.,Goldfarb,R.J.,Gebre-Mariam,M.,Hagemann,S.G.,Robert,F.,1998,Orogenic

golddeposits:apropodclassificationinthecontextoftheircrustaldistributionand

logyReviews13,7–27;

5Groves,D.I.,Goldfarb,R.J.,Robert,F.,Hart,C.J.R.,positsinmetamorphic

belts:overviewofcurrentunderstanding,outstandingproblems,futurerearch,and

icGeology98,1–29;

6Kerrich,R.,Goldfarb,R.,Groves,D.,Garwin,S.,racteristics,origins,and

einChina43,1–68;

7Boyle,RW,1979,TheGeochemistryofgoldanditsdeposit,Bull.280;

8DeRonde,CEJetal.,1992,Shearzone-related,AuquartzveindepositsintheBarberton

GreenstoneBelt,southAfrica:Fieldandpetrographiccharacteristics,fluidproperitiesand

lightstableisotopegeochemistry,EconomicGeology,1992,87(2):366-402;

9Jemielita,RAetal.,U-PbevidenceforAbitibigoldmineralizationpostdatinggreenstone

magmatismandmetamorphism,Nature,1992,346,831-834;

10RichardsJPetal.,SourceofmetalsinthePorgeragolddeposit,PapuaNewGuinea:evidence

fromalteration,isotope,mCosmochimActa,1991,55:

3

565-580;

11ZwengPL,MortennJK,DalrympleGB,Thermochronologyofthecamflogolddeposit,

Malartic,Quebec:implicationsformagmaticunderplatingandformationofgold-bearing

ol,1993,86(6):1700-1721;

12PitcairnIKetal.,SourcesofMetalsandFluidsinOrogenicGoldDeposits:Insightsfromthe

OtagoandAlpineSchists,NewZealand,EconomicGeology,2006,101:1525-1546;

13Bierlein,Fetal.,TheRoleofCarbonaceous“Indicator”SlatesintheGenesisofLodeGold

MineralizationintheWesternLachlanOrogen,Victoria,SoutheasternAustralia,Economic

Geology,2001,96:431-452;

14EastAsiangold:Decipheringtheanomalyofphanerozoicgoldinprecambriancratons,

EconomicGeology,2007,102:341-345;

15Kerrich,y,K.F.,TemporalRelationshipsofLodeGoldMineralizationtoAccretion,

Magmatism,MetamorphismandDeformation-Archeantorent-aReview,OreGeology

Reviews,1994,9:263-310;

16Mair,rb,on,,,micalconstraints

onthegenesisoftheScheelitedomeintrusion-relatedgolddeposit,Tombstonegoldbelt,

Yukon,Canada,EconomicGeology,2006,101:523-553

17Lang,J.R.,andBaker,T.,2001,Intrusion-relatedgoldsystems:theprentlevelof

understanding:MineraliumDeposita,v.36,p.477–489.

18Baker,T.,2002,Emplacementdepthandcarbondioxide-richfluidinclusionsin

intrusion-relatedgolddeposits:ECONOMICGEOLOGY,v.97,p.1109–1115;

19Baker,T.,andLang,J.R.,2001,Fluidinclusioncharacteristicsofintrusionrelatedgold

mineralization,Tombstone-Tungstenmagmaticbelt,YukonTerritoryCanada:Mineralium

Deposita,v.36,p.563–582.