nano-st 2008-05-29 22:13
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| Advanced Materials | Designing Nanoscale Materials | Diagnostics | Dispersion Science and Technology | Encapsulation | Environmental Impact | Microencapsulation | Nanotechnology | Nanotubes | Particle Characterization | Particle Encapsulation | Particle Surface Modification | Particle Synthesis | Small Angle Neutron Scattering | Toxicity | Toxicology | P\ Bc]
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Dispersion Science and Technology 4^`:cz _:B4Z\a
The Use of Nomenclature in Dispersion Science and Technology
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960-3.pdf [1.05Mbytes] Vincent A. Hackley and Chiara F. Ferraris 9R3j.w6]^/R?4F.ab
NIST, Gaithersburg, MD 20899 yXKu7HT yC+Z
[76 pages] r;o L1M;~#KMT
Interfacial Phenomena in Dispersed Systems
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Salager-E120N.pdf [116kbytes] Jean-Louis Salager ;L1p-p\;PM;z8Ss
Universidad de Los Andes 4g1gXqmhNV*P
[27 pages] e4Hd7X f
Surfactants - Types and Uses T&{6S|q3~E
Salager-E300A.pdf [1.45Mbytes] Jean-Louis Salager 6`
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Universidad de Los Andes /X }
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[50 pages] 4L$WF%`)jPK1NX)p
What Makes Particles Stick to a Surface and How Do They Come Off?
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Lecture 35 from [12.1MBytes]h+s r
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ACS PRF Summer School on Nanoparticle Materials Egon Matijevic
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CAMP, Clarkson University [62 pages]
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Nanotechnology 8`tD(O4?Xq9zTV w
There's Plenty of Room at the Bottom
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Feynman.pdf [65kbytes] Richard P. Feynman d*\:v1|.`+wRYi*@
His famous 1959 lecture challenging developments in nanotechnology. 'H ~~` B
[13 pages]
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Nanotechnology: Opportunities and Challenges Q f UQ9F8_ H ? j
Opportunities.pdf [6.2Mbytes] M. Meyyappan [x kj8P1Ed4]U
NASA Ames Research Center, Moffet Field, CA $b
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[28 pages]
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Status of Nanotechnology, Nanomaterials and Their Applications a;vr R*h_
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Lecture [0.3Mbytes] Eun-Hee Park Cirlin
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International Technolog Associates, Los Angeles, CA
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[36 pages] #~N*E,{#[PI h
Cancer Nanotechnology
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Lecture [0.7Mbytes] Cancer Nanotechnology k1j$h)L1?3^C Bs|P
NIH, Bethesda, MD /d6o3OT
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[28 pages] T8o4qg X-q&z3U
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top of page top of section
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Nanotubes 0l{.CR5d]Z6E
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Nanotubes - White Paper xh@fx U0jD x
nanotubes.pdf [0.62Mbytes] Paul Holister, Tim E. Harper and Cristina Roman Vas
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CMP Cientifica, Las Rozas, Spain
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[12 pages]
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An Overview of Recent Developments in Nanotechnology -G(jr-QP {/j
Opportunities.pdf [11Mbytes]
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A comprehensive lecture on nanotubes (production and use) and nanowires illustrating applications M. Meyyappan 0Q4[/@o8F*^
NASA Ames Research Center, Moffet Field, CA -D)n1m$i/b;h1@4Ck9k2O
[51 pages]
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CNT in Microscopy (cY
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CNT in Microscopy.pdf [1.5Mbytes]Cd9p Ze-S$zj#r
Applications of AFM using CNT-modified probe tips Ramsey Stevens, Lance Delzeit, and Cattien Nguyen
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NASA Ames Research Center, Moffet Field, CA Q Hb[,I
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[7 pages] l|WZf(~ I
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Particle Characterization J+b0S+g FnN
Short Introduction to Particle Size Characterization
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Introduction.pdf [144 kbytes] Adapted from Jillavenkatesa et al. by Vince Hackley 9E X9n5p&v ~0\,Jh2w
Ceramics Division, NIST, Gaithersburg, MD 20899 3x5b _5T^ s
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[4 pages]
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Particle Size Characterization
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NIST960.pdf [10.23 Mbytes] Ajit Jillavenkatesa, Stanley J. Dapkunas, and Lin-Sien H. Lum
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Ceramics Division, NIST, Gaithersburg, MD 20899 a
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[167 pages] i2m` dmV(U4X
Characterization of Nanoparticles Intended for Cancer Therapeutics and Diagnostics
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Lecture [2.0Mbytes] Scott McNeil ;Pp a.g/n~
SAIC-Frederick, Inc., Frederick, MD { l7K1k;| Q%g
[27 pages]
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Structural Characterization of Nanoparticles
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Lecture 18 from [5.7MBytes]
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ACS PRF Summer School on Nanoparticle Materials Nicola Pinna h x,v7t"UC9y _
Martin-Luther-University Halle-Wittinburg [39 pages]
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Analytical Ultracentrifugation of Nanoparticles
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Lecture 37 from [5.9MBytes]bJn)a ~rR
ACS PRF Summer School on Nanoparticle Materials Helmut Coelfen
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Max Planck Institute, Golm [44 pages] @ uv%k JS.x)P o
Introduction to Nanoparticle Characterization with AFM cI h6eo[ b
Paper [2.4MBytes]ZL5v:X5EO{#i/i
Jennifer Scalf & Paul West
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Pacific Nanotechnology, Inc., Santa Clara, CA [9 pages] S Ee7\E
Sample Preparation for AFM Particle Characterization :w'h%u6p+M/iP
Paper [5.3MBytes]
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Natasha Starostina & Paul West
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Pacific Nanotechnology, Inc., Santa Clara, CA [10 pages] +S g0c|*Lm;H
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Rheology )Fo6? hK$h0T
Guide to Rheological Nomenclature for Liquid-Based Particle Systems 9e
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NIST946.pdf [0.17 Mbytes] Vincent A. Hackley and Chiara F. Ferraris
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NIST, Gaithersburg, MD 20899
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[36 pages]
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Small Angle Neutron Scattering (SANS) u q/D&Y ?1y
A Tutorial On Small-Angle Neutron Scattering From Polymers
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NIST-SANS-Intro.pdf [0.61 Mbytes] Boualem Hammouda B*J*j9VW q
Materials Science and Engineering Laboratory
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NIST, Bldg. 235, Gaithersburg, MD 20899 [73 pages]
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SANS From Dilute Particle Systems
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NIST-SANS-Dilute.pdf [5 Mbytes] Charles Glinka Y _Qo u4{*h
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NIST Center for Neutron Research
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Gaithersburg, MD 20899 [23 slides]
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SANS From Concentrated Dispersions [wt+K_"du*[+T,P7C/Q
NIST-SANS.pdf [0.21 MBytes] Steve Kline
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NIST Center for Neutron Research
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Gaithersburg, MD 20899 [27 slides]
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SANS Analysis of Particle Structure xU+o#f\
Lecture 41 from [1.6MBytes]
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University of Delaware [41 pages] #Gu7S0c4JvWC q
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Particle Synthesis !w ~h K ?d8H[
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Nanostructured Materials Processing,
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Diagnostics and Modeling
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Lecture [0.7 MBytes] Michael R. Zachariah
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University of Minnesota .U4Q;i!a2] u
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St. Paul, MN [13 pages] p ~ i Vk[A
Particle Synthesis in Condensed Phases eA
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Lecture 1 from [4.6MBytes]!Mu*oO!R s B3L1r.E
ACS PRF Summer School on Nanoparticle Materials Heinrich Hoffman
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EPFL, Lausanne [35 pages] 2f(`U-g/V#~$k mx
Metal Nanoparticles and Self-Assembled Monolayer @ Sw `
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ACS PRF Summer School on Nanoparticle Materials Francesco Stellacci T7S'?'}&cf}
MIT [60 pages] .D J _%Xe,{I d
Particle Synthesis - Morphology Control
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Lecture 5 from [3.6MBytes]
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ACS PRF Summer School on Nanoparticle Materials Heinrich Hoffman
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EPFL, Lausanne [24 pages]
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Nanoparticle Synthesis in Reverse Micelles G;]1XY[ U
Lecture 26 from [4.2MBytes]6S5uGK_A.z `
ACS PRF Summer School on Nanoparticle Materials Nicola Pinna 3K"Ch\$udR4p-D
Martin-Luther-University Halle-Wittinburg [38 pages]
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Ligand-Coated Metal Nanoparticles and Quantum Dots d/oe `O$U
Lecture 16 from [8.9MBytes]
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ACS PRF Summer School on Nanoparticle Materials Francesco Stellacci
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MIT [40 pages] 9p(lk3M5VS#_
Polyelectrolytes and Nanoparticles: Synthesis and Mediation 5Sa:Z(T|AT3V
Lecture 36 from [8.1MBytes]E E9pH C,qs#@
ACS PRF Summer School on Nanoparticle Materials Rigoberto C. Advincula
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University of Houston [53 pages] k}h7me t)z ^ Ks
"Smart Nanoparticles" - Stimuli Responsive Hydrogel Particles %^8L"?2L9d.h;X
Lecture 40 from [6.6MBytes]
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ACS PRF Summer School on Nanoparticle Materials L. Andrew Lyon
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Georgia Institute of Technology [40 pages] 0`/kE"DrO+\
1 - Nanotechnology: Overview of Aerosol Manufacture of Nanoparticles; 2 - Selected Fundamentals of Aerosol Formation pW-D-~/o`J
Lecture 2 from [9.8MBytes]
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ACS PRF Summer School on Nanoparticle Materials Sotiris Pratsinis /b
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ETH Zuerich [102 pages]
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Liquid-Feed Flame Spray Pyrolysis. Conquering the Tyranny of Thermodynamics - Synthesis of Mixed Metal Oxide Nanoparticles
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Lecture 6 from [4.0MBytes]
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University of Michigan [46 pages] z9aO8[vw
Reactor Design For TiO2 & SiO2 ; Reactor Design by Computational Fluid & Particle Dynamics; Gas Phase (Aerosol) Synthesis of Nanoparticles: Scale-Up
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ACS PRF Summer School on Nanoparticle Materials Sotiris Pratsinis (with Karsten Wegner) y4C~&j"~2G.hq6@O5u
ETH Zuerich [93 pages]
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Uniform Fine Particles: 1. Preparation and Characterization #N/zQG)eLp"}7w8u E
Lecture 27 from [33.7MBytes]&D T-t H%}&Cnz
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CAMP, Clarkson University [108 pages]
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Uniform Fine Particles: 2. Mechanisms of Formation and Applications
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Lecture 28 from [17.9MBytes].Z d2M$p)yl!fu
ACS PRF Summer School on Nanoparticle Materials Egon Matijevic !px*f's$s I"c
CAMP, Clarkson University [88 pages] fvF9{ ^;KH
Nonaqueous Routes to Metal Oxide Nanoparticles 9O S p mR#[ a]/V
Lecture 31 from [12.2MBytes]jj \-X(B5{m[
ACS PRF Summer School on Nanoparticle Materials Markus Niederberger
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Max Planck Institute of Colloids and Interfaces [45 pages]
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Microemulsion Polymerization
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Lecture 39 from [3.8MBytes]^ q Ka?*Z6Y
ACS PRF Summer School on Nanoparticle Materials Eric Kaler tvg\wRV-c
University of Delaware [41 pages] $i#\A5}_ ]BD!Ud5^
Nanoemulsions and Nanosuspensions Prepared by Ultrahigh-Shear Fluid Processing
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Keynote Lecture [2.0MBytes] from Particles 2006 Irwin Gruverman
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Microfluidics Corporation [38 pages]
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Particle Surface Modification .we(uq5f"J*A(s9W
Surface Modified Polymer Particles: Performance Additives for Epoxy and Cast Polyurethane (F,`nn K$P
Epoxy PUpaper.pdf [0.2 MBytes] Bernie Bauman .H4dl4k Iw
Fluoro-Seal, Houston, Texas [14 pages]
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Surface Initiated Polymerization from Nanoparticles: Core-Shell Nanoparticles and Nanocomposites $`)sl.oq"Qk-{;u+n+A
Lecture 34 from [6.2MBytes]
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University of Houston [74 pages]
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Designing Nanosale Materials %v5H#ngy eSf
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Why smaller is different - Finite size effects \b,l5A"_CB:I iX _e
Lecture 1 [7.9MBytes] 2004 Debye Professor
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Christopher Murray .b x |kbT
IBM Watson Research Center, Yorktown, New York [67 pages]
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General routes to nanoparticle production d9xC t$ajef8J
Lecture 2 [3.9MBytes] 2004 Debye Professor
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Christopher Murray /Q5r G&?B
IBM Watson Research Center, Yorktown, New York [46 pages]
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Semiconductor nanocrystals - Quantum dots - Part 1
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Lecture 3 [5.1MBytes] 2004 Debye Professor
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Christopher Murray ]:] t QE"f)\
IBM Watson Research Center, Yorktown, New York [51 pages]
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Quantum dot applications - Sun screen, solar cells, bio-tagging, solid-state lighting?
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Lecture 4 [1.5MBytes] 2004 Debye Professor
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Christopher Murray 2]t
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IBM Watson Research Center, Yorktown, New York [31 pages] eQ@#m;LHq
Nanowires
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Lecture 5 [10.1MBytes] 2004 Debye Professor
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Christopher Murray S1o m u j:k:k7_
IBM Watson Research Center, Yorktown, New York [44 pages] &q.g"Da3x5?(B ^ R
Nanostructured magnetic materials for information technology
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Lecture 6 [12.2MBytes] 2004 Debye Professor
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Christopher Murray /RU/Fi(OK7\-UFK:@"F
IBM Watson Research Center, Yorktown, New York [83 pages] -Y)m*K` G'n2E#r
Nanostructured magnetic materials for biotechnology Z{:E,z| W(|
Lecture 7 [0.7MBytes] 2004 Debye Professor
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Christopher Murray m"C4{5\l l7Y
IBM Watson Research Center, Yorktown, New York [20 pages] y!iC ]/I K5E
Self-assembled nanocrystal superlattices - Preparation and properties
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Lecture 8 [9.8MBytes] 2004 Debye Professor
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Christopher Murray
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IBM Watson Research Center, Yorktown, New York [57 pages]
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Multicompnent nanocrystal assemblies /s G:tXVR
Lecture 9 [11.9MBytes] 2004 Debye Professor
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Christopher Murray
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IBM Watson Research Center, Yorktown, New York [47 pages] %^:jK^&z"Vx1G#c;B(?
Nanoporous templates for nanofabrication *o2`ncRan
Lecture 10 [9.7MBytes] 2004 Debye Professor
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Christopher Murray & C.T. Black ha#PB'g(ZYE)@
IBM Watson Research Center, Yorktown, New York [46 pages]
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Nanomaterials challenges and opportunities - Health & environmental safety - Discussion of new trends aW WNET?0I
Lecture 11 [0.9MBytes] 2004 Debye Professor
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Christopher Murray
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IBM Watson Research Center, Yorktown, New York [17 pages] OI } YH,OxA
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Encapsulation
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Microencapsulation x*W |@J y%w
Poncelet Lecture [5.5MBytes] Denis Poncelet
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ENITIAA, UMR CNRS GEPEA 6144, Nantes, France [30 pages] 1uq[&a$W:S3o2s"c
Role of Polymer Chemistry in Cell Encapsulation by Polyelectrolyte Condensation in Biomedical and Biotechnilogical Applications
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Lacík Lecture [1.9MBytes] Igor Lacík X:f r+OR a @F9e
Polymer Institute of the Slovak Academy of Sciences, Bratislavia, Slovakia [78 pages]
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Microcapsules in Cell Therapy 9\ d#t)t:pqV1F3{
Microcapsules in Cell Therapy [2.0MBytes] Berit Strand )LK$HtJ2p,H;Kqy,_
Norwegian University of Science and Technology, Trondheim, Norway [44 pages] /K6Lnu _ C"{
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Medical/Biochemical Diagnostics
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Nanoparticle Synthesis and Assembly for Biological Diagnostics
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Lecture [8.3MBytes] Gil Lee, Hao Shang, and Wonsuk Chang B9h5]R*N"w
Purdue University [24 pages]
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Novel Magnetic Materials for Biomolecular Diagnostics
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Lecture [4.1MBytes] Gil Lee, Won-Suk Chang, Kyung Jae Jeong, Dong Myung Oh, Alex Fung, David Janes, Sugata Bhattacharya, and Ajit K. Mahapatra
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Purdue University [16 pages]
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Quantum Dots in Cellular Differentiation
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Lecture 15 from [3.4MBytes]
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ACS PRF Summer School on Nanoparticle Materials David F. Norris T:]8z#R.{\+]7r6l7b|&pLm
University of Minnesota [49 pages] r X1P7~shHj(p
Biocolloidal Particle Assembly and Bioassays
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North Carolina State University [39 pages] C;Zi*?4PG8O
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Advanced Materials (^ k
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Overview of Nanoparticle Materials p
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Lecture 47 from [9.6MBytes]
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Eastern Michigan University [77 pages]
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Biomineralization, Biomimetic and Non-Classical Crystallization
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Lecture 33 from [18.2MBytes]+K
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ACS PRF Summer School on Nanoparticle Materials Helmut Coelfen 4f*kO|;?!A#j
Max Planck Institute, Golm [45 pages] 7Gz'u5]z
Colloidal Gels and Glasses S4P7m,g"YC| |
Lecture 8 from [6.3MBytes]
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ACS PRF Summer School on Nanoparticle Materials David Weitz
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Harvard University [58 pages] TgZz-Bs/}:W
Colloidal Fluids, Glasses, and Crystals ,Q%A
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ACS PRF Summer School on Nanoparticle Materials Pierre Wiltzius L{M [L%z^ d
University of Illinois, Urbana-Champlaign [38 pages]
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Colloidal Crystallization: Nucleation and Growth
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Lecture 7 from [6.8MBytes]
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ACS PRF Summer School on Nanoparticle Materials David Weitz ,J8l]Yo r6uY u
Harvard University [51 pages]
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Colloidal Crystals of Responsive Hydrogels
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Lecture 46 from [6.7MBytes]-E1S/XW+| xW2}4\"u
ACS PRF Summer School on Nanoparticle Materials L. Andrew Lyon
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Georgia Institute of Technology [55 pages] m"~c"N ^ l(o[
Particle-Based Display Technologies
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ACS PRF Summer School on Nanoparticle Materials Ian Morrison t H_ w8K3j s
Cabot Corporation, Billerica, MA [28 pages]
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The Photonic Band Gap and Photonic Crystals
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Lecture 9 from [4.1MBytes]
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ACS PRF Summer School on Nanoparticle Materials David F. Norris
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University of Minnesota [53 pages]
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Self-Assembly of Photonic Crystals P;x5i'?4i%I
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Lecture 12 from [2.4MBytes]:tnSU/} P'| w[ Y)V
ACS PRF Summer School on Nanoparticle Materials David F. Norris
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University of Minnesota [32 pages] I
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Photonic Crystal-Based Optical Devices
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Lecture 17 from [14.8MBytes]#R*_ax(e;Sm%Q+h
ACS PRF Summer School on Nanoparticle Materials Paul Braun k_%P+nv/t
University of Illinois, Urbana [43 pages] )^3Pg
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Entropy Driven Interactions and Assembly y,y-RQ!x7h I
Lectures 42 & 43 from [18.4MBytes]Y8c6m gN l G r
ACS PRF Summer School on Nanoparticle Materials Arjun G. Yodh (u
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University of Pennsylvania [111 pages] 3w y G%y)ZEv v9i
Synthesis and Crystallization of Colloidal Particles
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Lecture 18 from [4.2MBytes]
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University of Washington [24 pages] wfi-}o,d
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Templating Nanoparticles from Self-Assembled Matrices
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Lecture 10 from [11.2MBytes]%b3}B_)[I
ACS PRF Summer School on Nanoparticle Materials Paul Braun
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University of Illinois, Urbana [24 pages]
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Self-Assembly on Various Scales [ q IF;Gce
Lecture 24 from [6.8MBytes]
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ACS PRF Summer School on Nanoparticle Materials Younan Xia
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University of Washington [18 pages] b],E`/M9XP W
Controlled Assembly of Nanoparticles into Anisotropic Structures
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Lecture 44 from [6.2MBytes] djO ]o|:NM4D:U
ACS PRF Summer School on Nanoparticle Materials Markus Niederberger
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Max Planck Institute of Colloids and Interfaces, Golm [27 pages]
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Fabrication and Application of Micro/Nano Coatings by Convective Assembly e Oq?$Y!C H wd5m
Lecture 14 from [11.3MBytes]yqnRF}J(U-?3x
ACS PRF Summer School on Nanoparticle Materials Orlin Velev /E`"j4P/U PZ
North Carolina State University [44 pages] [CHnM3}&yI
Shape-Controlled Synthesis of Nanostructured Materials
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Lecture 21 from [4.0MBytes]
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ACS PRF Summer School on Nanoparticle Materials Younan Xia z"S%|I\,ar.k7c1F1]v L
University of Washington [17 pages]
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Dielectrophoretic On-Chip Manipulation and Assembly of Nanoparticles, Microparticles and Droplets idoh1`
Lecture 20 from [4.8MBytes]
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ACS PRF Summer School on Nanoparticle Materials Orlin Velev ;^ HF t(P8pKv6~Mz
North Carolina State University [52 pages]
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Nanoparticles: Scaffolds and Building Blocks
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Plenary Lecture from [7.8MBytes]
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Particles 2006 Vince Rotello
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University of Massachusetts, Amherst [50 pages]
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Environmental Impact
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Spatial and Temporal Trajectories of Functional Nanomaterials
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Lecture from [1.9MBytes]!]A E+_9~BG@!O
Nano and the Environment Armin Reller
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Universität Augsburg [12 pages]
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Nanomaterials in the Environment
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Nano and the Environment Vicki Colvin
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CBEN, Rice University [19 pages] 1E8GC2w_
Nanostructured Environmental Biochemical Sensor for Water Monitoring
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Lecture from [0.6MBytes]-^pxm"p
Nano and the Environment Günther Proll
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Eberhard-Karls-University of Tübingen [16 pages] so
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Particle Toxicology and Toxicity ;I:XH)X`4Y
The Cellular and Molecular Toxicity of Low Solubility Nanoparticles (~;@;ztA
Keynote Lecture from [1.8MBytes];R2j&nR@?b
Particles 2006 Vicki Stone V)X| F5Y Y
Napier University [47 pages] .Io/N~ a3F
Toxicology of Pollution Particles
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Lecture from [0.5MBytes]*x? [;n#b j
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Nano and the Environment Rodger Duffin ?^t#]
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Queen's Medical Research Institute, University of Edinburgh [9 pages] h
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Quantum Dot Nanomaterials H ??;S E$B`U
Lecture from [0.2MBytes]
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Nano and the Environment Achim Boenke f1m&VfFX
European Commission, Brussels [4 pages]
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[[i] 本帖最后由 nano-st 于 2008-05-30 16:22 编辑 [/i]]