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Al-Daous, Mohammed
Anstey, Mitchell R
Baggett, Andrew W
Baker, Colin C
Barham, Bethany
Bergman, Robert G
Bergman, Robert
Blanford, Christopher F
Bock, Chris J
Bourg, Megan E
Bourg Megan, E
Briber, Robert
Carbajo, Mari Carmen
Carpenter, Everett E
Carter, Barry C
Chervin, Christopher N
Cournia, Zoe
Dadmun, Mark
Dadmun, M D
Denny, Nicholas R
Ediger, M D
Ergang, Nicholas S
Erler, Austin
Fernandez, Jose Torralvo
Fischer, Anne E
Fischer Anne, E
Fosser, Kari
Fryhle, Craig B
Glass, Adam C
Glass, Adam
Glass, Adam.
Halasa, Adel
Hammouda, B
Han, Charles C
Han, C C
Han, Sangjin
Han, Min Suk
Hertel, Larry
Huff, Drew
Hyde, Patrick D
Ito, Koichi
Johnson, Brian S
Kim, Hongdoo
Kitano, Toshiaki
Klonoski, Sam
Lee, Kyu T
Lesniak, Valerie
Liu, Shih-Yuan
Liu, Shih-Yuan.
Logan, Michael S
Long, Jeffrey W
Long Jeffrey, W
Lowery, Gregg.
Lubers, Alia M
Lubers Alia, M
Lytle, Justin C
Lytle Justin, C
Matsushita, Yushu
Mayther, Max
McEvoy, Todd M
McEvoy Todd, M
Melde, Brian J
Morris, Benjamin B
Nakatani, Alan I
Nakatani, A I
Nehrenberg, Dylan
Noda, Ichiro
Nolen, Brad J
Norris, David J
Oh, Seung M
Papaiconomou, Nicolas
Patargias, George
Pettigrew, Katherine A
Prausnitz, John M
Qui, Tran Cong
Razgon, Anna
Rhodes, Christopher P
Rhodes Christopher, P
Rodriguez, Eduardo Enciso
Rolison, Debra R
Rolison Debra, R
Roush, William R
Rubenkonig, John.
Salminen, Justin
Saunders, Matthew P
Schnaderbeck, Matthew J
Schroden, Rick C
Smyrl, William H
Sokolov, Sergey
Stein, Andreas
Stroud, Rhonda M
Sukenik, Chaim N
Tortosa, Mariola
Turgeon, Ryan T
Valerie, Lesniak
Voge, Gretchen
Waldow, Dean
Wolbrecht, Steven
Yakelis, Neal A
Yakelis, Neal
Yamaguchi, Yoshikazu
Yamamoto, Masahide
Yan, Hongwei
Zakharov, Lev N
Zhang, Fan
Journal Article
Miscellaneous
Thesis
2014
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36-6 (Physical Properties of Synthetic High Polymers)
3DOM thiol-titania and zirconia macroporous materials contg. hybrid macroporous materials for heavy metal adsorption) Wastewater treatment (adsorption hybrid macroporous materials for heavy metal adsorption) Heavy metals Role: REM (Removal or disposal)
Arp23 complex binding small mol inhibitor prepn crystal structure
Battery anodes Order (prepn. and properties of three-dimensionally ordered macroporous SnO2 anode material for lithium batteries) macroporous tin oxide film anode lithium battery
Battery cathodes (effect of macropore structure on cycling rates of cobalt lithium oxide cathode material for lithium-ion batteries) Polyoxyalkylenes Role: MOA (Modifier or additive use)
biarylnaphthalene tetra ortho substituted deriv prepn
binaphthalene prepn
Coating process (electroless manganese dioxide-coated carbon fibers for energy storage and conversion) Capacitors Carbonization (manganese dioxide-coated carbon fibers for energy storage and conversion) Carbon fibers Role: PEP (Physical
Controlled atmospheres (during nanowire fabrication importance of combining disorder with order for lithium-ion insertion into cryogenically prepd. nanoscopic ruthenia) Lithiation (electrochem.
Coulometry (chronocoulometry self-limiting electropolymn. of o-aminophenol on ultraporous carbon nanoarchitectures for electrochem. capacitor applications) Polymerization (electrochem. self-limiting electropolymn. of o-aminophenol on ultraporous carbon na
Design (architecture
Electrochemical cells Photonic crystals (photonic crystal structure as basis for three-dimensionally interpenetrating electrolyte and electrode layers in electrochem. cell) Polyoxyphenylenes Role: DEV (Device component use)
engineering or chemical process)
from cyclic voltammetry importance of combining disorder with order for lithium-ion insertion into cryogenically prepd. nanoscopic ruthenia) Electric capacitance (of electrode importance of combining disorder with order for lithium-ion insertion into cryo
Heat treatment (2-step sol-gel synthesis of nickel ferrite aerogels and their 2-step air/argon thermal conversion to magnetic NiFe2O4 ceramics with monodisperse
indanol silylcyclopropyl deriv stereoselective prepn europium catalyst rearrangement
low-temp. pseudomorphic transformations of nanostructured silica to titania via a titanium oxyfluoride intermediate) nanostructured silica pseudomorphic transformation titania
low-temp. pseudomorphic transformations of nanostructured silica to titania via a titanium oxyfluoride intermediate) Nanostructures (titania multistep
Monte Carlo simulation polymer blend property
nanoarchitecture overview on design and fabrication of multifunctional three-dimensional nanoarchitectures for energy storage and conversion) Nanostructures (multifunctional overview on design and fabrication of multifunctional three-dimensional nanoarchi
Nanostructures (pseudomorphic transformation of inverse opal tungsten oxide to tungsten carbide) tungsten carbide prepn tungsten oxide nanostructure carburization
naphthalene substituted prepn
networked nanocryst. building blocks) Aerogels Nanocrystalline materials (nickel ferrite sol-gel synthesis of nickel ferrite aerogels and their 2-step air/argon thermal conversion to magnetic NiFe2O4 ceramics with monodisperse
networked nanocryst. building blocks) Coercive force Grain size Magnetization Pore size Pore size distribution Porosity Remanence Sol-gel processing Surface area (sol-gel synthesis of nickel ferrite aerogels and their 2-step air/argon thermal conversion t
networked nanocryst. building blocks) Magnetic materials (nickel ferrite ceramics sol-gel synthesis of nickel ferrite aerogels and their 2-step air/argon thermal conversion to magnetic NiFe2O4 ceramics with monodisperse
networked nanocryst. building blocks) nickel ferrite magnetic ceramic sol gel synthesis nanostructure
PEP (Physical
Physical Properties of Synthetic High Polymers
physicochemical
PNU (Preparation
Polymer blend compatibilizers
Polymer blends
Porous materials (macroporous
PREP (Preparation)
PROC (Process)
PROC (Process) (hybrid macroporous materials for heavy metal adsorption) Adsorbents Functional groups (macroporous materials with thiol functional groups attached to titania and zirconia hybrid macroporous materials for heavy metal adsorption) hybrid macr
PRP (Properties)
PYP (Physical process)
retro- importance of combining disorder with order for lithium-ion insertion into cryogenically prepd. nanoscopic ruthenia) Lithiation (electrochem. importance of combining disorder with order for lithium-ion insertion into cryogenically prepd. nanoscopic
ring expansion rearrangement cyclopropaindenol
RL: POF (Polymer in formulation)
Secondary batteries (lithium mesoporous MnO2/polymer/RuO2 nanocomposite material with polymer membrane as battery electrolyte) Battery electrolytes Nanocomposites Nanocrystalline materials Nanoparticles Nanostructures Polymer morphology Pore size Secondar
Secondary batteries (lithium synthesis and rate performance of monolithic macroporous carbon anodes for lithium-ion batteries) Battery anodes (synthesis and rate performance of monolithic macroporous carbon anodes for lithium-ion batteries) monolithic mac
Siloxanes Role: NUU (Other use
silylcyclopropylindanone prepn lithiated arene nucleophilic addn
Simulation and Modeling
SPN (Synthetic preparation)
Surface area (BET colloidal-crystal-templated synthesis of ordered macroporous oxide electrode materials for lithium secondary batteries) Battery anodes Battery cathodes Long-range order Porosity (colloidal-crystal-templated synthesis of ordered macroporo
TEM (Technical or engineered material use)
three dimensionally ordered macroporous metal alloy processing nickel three dimensionally ordered macroporous processing cobalt three dimensionally ordered macroporous processing iron three dimensionally ordered macroporous processing colloidal crystal te
titania multistep
unclassified)
USES (Uses)
USES (Uses) (importance of combining disorder with order for lithium-ion insertion into cryogenically prepd. nanoscopic ruthenia) Secondary batteries (lithium importance of combining disorder with order for lithium-ion insertion into cryogenically prepd.
USES (Uses) (in prepn. of cobalt lithium oxide cathode material for lithium-ion batteries) cobalt lithium oxide cathode cycling rate macropore structure battery cobalt lithium oxide cathode
USES (Uses) (manganese dioxide-coated carbon fibers for e Polymerization (oligomerization manganese dioxide-coated carbon fibers for energy storage and conversion) manganese oxide coated nanometric carbon fiber energy storage capacitor
USES (Uses) (mesoporous MnO2/polymer/RuO2 nanocomposite material with polymer membrane as batt Porous materials (mesoporous mesoporous MnO2/polymer/RuO2 nanocomposite material with polymer membrane as battery electrolyte) mesoporous oxide ionic polymer me
USES (Uses) (photonic crystal structure as basis for three-dimensionally interpenetrating electrolyte and electrode layers in electrochem. cell) Polyoxyphenylenes Role: DEV (Device component use)
USES (Uses) (Pr
USES (Uses) (sulfonated photonic crystal structure as basis for three-dimensionally interpenetrating electrolyte and electrode layers in electrochem. cell) photonic crystal structure interpenetrating electrochem cell
Vapor deposition process (chem. synthetic approaches toward tungsten photonic crystals for thermal emission) Films Photonic crystals Surface structure (synthetic approaches toward tungsten photonic crystals for thermal emission) thermal emission tungsten
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