I = "XU 0 #!6 Y! ( " [ P (? C>4 " q r >$(- D ' ( M. = P-! 0( x!+!" y 4 Q!" >B Q -" = P-! 0( L

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1 Downloaded from ijcm.ir at 14: on Friday February 1st 219 v:w K m 1 > #$, ' ) 6 ~ C$ ) % )!D e! + & # / &' )+, -.' #$ %! $ &' )+, -.' #$ %! / / : / / : ) =/E 1 = # C -#D C A $;#< = > +! 9: $ : 7 8E-+.= K = P >' %O = PNK - M -#K L, J# #$I# >'!D H D. > F >4! 3 E4 E!4V -E$ 1 E TE+U PI# %.-#> P PI# % - '?'KM '!$ R SR Q! > E! + E, = P /! /K = D.!+!#! O = P =!4V.- W!.'K > E %E >!#! O E ' $ 6-2!C!$OS = P C D. +!K CP = P-! = T # 7 Y'4 ;M ;X< = = F K I =.- = M D! [ = D Y! $ - > -Z >4! \ =P #!#! O.- $ a + - K []] $ W!.'K /! D =/+ = P b.[i j] -$ D P % < = D =-!? = C#P D -# K I# = -#P W!l'K = P k = CP m] - $ 1!K CP /K k! = P k #$ o4 D <K D >!#! O = P5.[n I = XU #!6 Y! [ /! [ '!$ ; 2 #!6 Y!>p Y!>R = P? C>4 q r >$- D ' M 1M < N r %jt -Z [n s] - D = PI# #$ a M.[w v] Y! b D ` D J# = P-! x!+! y 4 Q! > Q - = P-! L! +!+ z -K D -# < D )!#! M :.! >. $ 6 \Y! \%! O \ 3 4 : 1 / 2 A $;#< = > +! ]^ D = > ` / D '?'KM = PI# %! b# 7-$.- -$ /ak 7-$ D =!4V K > D K- -$ >4 %! = P! 2 = P3 4 T+U.- a L # 3 4 = P Q'cD /! J# % -#> P % O = P -#> P % O d >'!D / P!. =-2D <!#! O >'!D =/ S -$ WCZ D P 4V D = Pe+f!` K fk D 4V.- $ =-#DQ! K = P = Z = PI# = D =-! T+U D P-!OK 8-+ P # )!#! M =P # >'!D '?'KM = P '!$ >Z P.! i^isj]n}} : D C i^i]jiijn :%?+K e{ -#

2 1 #$ #$ +D +a Downloaded from ijcm.ir at 14: on Friday February 1st º 9m' 9! < = Peb %!D D = > K º ' m! < = P, F $ 9 º ::' w K >4! '?'KM -#D C = C$ º ' %O > - M = P - W $ '?'KM = PI#. F = '!$ NK &# 2JF NK = M VM = PI# D CP #$I# 7R!.'K = K = P >' /! LC#& P1M = - = P. W.$) [ }] -#> P J# ` -#> P '?'KM '!$ = W!.'K! = P Y!+ S M K 8-+ Z D ŒF 4D - D WC, ŽC, P D D <K D. =P & -# > = KW -$ /!#! O!+ 1/! D Y!+ S M - > %PM = P-! LC P-!? 1- %!#ccp!4v D % O = KT #!?! = Q! > D -2 + b D. I % O % O 3 4 #,! > < V? D <K D -2 = = > 4 -!? -!? 7?> = PI D %PM-! -#. C!.[ m] %! ]/j^= ' -$ J# #$%! = ' $ C v:: #, WCZ.[ w] - $ W!.'K!#! O!C!$ D &> D = 1/! D 2!Lb!f >!#! O -#!C!$ P.[ :] ;M PH P1M H / D ƒ!2 =-! = P!f pc2 PI# 1-$ %, D P!+F.[ : ] -P PH [ 1-$ >!#! O -# M WZ Z!f D!f!! K %.[ ]! W.$ =-!!f!f C D $!! K D x8 $ UM Q > -! $ /K WZ!+D F D - #, % 3 fk $.-D =-! = < H / D.[ : ] 1-$ >!#! O %!Z P C #, L 3 fk #P P C F 4 D -$ a L # 5 3 4!4V. 4 Q'6 D 1 D/! I# ' /ak = D #, D $ 6 =!4V % #$ J# % $ 2 = P - > D. /!!C!$ o4 K > F D HP ˆ % Y! 1 D #! D =?> = D 1M N r Wf % > D. $ 2 []^] 1 #$%! = ' J#!2F 6 5-

3 Downloaded from ijcm.ir at 14: on Friday February 1st 219 v: =!4V #$ &# 7 2JF.- -$ Žb # % PI# % Z - WCfK K?> 7 < PNK = - '!$ %!#ccp = Z 7 2JF = b D = >'!D Q - -$ = K- -$ > = P D D <K D.- >$ 3 4!4V W!.'K 3 4!4V &> 4 J# = PNK >4 #$ -4 - C!F D D /K -#> P 5 '! D - 4 Q'6 D P1M = P = D -$ a L # 3 4 /ak = P C <1M.- -P ' WD F P1M 7 - D I# D D #! < = P =! D -$ XRDx. K /! M - L Œ! 'K WD F = &. ) a 4 = P C 1 &# = P C =! +!#! O = P < P/! M % z > P C!K CP +!+!L M RK /K 1/! D <K D, = P.-P 1' 7?> ƒ+> = P C 5 34 K I# /K = P %$ = C. e -<)!L M RK, = P! +!#! O Y = -#P 1 ' -#> P!+. D P C. > '! Y!+ S M - 7 L, = -#P W!.'K = P - W!#! O!+.!L M RK /K!P P +!K CP /!! + H $!K CP. e -<) -#> P, = P -M < D P /K!+ D CP P $ a# +!Z D H $ 7!! K P = J# =! LK = P >' < D <K D.[]t] > $ N b = PI# Pe+f V? ` - K /! /! Z x!+!. $!4V -$ /K -$, D K.!+! = P T K erf x!+! =! D -$ D >$ Z -$ /! M = P C ) CK. > F!+! + C>!!#! O > % < x!+! &> 4 /K 1#, D P C 4 D!#! O = ad!+ Z -# M P C F % -P 1 ' T!K K D '! D [^]! WZ = P C = P!#! O! + C> = D CP D - K!+.[ s] -#P W!.'K -$ D!4V % Q! >-! &> 4 Q! > < %PM.! = P -D M - = o4 D m1> m C$ -+< 7 P = Px., = P rk D x I# = P3 4 J# = PI# = D C! K 3 [b.-$ ) a! < 7 r> L` D P1M..! D = & I# = P D P C -$ = Dx., /ak `M I# D P 58C! Z = P #$ = D.-$ ) a /! M - L #$ WD F =..! D P = XRF/! M!C!$ T! K #$ = D /! XRD. S #.K o4 D 1 D # D. ) a P C = PH M 1M D J# 3 4!4V z > ) a P C =. /! 1 % -D.- -$ = P - > D - M D!K D C -#6 # ; > -#>$ #!O )! >!K Q /!# %PM /!6 - M o F D P C x8 - -$ > < ]j = P1M = H M. ) a!f n 7- D 89 :; - > % VM = PI# -$ ) a = P D D <K D - M W $ -#> P I#!4V = 7-$ D %O = P - M.-#> P %O D > D = PNK Q'cD P1M < =! D -$ 1 1#, D R SR = PI# %. 4 [ ] ƒ jw.$) - -$ /ak [b >'!D -#> P = #! 7 - D P1M!K #K el!? M % #! ; W.$) $ - -$ 1 = '!$ ) D D R SR / = P +D = '!$ PI# 1#, D /! % -! jw.$) -$ W!.'K = +c+6 D 7 jw.$) $ -P ' PI# %, - P C 4 D /! #! '!$ +LK >!? = '!$ NK D J# = PNK. jw.$) $ = yjw.$) - $ =-#D &# 2JF R SR Q! > $ 4 /K = P +D.-#> P >! K!+! > -M &# 7 2JF >'!D &# 2JF = PNK - 7 2JF #$ P1M /! %PM = P P Q! > Z %PM 7 L! K jw.$) - [JF + Žb # >'!D Q /!# %PM = P 3 4!?! HP, D - -$ = P C

4 Downloaded from ijcm.ir at 14: on Friday February 1st #$ #$ +D +a $ P1!K & D Q /!# )!#! M Q!!+! -#!! K ;M =>f +D K. $ P5. /! = P >$ P7?K, D /ak ;M = P QP D /! P1M = P D a!> -#K?> D = P >' - = P. 7?K P ` T+U -#> P I#W W!$ -# -#!C!$. /! $ 7!! K =P 4 D '?'KM = P '!$ P.! P7 8-+.[j]-# M < D Q /!# %PM $ C -4 v:.! = P M D W I, D 1M D %PM $ > = < =p D = < b 4 D /!! + C>.[s] $ M!K CP, D b X!` K %!CP >4 %PM D!#! O.[s] $ )4 H /. = 7.!+! Y Al4Si4O1)OH)8 e =P ;M = P p < = >4 pd=p -$ P1M 4 a, D - $ W -LK = D -#P 4 ;M = > #!' < b 4 D P5!C!$ T! K.[} j] -E 1-E! = E# -E M! E D -$ /ak R SR ƒ : XPL $ 6 = J# = PI#..! rk <5 -E$ W!.'EK = E#! \ > +! ]/ t - 1-! = # -M -$ 1 '!$ = #! el!? M = D ; \ > +! ]/s^ - M = +c+6 ) D D R SR / = P +D '!$ -E M, 1#, D % -! 7 \ > +! / t - 1-! = # = EP +D y.\ E> +! ]/s^ - 1-! = # -$ a #! '!$ +LK >!? D \ > +! ]/s^ - 1-! = # < '!$ = #! /K -$ 4 &#E E2JF NK >! K &# 2JF \ > +! }/^ - 1-! = # NK Q!E > 7 8E-+ RkE ˆR Qtz /K k). > +! /}s - 1-! = # %PM-!!K CP = P \ > +! }/^ - 1-! = #.[]n] = r>4 Q R,) Amp el!? M Sa % -! Kfs

5 =!4V v: :jor :nor $ 6 = J# #$ o4 D m1> 3 4 = P C neral Quartz Orthoclase Albite Muscovite Montmorillonite m C$ -+< XRD/! M z > 6=! =P Illite Kaolinite Hematite Halite Chlorite Downloaded from ijcm.ir at 14: on Friday February 1st 219 Sample FA1 F2 KA4 K2 KA1 KA2 > W.$!! K = Q! > -! & P C, D Na2O 1/! H /.-D H / - -$ = K- -$ H / -#L 6 HP.! = P z > K #!DH! WD F P C Q WC, $ -! 3K a!k CP # D!4V.- >$! D4 D a, D %PM = P-!.[ %! ) - %v:/99 QaZ!! K, D Q! >!K M1!?! L D, D - = - = P-! =. $ e -<) = P - > D!K $ 6 +C<.! < % P C =/!6?> P C % :/ P C % TiO2 %!&! $ %PM -! %!&!!+F = P-! % CaO - /.j e -<) -#> P %j/j $ = P - > D %vm/!c!$ = P/! M z > 1M - >!4V QaZ P - > > 4D e -<) D = M 7!+C, D X [!! K Y'4 = - e - MOR.! erf % - > HP!C!$ H / '' erf L MOR 1/! $ ' = PH#K D D -! % Kp D - [ : ] Kp D ='> $ W! D -P 1' 3 fk b 4 D x!+! - x!+! HP D X ) &#P W.$. /!!?! KA2 = C -$ > $ >'!D L.! 7prf = D Al2O3 H / & =. $ -P w] CK 1>D K HP P C H / T< SiO2 H /.?> &>! $ 6 = P C Kp D P C -! % - D SiO2 1/! -Z -Z / D D # D Y! [ %.-$ D % /w >D CP Y! = P - > /! Al2O3 % /9:v %m/m T!K K D Na2O K2O 1' J# = P C >'!D -P D K2O CaO SiO2 Al2O3. W.$) - w] SiO2 %!&! -2 =!4V %!#ccp. % / P C %!&! >/ 1 ' XRF= P/! M Z z > -#P %!&! - 'C4 ).f> + Z [w v] $ 1/! P C >'!D 5 D.- -$ T< Q! > -! ˆ D -$ ; V J HP M <K < P C!+F = P-! T # = F K I 4D M!+ Q! > D WF-Z D -$ -! K ;M ;X< =P %.[j #,!4V Q! > 1/! %! K Q! > 1-$!+F -!!L M < D <K D - $ -#> P = Q! > = P H < = & I# 7-P ' /! XRD= P/! M WD F D M - K2O.! = P -D = D -!? >4 )!#! M -! =. $!+F = P C % C % = < D )!#! M -!

6 1 #$ #$ +D +a Downloaded from ijcm.ir at 14: on Friday February 1st 219. $ 6 $ C v:m XRF /! M Z z > <= FA1 F2 KA4 K2 KA1 KA2 K3 SiO2 tj/ n t}/ i ti/tt n}/n} ti/} ni/i t/]] Al2O3 ]j/]^ ]i/tj ]^/jj ]s/s} ]^/i} jj/sn ]^/j Fe2O3 /nj ]/^ ]/}} j/^} ]/si ]/ss }/j] TiO2 /]} /]^ /] /j^ /jt /^^ MgO /] /]} /in /s^ /i /n^ ]/^} CaO ^/^} /]n /]s /]i /j / ]/i} Na2O /ti /j ]/in ]/js i/ts ]/i^ ]/s^ K2O n/jt n/} i/^ n/s^ j/ i/j} ]/ni MnO /n /^ /] /]^ /j /i P2O5 /j^ /j^ /t /i /i /n SO3 /^ /jn /ss /j] S LOI /j :/v: /9 /mm :/v: / m /j m/v }/] LOI: Loss on Ignition [ w] Y! #, - #, SiO2 nn/ss Al2O3 ] /i} Fe2O3 / CaO ]/sj MgO /n K2O }/n] Na2O n/]j LOI /j. Y! Mc2 - > D C P-!?=? 5-

7 =!4V v:9 1M 1 D.-P #$ o4 D D 1M!` K \ E -E2D :y 'E Downloaded from ijcm.ir at 14: on Friday February 1st 219!CP Y! = x I I D X!` K W, % KQ. =! D CP = P r 4-2!C!$ T! K Y! )-, < /#&# 1 >!K %PM = P-!.-#> P 1M P C I = ` W, % KQ M < -! = F K I T< %PM = P-!. T!K K D M /#&# -!! I T< )! >!K - $ PY! = > 4 I a, D KA2 KA1 = P C = 1 M.[ ] I KA1 = C.} e -< } W.$) -$ ) a K3 K%$! D D L = K!K I K3 = C P C %PM W! D >'!D %.- P C >'!D K3 = C >C KA1 = C 1M I % K%$ = KA1 = C. P C! D /#&# -! 1 >!K %PM = P-! 1/! C KA1 Fe2O3 TiO2 MnO ]/si /jt /j ) KA2 ]/ss /^i /i %$ = F K3 }/j] E WELF :7.KA2 E C 'E ; $ 6 K3 KA2 KA1 = P C C$ = P K = # o4 % KQ = P3 4 D Œ! 'K = D?> ;M ;X< >!!>R I : -#K L, Y! z! I# $ 7 ).f> ) 4 ).f>. $ >4 P1M D L -E D ; E2 RE E$ = EP -D ;M ;X< E ;M ;XE< >C D 1-! = D.-$ D %:/9 >C RE $ -D =-#D e P D Kp ED ED) EK;EU = EP7 8E-+ H / E =?> K2O Na2O!+F = P-! EE CaO MgO EE EE K H /EE % /v m/9 TE!K K D K2O Na2O > D -$ L.[ v] -#E$ D / 9 ED ED D K2O ED Na2O L D) H /E ED HP E P!+F =p D D ;M ;X< ;M ;XE< 1/E!.-ED E H /E SiO2) /K E R.-$ D 7?> - K ƒ+> = P D = D P C =p ED ;M ;XE< = E -E$?>E = P $ 4 D ;X< > D ƒ = P $ elf WD F /! % E< Q! E+ -! E 1 ED p D %!#ccp.-$ D % ;M ;M ;XEE< H /EE WEE + K H /EE EE, D Q! E+ 7 E#D %!& E! = E D E = EP E C.[ji jj] E$.^ e -<) -#> P = D L # ;M ;X< I m +?> WD F ;4!?! ) 1 ' P C! D D L Y! [ m1> E= I!K = F M \ E 1 M -2D :; 1 M WLF :ƒ.ka1 C E5' M. 1 M -2D : 1 M WLF :. K3 C

8 1 #$ #$ +D +a $ % O = P C Downloaded from ijcm.ir at 14: on Friday February 1st 219 v: -4 M z > F= K3 KA2 KA1 >! ]/^ ]/ij ]/}t -#L 6 jn } i} i}/t] it/ij it/^] }/i }/s] n/ns ]n ]s j ;M ;X< n/]^ >Db L z!i# $ I.$. /! = PH C C Y'4 $ 9!K = F %$ = F 3 K H -! e C>Z $ -#P4.-P HP ) 4 = 2 D ) +! jj^ >'!D - > = P D. -$ ƒ 2K [D > > /! [D > > D ) +! n -Z K 9:=p D - D ).f> =p D - %>$ = D.- $?> ) &#P >'!D Q K = D 8-+ ) % O L # P% O % 2D. $?> -D - [D > > D ) +! ^ K.'4 7 L` -D =-!? H / C H.[ ] -#? %!Z L e ># = 2D ]s -Z $ 6 = P C %!&! %>$ = D ^ e -<) [D > > D ) +! % O L # - - D p D D ).f>. $?> -D K / L KC j/^ i/^ pc2 ) } >C > D -$ D Kp D -2-6 P.-$ D = < D) L - - \- D > = < ]j^= K! 1M!#! O =>f -P ` L -# P7? P7 #D 1M $ D >'!D D <K D.-#$ D >$- < 1M - -! š! +!4V N b = PI#! P CP 7 L! K % < = D 7 L! K % R>4 > D y > ) &#P WLF % < =! +< -2 1 D %!.! ) a = -< 7!+C, / ) G 2 =! W.$ x ).f> D Y'4 1/! 1 D p D. $ ƒ 2K H! 1-$ Y'4 P C Y'4 H / TL! x!+! =-!O+ 7 V < W +, D Y'4. $ /! Y'4.!>R ` W, &> D V 7 L, ) 4.[ ]- ` = P - > 5 D. P1M D -$ e C, ' D D D ) +! n Kp D ) 4 -$ ƒ 2K R = -D $ 4. [D > > /! [D > > D ) +! j^ >'!D ^ >'!D -#> P elf -D Y'4 ) 4 = D T!K K D -Z $ 6 = P C Y'4.[ ] D ) +! n/}j ) 4 %!&! %in/^].^ e -<) - [D > > - J =! Y ` K F Y 4 x > W.$!! K &>.$ 1 -D < 4 -#?Z 4 W.$ 1 #ccp! HP NXZ - D &#K &#K = JD $ -! 1-$.!>R 1-$.!>R 6 P. ;M K L Y'4 6 P.-$ -P4 >'!D 1M Y'4 ) 4 -$ D Kp D 3 K H -! e C>Z >C L -$ D >C ;M D.[ w] -$ -P4 >C /! ) 4 M.$ 1 Dp D W! D $ 6 = P C % D <K p 4 -.'4 ) 4

9 =!4V Downloaded from ijcm.ir at 14: on Friday February 1st 219 v:v 4 a!> Y'4 ) 4 1 D p D W! D.$ 3 K H -! e C>Z p D 1-$.!>R 7 /! -P HP ) 4 = P M = D T # >Db L ;M ;X< %!&! D T # -D ƒ Y! $ [ = M D! & [ = D M = r>f [2] Deer W.A., Howie R.A., Zussman J., An introduction to the rock forming minerals, 2nd edition, Longman, London 1992). [3] Grecco L.E., rfil1 S.A., iza P.J., neralogy and geochemistry of hydrothermal kaolins from the Adelita mine, Patagonia, Argentina relation to other mineralization in the area, Clay nerals ) [4] Dill H.G., osse H.R., Henning K.H., Fricke A., Ahrendt H., neralogical and chemical variations in hypogene and supergene kaolin deposits in a mobile fold belt the Central Andes of northwestern Peru, neralium Deposita ) L,.) C! >.) < 2 [^]!C!$OS = 2 J.1 - k 1 D/! '?'KM = PI# #$ : C'6 =! x k œ!+ S M #$%! % = P > - -< = P 5 D.m v o ]i j) ]i C$ = D k [6] eane R.E., odnar R.J., Hydrothermal fluids and hydrothermal alteration in porphyry copper deposits, in Pierce, F.W., and ohm J.G., eds., porphyry copper deposits of the American Cordillera, Arizona Geological Society Digest ) 82-93p. 1-2 = r>f #$ %!.d 1!C -F [t] &' -$ #$ 1 U D 3 % O C!$OS.]i ]) 7Rf -Z R M!C!$. /! o4 D.)! ƒ.; = C>, [s] -! K 1> K U- U 1-2 % O #$ #$ +D +a = P Y! & d.ini it o ]i ) i C$ 1 #$ m1> m C$ $ -+< %! /K 1/! 1 Dp D W! D 1/! P C M < )-, )!#! M -! 1 D W + K % $ W + K, D.[v].! = P M ;M ;X< = XV? D T!K K D %!&!.[ ] X!` K ƒ. %i/t $ 6 = P C N O P2 K L #$ %! ) Q [ ].]is]) - ' ' = D o4 D M) 7 V QaZ HP L >Db L -$ [C< HP - 6 P. 1 x ;M >'!D = P o+4 = < -$ D >'!D QaZ y W+4 $ >'!D L 1/! - 6 P [C< %!&! 1/!.[v] -D HP ;M ;X< a!> %^/jni %!&! b D $ 6 = P C -$.^ e ' &# 2JF = PNK ˆ D %O '?'KM = PI# 3 4!4V ` $ 6 J# = '!$ I# #$.- a L # 5 K 8-+ = P. '!$ = #! /K = #! '?'KM = '!$ PI# % = -#P W!.'K!4V.- -$ WCf> Y!+ S M =- -$ /ak! +!#! O /K = P =!K CP +, = P!L M!+ RK!#! O 1/! K- -$ D = P C.-$ D!C!$ T! K = -$ ) a = P D.- = >'!D!4V % -P 1 ' $ 6 >!#! O -2 = -! %v:/^^ %!&! D p D >L Q!!+! -! =!C!$ T! K. % / %!&! D %! )!#! M Y! = P - > D $ M -F %!#ccp. LF WD F CP >'!D I. Q! >!K %PM /#&# = P-! %! x!+! 1/! 1 D p D. = <M K P C = P C % -$, D $ 6 = P C D p D Y'4 >'!D ;M 4 H#.-#$ D >$ p D = D P1M.! = P M <K D. T # m >C $ 6 = P C $ 6 >!#! O $ ) a = P D D

10 Downloaded from ijcm.ir at 14: on Friday February 1st #$ #$ +D +a [16] Kertz R., Symbols for rock forming minerals, American mineralogist, ) [17] Psyrillos A., nning D.A.C., urley S. D., The nature and significance of illite associated with quartz-hematite hydrothermal veins in the St. Austell pluton, Cornwall, England, Clay minerals, 36 21) [18] The tables of standard amounts for ceramic industry, Roskill information, on line), available from: ral Detail.asp?PID=159 accessed on y 214). [19] Roskill Consulting Group 1996) The Economics of Kaolin. 9th ed., Roskill Information Services, London. [2] enea M., Gorea M., neralogy and Technological properties of some kaolin types used in ceramic industry, 24). #$.) ) CP. =!. C!P D [ ],Ca J# 1! > M D D # ) #!C % O #$ #$ +D %Ca H CP %!CP / 7p.i t i j o ]i ) - ' &' 1 1 < 7 '> Y! > < [ ].]is}) 4 ƒee = EPY! E =SEE #.K.) %!EE>. EC!Z [ ]. 9vm w) 1 E E #!6 3 E 4 [ E $ $ C v:w -4 = P D..) ;%. C!P D. f!dv [ ] = -$ >!#! O 5 = >'!C!$OS #$ = P D D $ & D -#<!D ; U ;#<) DM!$ :) C$ 1 #$ #$ +D +a 1M. : o [1] Nyakairu G.W.A., Koeberl C., Kurzweil H., The uwambo kaolin deposit in central Uganda, mineralogical and chemical composition, Geochemical journal 33 21) [11] Garbarino C., si U., Padalino G., Paloma M., Geochemical feautues of the kaolin deposits. QQ [12] Pirajno F., Hydrothermal Processes and neral Systems, Geological Survey of Western Australia, Springer, 29). [13] Pirajno F., Hydrothermal neral deposits, springer Verlag 1992). : 9:::: #$%! '.) =-!C,.) =L [ m]. v ) ' #$ %! 1 7 '> %! [15] Mohajjel M., Fergusson C.L., Sahandi M.R., Cretaceous-Tertiary convergence and continental collision, Sanandaj-Sirjan Zone, western Iran, Journal of Asian Earth Sciences, 21 23)