[ashraf_shaalan]_nanomaterials and nanocatalysis for energy, petrochemicals and environmental...

8/21/2019 [Ashraf_Shaalan]_Nanomaterials and Nanocatalysis for Energy, Petrochemicals and Environmental Applic.pdf

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US Egypt science and Technology Institute

Dr. Mostafa A. El-Sayed

Julius Brown Chair and Regents Professor

Georgia Institute of Technology

Atlanta, Georgia, USA

"Nanomaterials and Nanocatalysis

for Energy, Petrochemicals

and Environmental Applications"

National Research Centre

Cairo, March 27 April 5

under the auspices of

Prof . Dr. Ashraf ShaalanPresident, National Research Centre

Organized by

Prof. Dr. Mohamed S. El-Shall

Prof. of Chemistry

Virginia Commonwealth University

Richmond, Virginia, USA

Prof. Dr. Ali Ali Shabaka

Professor of Spectroscopy,

Physics Division, National Research Centre,

Cairo, Egypt

US Egypt ASI


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National Research Centre, Cairo

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&Y#I$ % &I#I$ Catalysis from Single Crystals to Nanoparticles &Energy Applications

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"#$$ % &$$ 3.*-2(-+/0+# Wayne Goodman (USA) &Mohammed Ibrahim Zaki (Egypt)

"#$$ % &$#$$ Fundamentals of Surface Reactions & Mechanisms

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&I$ % &I#I$ 3.*-2(-+/0+# Francisco Zaera (USA) &Hassan Talaat (Egypt)

&I$ % &Y#I$ Supported Metal Clusters: Spectroscopic andMicroscopic Evidence of Synthesis, Structure,Reactivity, and Catalysis

U-MO( L.,(+C0*G(-+*,; /7 A.=*7/-0*. ., 9.G*+9.G*+H A? "5^&^H C3?

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&Y#I$ % &I#I$ Nanostructured Surfaces for Sensing andCatalysis Applications

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&^#$$ % &]#$$ 3.*-2(-+/0+# Mark White (USA) &Abd El-Aziz M. Saeed (Egypt)

&^#$$ % &\#$$ Observation of Chemical Reactions on Surfaces usingSTM. Watching Individual Molecules do their MolecularDances

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"#$$ % &$$ 3.*-2(-+/0+# Mohamed Eddaoudi (USA) &Ahmed Abd El-Menniem (Egypt)

"#$$ % &$#$$ Synthesis and Characterization of Highly-Dispersed,Supported Metal Oxide Catalysts

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Nanoparticles of Differently Prepared Modified MetalGold / Supported Catalysts for the Water Gas Shift

Activity

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&^#$$ % &]#$$ 3.*-2(-+/0+# Samy El-Shall (USA) &Magdi M. Nasralla (Egypt)

&^#$$ % &\#$$ Petrochemicals Processing: Past Experience andFuture Prospects

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&$#$$ %&$$ Effect of Preparation Parameters on the Properties ofTiO2Nanoparticles for Dye Sensitized Solar Cells

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&^#$$ % &]#$$ SESSION-11NANOMATERIALS FOR ENERGYAPPLICATIONS

Chairpersons: John Yates (USA) &Abd El-Hady B. Kashyout (Egypt)

&^#$$ % &\#$$ Plasmonic-Semiconductor Hybrid Nanostructures forPhoto-Electronic Device Fabrication

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"#$$ % &$#$$ Confining Resonant Photons to the Nano-Gold Length

Scale: The New Properties and Applications inMaterial Science, Nanobiology and Cancer Nano-Medicine

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3.*-2(-+/0+# Vicki Grassian (USA) &Mahmoud Khedr (Egypt)

&I$ % &Y#I$ Infrared Studies of Interest to Catalysis andMicroelectronics

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&Y#I$ % &I#I$ IR Observation of Adsorptive and CatalyticInteractions on Metal and Metal Oxide Surfaces

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"#$$ % &$#$$ Metallic and Bimetallic Nanocatalysts for the EconomicSynthesis of Decorated Carbon Nanotubes (CNT) forEnvironmental Applications

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First Day

Sunday, March 28, 2010

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The Use of the Nanoscale Confinement Properties of Nanoparticles in

Some Applications to Environmental, Catalytic and Energy Research

Mostafa A. El-Sayed

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Catalysis from Single Crystals to Nanoparticles & Energy

Applications

D. W. Goodman

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Nanostructure Nanoassemblies for Next Generation Solar Cells

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The Rise of Graphene: Catalysis and Nanocomposite Applications

M. Samy El-Shall7($&.)A(9) -2 *9*& *9*& KLKTR6 D4"=ZA&*#X A3(#3%\8+@[(/@

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References

J[ I[ "'/(#3&5(/6 "[ "#j&.&3%6 &9/ V[ 4[ =#Z4%#6 -8.&0 V#%.,02009, KJ6 KTKPZKTLR[K[ V[ 4[ =#Z4%#6 I[ "'/(#3&5(/6 "[ 4[ e%/(.6 ?[ V[ "[ ?&33&96 ?[ V[ =#Ze&/(.*6 &9/ Y[;(*+%6W0 V#%.,0 -8.&[ 20096 JU6 SNKPZSNLJ[L[ ?[ V[ "[ ?&33&96 I[ "'/(#3&5(/6 "[ 4[ e%/(.6 e[ V[ "'-@g(*/6 h[ Y(.9(. &9/ V[ 4[ =#Z4%#6W0 V#%.,0 -8.&06 2009, JU6 LTLKZLTLS[

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Second Day

Monday, March 29, 2010

3


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Fundamentals of Surface Reactions and Mechanisms

Francisco Zaera

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Tutorial for Characterizing Catalysts using Probe Molecules

Mark G. White

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Supported Metal Clusters: Spectroscopic and Microscopic Evidence

of Synthesis, Structure, Reactivity, and Catalysis

Bruce C. Gates

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Nano-Structured Surfaces for Sensing and Catalysis Applications

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References

JZ =#(+).-/($-3*)(/ A() &) +-9/@+)*9> $-#5A(. (#(+).-/(3[ BZ =22(+) -2 $&.)*+#( 3*H(&9/ 2*#A )%*+b9(33 -9 (#(+).-+%(A*+ .(3$-93(6 :&/& C[ "))&6 "[ G C[ e%*2&6

"$$#[ [email protected][ 4+*[6 KPL6 RKSLkRKTK6 !KQQS0[KZ =#(+).-/($-3*)(/ A() &) +-9/@+)*9> $-#5A(. (#(+).-/(3[ BBZ 4)@/5 -2 )%( -E*/&)*-9-2 A()%&9-# &) $-#5!LZA()%5#)%*-$%(9(0 A-/*2*(/ _*)% 1)Z1/ +-Z+&)5)6 "%A(/G :&/& C[ "))&6 4-%(. "[ 7&._*3%6 4%*A&& V[ "#*6 Y-$*+3 *9 $/ 9&9-+#@3)(.3 $-#5!:ZA()%5#$5..-#(0 (#(+).-/( *9 $%&.A&+(@)*+ &9/ '*-#->*+ 2#@*/36 :&/& C[ "))&6V&%(. C[ =#Ze&/5 &9/ "%A(/ G *9 $.(336 "9[ ^*-+%(A[6/-*XJQ[JQJNij[&'[KQJQ[QJ[QQJ6 !KQJQ0

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Observation of Chemical Reactions on Surfaces using STM-

Watching Individual Molecules do their Molecular Dances

John T. Yates, Jr.

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Surface Enhanced Raman Spectroscopy as Nanoscience

Hassan TalaatC&+@#)5 -2 4+*(9+(6 "*9 4%&A3 D9*8(.3*)56 5$)

=ZA&*#X %&33&9)&&)\%-)A&*#[+-A

Y%( /*3+-8(.5 -2 [email protected]&+( (9%&9+(/ ;&A&9 3+&))(.*9> !4=;40 A-.( )%&9 LQ 5(&.3 &>-6-2 &/3-.'(/ A-#(+@#(3 -9 .-@>% "> (#(+).-/(3cJd6 %&3 -$(9(/ & 9(_ 2*(#/ )%&) +&9 '().@#5 3+.*'(/ &3 )%( 2*.3) 9&9-3+*(9+( cKd[ B9 4=;4 )%( ;&A&9 3$(+).& -2 A-#(+@#(3 -93$(+*#5 $.($&.(/ A() [email protected]&+(3 !9&9-$&.)*+#(30 *3 -'3(.8(/ )- %&8( *9)(93*)5 )%&)(E+((/3 '5 P )- JR -./(.3 -2 A&>9*)@/(cL6Rd _%&) *3 (E+($)(/ *9 )%( &'3(9+( -2 )%(3(9&9-$&.)*+#(3[ 4*9+( )%( *9+($)*-9 -2 4=;46 )%( -.*>*9 -2 3@+% (9%&9+(A(9) %&3 '((9

.(&3-9(/ )- (#(+).-A&>9()*+ ! =V 0(22(+) &9/ )- +%(A*+ ! +%&.>( ).&932(. 0 (22(+)[Y%( 2*.3)6 %&3 '((9 /(A-93).&)(/ )- >*8( )%( A&j-. $&.) !@$ )- JJ -./(.3 -2 A&>9*)@/(0 -2 )%( (9%&9+(A(9) 6 &9/ *3 )%( .(3@#) -2 %*>%#5 +-9+(9).&)(/ =V 2*(#/3 &33-+*&)(/_*)% 3).-9> #-+*H(/ [email protected]&+( $#&3A-9 .(3-9&9+(3 !F41;0 &) *9)(.3)*)* 3*)(3 -2 )%(A() 9&9-3).@+)@.( [email protected]&+(3 _*)% +#-3(#5 3$&+(/ 2(&)@.(3[ Y%( 3(+-9/ (22(+) >(9(.#5.(3@#)3 *9 & K -. L -./(. -2 A&>9*)@/( cKd (9%&9+(A(9) *3 9-) /*3+@33(/ *9 )%*3

$.(3(9)&)*-9[ Y%(-.()*+ &9/ +-A$@)&)*-9 3)@/*(3 %&8( 3%-_9 )%&) F41;(9%&9+(A(9) /($(9/3 +.*)*+#5 -9 )%( 3*H( &9/ 3$(+*2*+ >(-A().5 -2 )%(9&9-3).@+)@.(/ A() $&.)*+#(3 &3 _(## &3 )%( 3($&.&)*-9 '()_((9 )%(3( $&.)*+#(3[ [ B9)%*3 _-.b6 >-#/ 9&9-$&.)*+#(3 -2 /*22(.(9) 3%&$(3 !3$%(.(36 9&9-.-/36 ()+%(/ $.*3A36&9/ 3%&.$ $.*3A30%&8( '((9 $.($&.(/ @3*9> )%( 3((/ A(/*&)(/ >.-_)% A()%-/ )- &+) &33@'3).&)(3 2-. ;&A&9 A(&3@.(A(9)3[ "#3- &..&5 -2 .(>@#&.#5 -.*(9)(/ >-#/ 9&9-$.*3A3_(.( $.($&.(/ @3*9> )%( 9&9-3$%(.( #*)%->.&$%5 !:4F06 &3 _(## &3 (#(+).-9 '(&A#*)%->.&$%5 !=^F06 %&8( '((9 @3(/ )- 3)@/5 )%( (22(+) -2 )%( *9)(.$&.)*+#( /*3)&9+( -94=;4[ O@. .(3@#)3 /(A-93).&)( )%&) )%( 3%&.$ $.*3A3 >*8( )%( %*>%(3) 4=;4(9%&9+(A(9)36 &9/ )%&) )%( 8&.*&)*-9 -2 )%( (9%&9+(A(9) *3 (E$-9(9)*#5 /(+.(&3*9>_*)% *9+.(&3*9> )%( *9)(.3)*)* /*3)&9+( '()_((9 )%( 9&9-$.*3A3.

References

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?U3N'?AN3

Third Day

Tuesday, March 30, 2010

3


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Synthesis and Characterization of Highly-Dispersed,

Supported Metal Oxide Catalysts

Mark G. White

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Selective Oxidation of Methanol to Formaldehyde Over

Molybdenum Oxide Supported on Nano-Hydroxyapatite Catalysts

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Oxidative Coupling of Natural Gas using Nano-Membrane

Technology

Magdy M. Nasrallah

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Recent Developments in the Application of the Nanoparticles of

Differently Prepared Modified Metal Gold /Supported Catalysts for

the Water Gas Shift Activity

Rabei M. Gabr

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Petrochemicals Processing: Past Experience and Future Prospects

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A View on Catalysis in the Process Development Department in

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Prashant V. Kamat

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Forth Day

Wednesday, March 31, 2010

3


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Carbon Nanostructures for Energy Conversion

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Effect of Preparation Parameters on the Properties of TiO2Nanoparticles for Dye Sensitized Solar Cells

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Nanomaterials in Environmental Processes

Vicki H. Grassian7($&.)A(9)3 -2

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Fundamental Aspects of Photochemistry on TiO2 Surfaces- Using

Sunlight for Environmental Remediation

John T. Yates, Jr.7($&.)A(9) -2 *9*&6


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Plasmonic-Semicondcutor Hybrid Nanostructures for Photo-

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Design and In-situ Measurements of Catalytic Conversion and

Electrochemical-Energy-Storage Materials: A Bright Future for

Synchrotron-based Energy Science

Faisal M. Alamgir

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Fifth Day

Thursday, April 1, 2010

3


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Confining Resonant Photons to the Nano-Gold Length Scale:

The New Properties and Applications in Material Science,

Nanobiology and Cancer Nano-Medicine

Mostafa A. El-Sayed

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Catalysis by Nanosized Au: The Nature of the Active Site

D. W. Goodman7($&.)A(9) -2 --/A&9\A&*#[+%(A[)&A@[(/@

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Infrared Studies of Surfaces of Interest to Catalysis and

Microelectronics

Francisco Zaera

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IR Observation of Adsorptive and Catalytic Interactions on Metal

and Metal Oxide Surfaces

Mohamed I. Zaki

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Laser Vaporization Controlled Condensation for the Synthesis of

Supported Catalysts, Nanoalloys & Up-Converting Nanoparticles

M. Samy El-Shall

7($&.)A(9) -2 *9*& *9*& KLKTR6 D4"

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References

J[6#/., *5$%8./1/ )B \1&.%#++12 4#$)#++)5/ 1$ %8. S#@), #$3 61O"13 ?8#/./ #$3 %8. V#7$.%12?,)@.,%1./ )B ?3V #$3 ?%V 4#$)@#,%12+./ ZV ] L.= -) #$3 41[I[ "'/(#3&5(/6 G[ G#&3$(##6 V[ :>@5(96 h[ ?-_( &9/ V[ 4[ =#Z4%#6 L#,#3#5 (1/2"//1)$2008, JLT6 JNLZJTQ[

K[4#$)2#%#+5/1/ )$ *"@@),%.3 DU13./ B), -D DU13#%1)$

G[ G#&3$(##6 ?[ V[ "[ ?&33&96 "[ =#H&)&%.56 I[ "'/(#3&5(/ &9/ V[ 4[ =#Z4%#6>)@12/ 1$ -#%#+5/1/6 20086 RS6 KKZLJ[

L[S#@), ?8#/. *5$%8./1/ )B R@2)$:.,%1$7 ^&F_%) Q.$.,#%. T.3= Q,..$= \+". #$3 N81%. 6178%G[ G#&3$(##6 h[ "9/(.3-96 h[ M*#b*93 &9/ V[ 4[ =#Z4%#6W0 ?85/0 -8.&0 -0 2008= JJK6 JJPKSZJJPLJ[

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An Integrated Approach Using Spectroscopy, Microscopy and

Particle Sizing Methods to Investigate Chemistry on the Nanoscale

Vicki H. Grassian

7($&.)A(9)3 -2 D9*8(.3*)5 -2 B-_&6 B-_&


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?U3N'?AN3

Seventh Day

Saturday , April 3, 2010

3


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Design of Nanomaterials for Energy Applications

Puru Jena7($&.)A(9) -2 1%53*+3

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@3(/ &3 +&)5)3 )- *A$.-8( %5/.->(9 @$)&b( &9/ .(#(&3( *9 +-A$#(E #*>%) A()%5/.*/(3 3@+% &3 &9&)(36 '-.-%5/.*/(36 &9/ *A*/(3 '@) - %-_ )%(5 +&9 '(2@9+)*-9*H(/ _*)% A() &)-A3 &)-A3 )- &/3-.' %5/.->(9 *9 & 9-8(# ]@&3*ZA-#(+@#&.2-.A[ B _*## - /*3+@33 )%( .-#( -2 (#(+).*+ 2*(#/3 *9 %5/.->(9 3)-.&>([ Y%(3( .(3@#)36

'&3(/ @$-9 /(93*)5 2@9+)*-9 )%(-.5 &9/ ]@&9)@A A-#(+@#&. /59&A*+36 $.-8*/( &2@9/&A(9) @9/(.3)&9/*9> -2 )%( *9)(.&+)*-9 -2 A-#(+@#&. %5/.->(9 _*)% %-3)3+-93*3)*9> -2 #*>%) (#(A(9)3[ B) *3 %-$(/ )%&) )%( @9/(.3)&9/*9> >&*9(/ %(.( +&9 '(@3(2@# *9 /(3*>9*9> '())(. A&)(.* 2-. %5/.->(9 3)-.&>([ ;(3@#)3 _*## '( +-A$&.(/_*)% &8&*#&'#( (E$(.*A(9) /&)&[

Y%( 3(+-9/ &$$#*+&)*-9 *98-#8(3 )%( /(3*>9 -2 A-#(+@#&. 3$(+*(3 _%(.( *99(. +-.((#(+).-93 +&9 $&.)*+*$&)( *9 '-9/*9> &9/ %(9+( +&9 '*9/ )- & #&.>(. 9@A'(. -2 %->(9&9/ -E5>(9 &)-A3 )%&9 ).&/*)*-9#5 b9-_9[ B9 $&.)*+@#&. B _*## +-9+(9).&)( -9 & +#&33-2 A-#(+@#(3 +#(/ 3@$(.%->(93[ Y%(3( &.( A@#)*Z&)-A +%(A*+ 3$(+*(3 _*)%(#(+).-9 &22*9*)*(3 )%&) &.( A@+% #&.>(. )%&9 )%-3( -2 )%( %->(9 &)-A3 &9/ )5$*+#5+-93*3) -2 & +(9). &)-A &9/ 3(8(. $(.*$%(. %->(9 -. -E5>(9 &)-A3[ ^(+&@3( -2)%(*. %*>% (#(+).-9 &22*9*)*(36 3@$(.%->(93 A-3) _&53 (E*3) &3 9(>&)*8( *-936@3@#5 &3 )%( &9*-9*+ $-.)*-93 -2 3)3[ M%*#( 9@A(.-@3 3@$(.%->(9 &9*-936 3@+% &3

$(.A&9>&9&)(3 !V9ORZ0 &9/ $(.+%#-.&)(3 !)- '( /*3+-8(.(/[ B _*## /(3+.*'( & 9(_ +#&33 -2 3@$(.%->(93 +-93*3)*9> -2 +-*9&>(A() &)-A3 ! _*)% 2#@-.*9([ :-) -9#5 )%(3( &)-A3 +&9

'*9/ @$ )- 3(8(9 C &)-A36 2&. (E+((/*9> )%( 8@(3 (E$(+)(/ 2.-A )%(*. 9-A*9(9+(6 '@) - )%( (#(+).-9 &22*9*)5 -2 )%(3( 3@$(.%->(9 A-#(+@#(3 +&9 '( &3 %*>%

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Synthesis, Characterization and Evaluation of New Materials for

Hydrogen Storage

Nahla Ismail

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Metal-Organic Materials: Strategies toward Functional Porous

Materials

Mohamed Eddaoudi

7($&.)A(9) -2


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cJd[ !&0 F*@6 f[W e.&8)3-86 I[


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Acid Catalyzed Organic Transformations by Heteropoly

Tungstophosphoric Acid Supported on MCM-41

Abd El Rahman S. Khder7($&.)A(9) -2 5$)

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4-#*/ &+*/ +&)5)3 -2 )%( +&))*+#5 &+)*8( e(>>*9Z)5$( JKZ)@9>3)-$%-3$%-.*+ &+*/!?L1MJKORQ6 ?1M0 *9+-.$-.&)(/ _*)%*9 V%#5 $-.-@3 A()Z-.>&9*+ 2.&A(_-.b VBFZJQJ *3 $.($&.(/ )%.-@>% & 3*A$#( &9/ (22(+)*8( *A$.(>9&)*-9A()%-/[ aZ.&5 /*22.&+)*-96 Y=V6 CYZB; &9/

;&A&9 3$(+).-3+-$56 YG"6 [email protected]&+( &.(& &9/ $-.-3*)5 A(&3@.(A(9)3 &9/ &+*/Z'&3()*).&)*-9 /(A-93).&)(3 )%( +-9).-# -2 )%( +&)5) $.-$(.)*(3 '5 )%( $(.+(9) #-&/*9> -2?1M _*)%*9 V( -2 V% )%( VBF3@'3).&)([

Y%( +&))*+ &+)*8*)*(3 -2 )%(3( +&)5)3 *9 $.-A-)*9> 1(+%A&99 .(&+)*-96(3)(.*2*+&)*-9 .(&+)*-9 &9/ C.*(/(#Z% [email protected]&+( &.(&3 -2 V%/*3$(.3*-9 -2 )%( ?1M 9&9-+.53) $.-%*'*) )%( +-9>#-A(.&)*-9 &9/ /(&+)*8&)*-9 -2?1M6 _%*+% #(&/3 )- )%( (9%&9+(A(9) -2 )%( +&))*+ $.-$(.)*(3[ Y%( ?1MZV %()(.->(9(-@3 +&)5)3 2-. &+*/Z

+&)H(/ -.>&9*+ ).&932-.A&)*-93 *9 (98*.-9A(9)#5 2.*(9/#5 $.-+(33(36 )- 3@$(.3(/()%( @3( -2 +-98(9)*-9 %-A->(9(-@3 ?1M +&)5)3[

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Atmospheric Processes on Aerosol and Cloud Surfaces

Joseph S. Francisco7($&.)A(9) -2


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Nanocatalysts for CO Oxidation on Different Supports:

Mesoporous MCM-41, MIL-101 & Mixed Metal Oxides

Hassan M. A. Hassan

( $-.( .&/*@3 3*H( -2 LPo[ Y%(3( .(3@#)3 &.( +-92*.A(/

'5 )%( a;7 &9/ Y=V A(&3@.(A(9)3[ Y%( +&))*+ &+)*8*)5 -2 1/iYV OE*/(iV%#5 $-.-@3 +--./*9&)*-9 $-#5A(.VBFZJQJ[ 4A# 1/6 % &+)*8*)5 *3&)).*'@)(/ )- )%( 3A# A() 9&9-$&.)*+#(3 *A'(//(/ _*)%*9 )%( $-.(3 -2 )%( VBF+.53)[

C*9#56 )%( VMB %&3 '((9 @3(/ 2-. )%( 359)%(3*3 -2 "@ &9/ 1/ 9&9-+&)5)33@$$-.)(/ -9 +(.*@AZ%&29*@A 9&9-+.53)#*9( 3-#*/ 3-#@)*-9 !


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New Nano-Crystalline Electrode Materials for Green Hydrogen Fuel

Production from Seawater Electrolysis

Ahmed A. El-Moneim16K6r6 :[7*&'K6 =[ =#Z4%(.'*95K6 e[ ='.&%*AK6 :[ "[ =#ZG%&95K

JZ=>5$)*&9Zh&$&9(3( D9*8(.3*)5 -2 4+*(9+( &9/ Y(+%9-#->56 -.> =# ".&'6"#(E&9/.*&6 =>5$)

KZ:&)*-9 ;(3(&.+% 5$)=ZA&*#X &%A(/[&'/(#A-9(*A\(j@3)[-.>

C-. $.(8(9)*-9 -2 >#-' _&.A*9> &9/ $.(8(9)*-9 -2 (E%&@3)*-9 -2 2-33*# 2@(#3 &9/@.&9*@A6 .(9(_&'#( (9(.>5 2@(#3 3%-@#/ 3@$$#*(/ )- A(() )%( /(A&9/ -2 )%( _%-#(

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Eighth Day

Sunday , April 4, 2010

3


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Metallic and Bimetallic Nanocatalysts for the Economic Synthesis of

Decorated Carbon Nanotubes (CNTs) for Environmental

Applications

Mahmoud H. Khedr

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Heating and Cooling Dynamics of Carbon Nanotubes Observed by

Temperature-Jump Spectroscopy and Electron Microscopy

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References

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Funding Opportunities in International Collaborations for Materials

Research and Education

Zakya Kafafi7*.(+)-.6 7*8*3*-9 -2 V&)(.* ;(3(&.+% !7V;0

:&)*-9 4+*(9+( C-@9/&)*-9 !:4C0".#*9>)-96 I" KKKLQ6 D4"

=ZA&*#X Hb&2&2*\932[>-8

7@.*9> )%( 3*>9*9> +(.(A-95 -2 )%( "A(.*+&9 ;(+-8(.5 &9/ ;(*98(3)A(9) "+)61.(3*/(9) O'&A& 3&*/ )%&) z)%*3 *98(3)A(9) _*## *>9*)( -@. *A&>*9&)*-9 -9+( A-.(63$@..*9> 9(_ /*3+-8(.*(3 &9/ '.(&b)%.-@>%3 )%&) _*## A&b( -@. (+-9-A5 3).-9>(.6 [email protected]&)*-9 A-.( 3(+@.( &9/ -@. $#&9() 3&2(. 2-. -@. +%*#/.(9[z M*)% )%( '(>*99*9> -2 )%*39(_ >-#/(9 (.& 2-. 3+*(9+(6 )%( +-AA@9*)5 -2 A&)(.* .(3(&.+% &9/ (/@+&)*-9 *3 _(##

$-3*)*-9(/ )- )&b( @$-9 )%*3 +%#(9>( &9/6 /(A-93).&)( )- )%( _-.#/ %-_ *)3 8&.*-@3&9/ /*8(.3*2*(/ &+)*8*)*(3 _*## *A$&+) -@. ]@*)5 -2 #*2([ "9 -8(.8*(_ -2 )%( 7*8*3*-9-2 V&)(.* ;(3(&.+% !7V;0 $#&93 2-. 2@9/*9> *9 Cf KQJQ &9/ '(5-9/ _*## '(

$.(3(9)(/[ =/@+&)*-9 &9/ -@).(&+% $.->.&A3 )%&) (A$%&3*H( %-_ )%( *99-8&)*-93.(3@#)*9> 2.-A A&)(.* .(3(&.+% +-@#/ .(8-#@)*-9*H( 3+*(9)*2*+ /*3+*$#*9(36 &9/ #(&/ )-.&/*+#5 9(_ )(+%9-#->*(36 '())(. ]@*)5 -2 #*2( &9/ *A$.-8(/ _-.#/ (+-9-A5 _*## '(/*3+@33(/[

"3 3+*(9+( b9-_3 9- '-@9/&.*(36 7V; *3 +-AA*))(/ )- $.($&.( )%( 2@)@.( _-.b2-.+()- '( &>*#( )%*9b(.3 *9 )%*3 @9*8(.3 (98*.-9A(9) &9/6 *9 2-.>*9> +-##&'-.&)*-93 &9/+--$(.&)*-9 &A-9> 3+*(9)*3)3 &9/ (9>*9((.3 &.-@9/ )%( _-.#/[ Y%*3 *3 +-93*3)(9) _*)%1.(3*/(9) O'&A&|3 8*3*-9 2-. 3+*(9+( &9/ )(+%9-#->5[ B9 %*3 %*3)-.*+ 3$((+% &) *)*H( .(+-./36 +#(&9 _&)(.6 >.-_ 9(_ +.-$3[y

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mailto:[email protected]:[email protected]:[email protected]:[email protected]


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Overview of the American Chemical Society and U.S. efforts to

celebrate the International Year of Chemistry 2011

Joseph S. Francisco

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Poster Session I

And

Poster Session I I

SR


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Poster Session IMonday, March 29, 2010

8:00 PM 10:00 PM

& 4#$)@#,%12+. -8.&1/%,5 B,)& %8. ?#,%12+. ?.,/@.2%1:.c `$/178%/ B,)& E.,)/)+?#,%12+. *1A1$7 V.#/",.&.$%/

Sherrie R. Elzey

Department of Chemical & Biochemical Engineering

University of Iowa, Iowa City

Y ?,.@#,#%1)$ #$3 -8#,#2%.,1A#%1)$ )B ?)+5:1$5+ E+2)8)+C-3>. 4#$)2)&@)/1%./

Magdah Dawy and Asma Al-Turki

National Research Center, Dokki, Cairo, Egypt

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Natalie Herring, Khaled M. AbouZeid, Mona B. Mohamed and M. Samy

El-Shall*

Department of Chemistry

Virginia Commonwealth University

Richmond, VA, 23284-2006

P *5$%8./1/= -8#,#2%.,1A#%1)$ #$3 *@.2%,)/2)@12 *%"31./ )B -3*d@)+5#$1+1$.-),.d*8.++ 4#$)2)&@)/1%.

R. Seoudi, M. Kamalb, A.A. Shabaka, E.M. Abdelrazek,W. Eisaa

National Research Center, Dokki, Cairo, Egypt

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Christopher M. Evans and Todd D. Krauss


University of Rochester, Rochester, NY

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4. NegmDepartment of Physics and Mathematics

Faculty of Engineering, (Shoubra), Benha Univwersity Egypt

\ H+.2%,)$ %,#$/B., J.%M..$ 2)++)13#+ e$D $#$)@#,%12+./

Hayoun, Rebecca; Whitaker, Kelly M.; Gamelin, Daniel R.; Mayer,

James M.


University of Washington, Seattle, WA

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A.A. Elzatahry and M.S. Mohyeldin

Institute of Advanced technology and New materials, Mubarak City for

Scientific Research and technology applications, New Borg Alarab,

Alexandria, Egypt.

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Erik C. Dreaden, Svetlana Neretina, Wei Qian, Robert A. Hughes, John

S. Preston, Peter Mascher, and Mostafa A. El-Sayed

Laser Dynamics Laboratory

School of Chemistry and Biochemistry

Georgia Institute of Technology, Atlanta, Georgia 30332-0400,

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I. K. El Zawawi, K. Sedeek, A. Adam, Manal A. Mahdy

Solid State Physics DepartmentNational Research Center, 12622 Dokki, Cairo, Egypt

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Pinar Dagtepe and Viktor Chikan


Kansas State University , Manhattan, Kansas

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A. A. Fargali, M. K. Zayed, M. H. Khedr* and A. F. Moustafa

Chemistry Department, Faculty of Science, Beni-Sueif University, Beni-

Sueif-62111, Egypt.

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Clifton Harris

Department of Chemistry and BiochemistryUniversity of Notre Dame, Notre Dame, IN

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M.H. Khedr*, A.A. Farghali, M.K. Zayed and A.F. Moustafa

Chemistry Department, Faculty of Science, Beni-Sueif University, Beni-

Sueif-62111, Egypt.

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Adam J. Poncheri, Mahmoud A. Mahmoud, Ronnie L. Phillips, andMostafa A. El-Sayed

Laser Dynamics Laboratory

School of Chemistry and Biochemistry

Georgia Institute of Technology, Atlanta, Georgia 30332-0400

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W. A. Ghaly, H. T. Mohsen, Y. A. Badrand A. I. Helal

Nuclear Research Center, Atomic Energy Authority

National Institute for Laser Enhanced Sciences, Cairo University, Cairo,

Egypt

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R. J. Buszek and J.S. Francisco

Department of Chemistry and Department of Earth and Atmospheric

SciencesPurdue University, West Lafayette, Indiana

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Ayman M. Atta*, Rasha A. M. El-Ghazawy, Reem K. Farag and Shymaa

M. Elsaeed

Egyptian Petroleum Research Institute

Nasr City 11727, Cairo, Egypt

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T.2):.,5 E@@+12#%1)$/

E. A. Elsharaky, M. R. Noor El-din, R. A. Elghazawy, N. Kandile and A.

M. Alsabagh


Cairo, Egypt

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A. M. Elbasiony, N.A. Abdel Ghany and Y. A. Elewady

Advanced Materials and Nanotechnology Lab

Centre of Excellence for Advanced Sciences

National Research Centre, Dokki, Cairo, Egypt

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Tamer Zaki

Department of Catalysis, Petroleum Refining Division


Cairo, Egypt


81/141

Nanoparticle Chemistry from the Particle Perspective: Insights from

Aerosol Particle Sizing Measurements

Sherrie R. Elzey

7($&.)A(9) -2 *9((.*9>D9*8(.3*)5 -2 B-_&6 B-_& 5[ ^(+&@3( 9&9-$&.)*+#(3 (E%*'*)@9*]@(6 3*H(Z/($(9/(9) '(%&8*-.6 $&.)*+#( 3*H( (22(+)3 +&99-) '( *>9-.(/ &9/ A@3) '( (E$#*+*)#5 A-9*)-.(/3- )%&) & 2@9/&A(9) @9/(.3)&9/*9> -2 )%( @9/(.#5*9> 3*H(Z/($(9/(9) $.-+(33(3 -9 )%( 9&9-3+( +&9 '(/*3+(.9(/[ Y%*3 _-.b @3(3 &9 (#(+).-3$.&5 +-@$#(/ )- & 3+&99*9> A-'*#*)5 $&.)*+#( 3*H(. !=4Z4V140 )-3)@/5 $&.)*+#( 3*H( /*3).*'@)*-93 !14730 -2 A() &9/ A() -E*/( 9&9-$&.)*+#(3 @9/(. 8&.5*9> +%(A*+(98*.-9A(9)3[ " 9&9-$&.)*+#( &(.-3-# *3 >(9(.&)(/ 2.-A 3@3$(93*-93 *9 &]@(-@3 &9/i-. &+*/*+ 3-#@)*-936 &9/1473 &.( A-9*)-.(/ )- -'3(.8( 3%*2)3 *9 $&.)*+#( 3*H([ ;(3@#)3 -22(. *93*>%)3 *9)- 3*H(Z/($(9/(9) 9&9-$&.)*+#(

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Preparation and Characterization of Polyvinyl Alcohol-CdTe

Nanocomposites

Magdah Dawy&9/ "3A& "#[email protected]*:&)*-9 ;(3(&.+% (# A()%-/[ B92#@(9+( -2 )%( /*22(.(9) $.($&.&)*-9$&.&A()(.3 -9 )%( Y*OK9&9-Z$-_/(. $.-$(.)*(3 _(.( *98(3)*>&)(/[ Y%(.A >.&8*A().*+ &95*3 !YG"0_&3 @3(/ )- (E&A*9( )%( )%(.A $.-$(.)*(3 -2 )%( $.-/@+(/ Y*O K9&9-$&.)*+#(3[ f*(#/ (22*+*(9+5 -2 )%(.(3@#)(/ 9&9-$&.)*+#(3 _&3 ++@#&)(/ &9/ )%( .(&+)*-9 (22*+*(9+5 _&3 (3)*A&)(/[ V&E*A@A (22*+*(9+5 -2UT[Ul _&3 &+%*(8(/ &) &@)-+#&8*9> )(A$(.&)@.( -2 KRP v< 2-. )*A( /@.&)*-9 -2 JK %.3[ aZ.&5 /*22.&+)*-9&95(3 3%-_ )%( $.(3(9+( -2 &9&)&3( 3).@+)@.( &) #-_ &9/ %*>% &@)-+#&8*9> )(A$(.&)@.(3[ C.&+)*-9 -2 .@)*#(

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TQ


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Shape Controlled Anisotropic Gold, and Gold/Zinc Oxide Core/Shell

Nanocrystals via Microwave Synthesis

Natalie Herring6 e%(/ V[ "'-@g(*/6 V-9& ^[ V-%&A(/ &9/ V[ 4&A5 =#Z4%#r7($&.)A(9) -2 *9*& )%3$(+*2*+ )- & $&.)*+@#&. &$$#*+&)*-9 2.-A )%( 8

[ashraf_shaalan]_nanomaterials and nanocatalysis for energy, petrochemicals and environmental...

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