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Sessions:
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Modern Nuclear Reactors: Improvements of Existing Technology and Generation IV Developments
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Overview of Global Nuclear Energy Partnership and advanced burner reactor
- The deep burn destruction of nuclear waste transuranics using the gas cooled reactor
- Nuclear battery type reactors
- Molten-salt reactors for transmutation of actinides from LWR
- Applications of liquid salts for high temperature heat transport in nuclear systems
- Hydride fuel for improving the design and performance of LWR
- Advances in nuclear materials for next generation reactor systems
- Reduction of environmental impact and expansion of capacity of geologic
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Nuclear Waste Forms: Current Solutions and Future Challenges
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Integrated waste management strategy for tomorrow
- Synthesis and characterization of technetium-zirconium alloys
- Options for decay storage and disposal of cesium and strontium from GNEP reprocessing schemes
- Alpha-damage and helium behavior in nuclear fuels and waste forms
- Ion beam irradiation of (Y1-xLax)2Ti2O7 and actinide-doped pyrochlore
- Predominance of surface charging on uranyl silicates
- Formation and alteration of coffinite (USiO4) in the Grants uranium deposits, New Mexico
- Trends in bonding within An substituted zircon, using electronic structure to optimize classical interatomic potentials and facilitate molecular dynamics simulation
- Computational investigation of Np incorporation in boltwoodite
- Thermodynamics of neptunium solid phases for modeling dissolved concentrations
- Experimental measurements of uranyl oxide hydrate mineral solubilities at 298K
- Neptunium association with secondary uranyl solid phases: Status and future needs
- Alternative matrices for sodium-bearing waste
- Effect of SiO2 (aq) activity on lanthanide borosilicate glass dissolution under acidic conditions
- Nanometric alteration layer analysis in the field of long term nuclear glass leaching
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Spent Nuclear Fuel Reprocessing: Future, Present, and Past National and International Experiences
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Spent nuclear fuel reprocessing: Where we have been and where we are going
- GNEP and the International Fuel Cycle
- Separations, coordination, and solvation of f-elements in ionic liquids
- Distribution of C-14 labeled PEG-400 in the HCCD-PEG solvent extraction system
- Present status and perspective on FR fuel cycle in Japan
- Processing spent nuclear fuel in alkaline solutions: A feasible approach?
- Overview of stripping improvements for the Caustic-Side Solvent Extraction (CSSX) process
- Separation chemistry of actinides: Recent developments
- Pertechnetate coordination to actinide cations in the presence of analogs to tri-n-butyl phosphate
- Nitrate effects on uranium and plutonium extractions
- Effect of acetohydroxamic acid on equilibrium of Mo and Zr in the TBP and CMPO/TBP extraction systems
- Aspects of reprocessing from the UK perspective including future technical challenges
- IRI's column separation techniques for establishing an advanced aqueous reprocessing system
- Synthesis and characterization of the solid uranyl-acetohydroxamic acid complex
- Kinetics of hydrolytic degradation of acetohydroxamic acid
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Understanding Radionuclide Transport in the Environment: Remediation, Nuclear Waste Disposal, and Long-term Stewardship
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Scientific understanding aids plutonium remediation at Rocky Flats
- Colloid transport of plutonium in the far-field of the Mayak Production Association, Russia
- Modeling plutonium transport through sediment containing plutonium sources of various oxidation states: An 11-year lysimeter study
- Sorption of neptunium and plutonium to Yucca Mountain tuff
- Subsurface bioimmobilization of plutonium and uranium: Experimental and model validation study
- Kinetics of sorption and desorption of neptunium and plutonium in synthetic mineral suspensions
- Microbial impacts on the migration of actinides: Effects of exudates on the migration
- EPS biocolloids as a transport agent for Pu
- Strontium exchange and mobility at the Hanford Site, USA
- Strontium binding structures in designer swelling micas
- Experimental approach for distinguishing between contaminant release by desorption and dissolution processes
- Microscopic mass transfer controlling source zone U(VI) reactivity at US Hanford Site
- Using synchrotron X-ray techniques to examine uranium speciation with depth in contaminated Hanford sediments
- Extracellular reduction of hexavalent uranium by Clostridium sp
- Mechanisms of uranium(VI) reduction by clostridia
- Immobilization of U(VI) accompanying microbial iron reduction
- Interaction of methoxyethyl methyl imidazolium tetrafluoroborate with uranium and its application on uranium bioreduction
- Bioremediation of uranium in aerobic environments via bacterial phosphatase activity
- Interactions among phosphate amendments, microbes and uranium mobility in contaminated soils
- Site characterization to support conceptual model development for subsurface radionuclide transport
- Ferrous iron reduction of uranyl ions and its implications of a mobile reduced species: U(V)
- Complexation and polymerization: interactions of uranium with organic molecules
- Role of Fe(II) in the biotic and abiotic reduction of higher valent uranium and plutonium
- Stability of bacteriogenic uranium(IV) oxide nanoparticles for environmental remediation
- Solid phase biotransformation of carnotite [K2(UO2)2(VO4)2]
- Adsorption of uranium to goethite coated sand: Effect of pH and solid-to-solution ratio
- Solid phase formation in iron, uranium, and silicate rich media
- Effect of carbonate and borate complexation on Nd3+ and UO22+ solubility in WIPP brine
- Redox properties of groundwater in the vicinity of Yucca Mountain using trace element speciation determined by ion chromatography inductively coupled plasma mass spectrometry
- Effective partition coefficients for radionuclide transport through saturated alluvium at the proposed high-level nuclear waste repository, Yucca Mountain, Nevada
- Mechanisms of microbial transformations in TRU wastes
- Diffusion of iodine and rhenium in cemented waste forms
- Laboratory experiments of carbon-14 uptake on calcite and dolomite
- Laboratory experiments of carbon-14 uptake and release from calcite
- Remediation of radionuclides with bulk and nanoparticulate molybdenum oxides
- Applications of laser ablation-ICP/MS in understanding radionuclide transport
- Leaching of samples collected during the Glovebox Excavator Method Project
- Second harmonic generation studies of metal ion binding to environmental interfaces
- Dendritic chelating agents: Experimental investigations of U(VI) binding to poly(amidoamine) and poly(propyleneimine) dendrimers in aqueous solutions
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Proliferation Issues Related to Advanced Nuclear Fuel Cycles
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Benefits vs. Proliferation Risks for Advanced Fuel Cycles
- Proliferation-resistance of alternative fuel cycles
- Global Nuclear Energy Partnership as proposed will facilitate proliferation and the fast-neutron reactors are premature
- Moving to a new nuclear regime: Key issues at the the back end of the fuel cycle
- The future of the nuclear fuel cycle
- Science and Technology
- Enrichment plant safeguards: Current safeguards and improvements with remote monitoring, mailbox system, and randomized inspection approaches
- International safeguards and the challenges for sensors, data integration, and data analysis
- An experimental demonstration of real-time monitoring of plutonium content and thermal power of a reactor with a cubic meter antineutrino detector
- Development of NDA measurement methodology and instrument for pressurized water reactors spent fuel assemblies verification
- Airborne radioactivity measurements
- Safeguards for the Advanced Fuel Cycle Facility
- Nonproliferation aspects of the UREX+ processing suite
- Use of UV-Vis spectroscopy and TRLFS for material accountability in solvent extraction processes
- Nuclear forensics: A key component of non-proliferation control
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Nuclear Energy: International Efforts Toward a Sustainable Future
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- The global nuclear energy partnership
- Transmutation of actinides in burner reactors: Transuranic fuels
- French considerations regarding nuclear fuel cycle closure
- Past experience in reprocessing of spent nuclear fuel
- Development of fast reactor technology: Overview of the Chinese approach
- An overview of JAEA safeguards for GNEP
- Putting it all together: Integrated outlook for nuclear energy expansion
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Actinide and Fission Product Isotope Needs for Energy and National Security Programs
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Plutonium-244: Past, present, and future
- Large scale isotope production at the Savannah River Site(SRS) from 3H to 252Cf to present
- Use of HFIR-produced actinide nuclides for nuclear structure studies
- Heavy element nuclear and chemical properties determined by heavy ion irradiation of actinide targets
- Isotope needs and availability for reference material production
- Actinide needs of the GNEP transmutation fuels development program
- Actinide needs for multicycle partitioning-transmutation process development
- Needs for americium and curium isotopes in advanced fuel cycle research
- Recent actinide targets for neutron cross section measurements
- Neutron capture measurements on actinide and fission products using DANCE
- Radioisotopes for use in power sources
- Criticality of a neptunium sphere
- Actinides are absolutely necessary for research
- Nuclear Data Measurement Program at LANSCE
- Coextraction of americium (VI) and the major actinides with tributyl phosphate
- Evaluation of inorganic sorbents for separation of 99Mo from highly concentrated uranium solutions
- Reversing the arrow of time: A tool for nuclear energy and security applications
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Sessions:
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Clean Coal
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Chlorine functional forms of Argonne Premium coal samples and their changes with water washing and in slow heating rate pyrolysis
- Transformation of inorganic elements into coal extracts (HyperCoals)
- Experimental and modeling of chromium speciation in Australian coals and combustion products
- Partitioning behavior of boron in a coal fired power plant
- Fractionation of Brown Coal by sequential solvent extraction
- Upgrading of peat to gas/liquid fuels in supercritical water with catalysts
- Determination of 13 kinds of aldehyde and ketone pollutants in emission from biodiesel engine by HPLC with SPD
- Numerical simulation of the best mixture ratio of the secondary air in air staging combustion
- Numerical simulation of the best mixture ratio of the coal and air in fuel staging combustion
- Effects of inherent metal cations on the fate of the nitrogen in coal in the fixed bed pyrolysis of twenty five coals
- Desulfurization mechanism of barium-based additives at high temperature during high-sulfur coal combustion
- Removal of organic sulfur from hydrocarbon resources
- Development and validation of a method for prediction of the ash split in a CFB boiler using fuel and sorbent properties to improve the energy efficiency
- Whole-of-life costing of technology options for lignite enhancement for power generation
- Mercury removal from coal-combustion flue gas using activated carbon derived from waste tires
- Investigation of mercury distribution behavior in ash-free coal manufacturing process
- Simultaneous H2 purification and CO2 capture in a post-gasifier membrane reactor
- Control of catalytic hydrogen combustion by fluidized bed
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Greenhouse Gas Capture and Sequestration
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Capture
- Reaction kinetics of carbon dioxide with the supported amine tetraethylenepentamine in ethanol
- Regeneration and lifetime of polyethylenimine based CO2 adsorbents
- Solid sorbents for CO2 capture from post-combustion and pre-combustion gas streams
- Templated polymeric materials as adsorbents for the post-combustion capture of CO2
- Carbon Sequestration
- Influence of a typical host rock on brine pH as applied to carbon sequestration
- Thermodynamical studies of adsorption/desorption of CO2 on Wyodak coal at different pressures
- Toward the development of a single-stage mineral carbonation process
- Using electrolysis of NaCl to promote CO2 sequestration by mineral carbonation
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Developing Issues in Energy and Fuels
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Chlorine functional forms of Argonne Premium coal samples and their changes with water washing and in slow heating rate pyrolysis
- Experimental study on flue gas desulfurization and denitrification simultaneously by calcium peroxide
- Effects of flue gas constituents on mercury adsorption by activated carbon fiber(Acf)
- Using glycerol as fuel in biofuel cells
- Fluorescence characterization of narrowly diameter distributed Co-MCM-41 single-walled carbon nanotubes
- Properties of aggregates of anionic-cationic porphyrins: TCPP and TPPS with TAP
- Modeling gas-phase carbon nanotube synthesis on iron particles from carbon monoxide
- Templated polymeric materials as adsorbents for the post-combustion capture of CO2
- Heavy metal formation in munition waste incinerators and nanostructured sorbents for their control
- Pollutant formation in premixed and diffusion flames of paraffinic fuels using the reduced Utah Surrogate Mechanisms
- Using a multi-sample micro-pellet reactor with laser pyrolysis-molecular beam mass spectrometry to detect the reactive intermediates in PAH formation from biomass
- Vapor pressures and enthalpies of sublimation of several polycyclic aromatic compounds as determined via the Knudsen effusion method
- Formation of polycyclic aromatic hydrocarbons from pyrolysis and combustion of plant materials
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Environmental Issues in Energy and Fuels
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Effect of loss on ignition and particle size on the concentration of trace elements in fly ash
- Effects of flue gas constituents on mercury adsorption by activated carbon fiber(Acf)
- Mercury behavior in FGD sulfite-rich scrubber materials at elevated temperatures and pressures
- The effect of selenite and selenate on Hg capture on carbon
- Using glycerol as fuel in biofuel cells
- Investigation of reaction networks and active sites in bioethanol steam reforming over Co-based catalysts
- Steam reforming of glycerin for hydrogen production over Ni catalyst
- MTBE contamination of gasoline in the midwest II: Effects of legislation in Indiana
- Completion of ultrasound assisted oxidative desulfurization process through catalyst polishing or ionic liquid extraction
- Oxidative desulfurization of diesel fractions in a fixed bed reactor under mild condiditons
- Effect of Na2CO3 additives on direct sulfation of limestone under high CO2 concentration in O2/CO2 coal combustion
- Kinetics of the semi-dry desulfurization reaction with calcium hydroxide reagent
- Experimental study on flue gas desulfurization and denitrification simultaneously by calcium peroxide
- Studies on emission features of inhalable particulate matter at different conditions during pulverized coal combustion
- Experimental study on removal of dioxin-like chemicals by “oxygen-enriched” highly reactive absorbent
- Pervaporation and its applications in dehydration of hydrazine fuels
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Environmental Challenges of Fuel Utilization in the Developing World
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Environmental challenges of energy utilization in China
- Mercury control technology: A summary
- Study on the simultaneous flue gas desulfurization and denitrification over activated carbon using microwave irradiation
- Plasma-enhanced preparation of nickel-based catalyst for carbon dioxide methanation
- Immobilization of lipase and its application in biodiesel production
- Thermodynamics characteristics of CO2 reforming via corona plasma reaction
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Sessions:
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Nanoscience Fostered Advances in Sustainability
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Sustainability in Energy
- Meeting clean energy demand with nanostructure architectures
- Unidirectional photo-induced charge transport in templated nanostructures
- Enhancing sustainability with graphitic carbon nanofiber materials
- Multifunctional mesoporous nanoparticle-based catalysts and controlled release delivery systems for bioenergy applications
- Exploring nanoparticles as building blocks toward catalytic and sensing materials
- Electron and energy transfers between nanoparticles
- Integrated, nanoarchitectured proton-exchange fuel-cell electrodes—without ionomer or carbon
- Green Chemistry and Nanoparticle Reactivity
- Green and biosafe metal nanoparticles
- Investigation of enhanced photocatalytic reduction and oxidation of titanium oxide nanotubes
- Synthesis and aqueous-phase chemical transformations of monodisperse metallic nanoparticles in the 1-4 nm size
- Fundamental characterization of nanoparticles and their interactions by capillary electrophoresis
- Role of sulfide in aqueous solution-based synthesis of ZnS and CdS quantum dots
- Green methods for synthesis of ZnS:Mn/CdS core/shell quantum dots and their characterization
- Environmental Remediation
- Doped metal oxide nanoparticles for environmental remediation
- Electrolytic recovery of nanosized crystalline brucite from membrane residuals
- Surfactant template-based sol-gel synthesis of mesoporous nanocrystalline TiO2 photocatalytic materials immobilized on supports for environmental applications
- Nanoparticle size effects on the microbial iron reduction
- Sequestration of metal cations with nanoscale zero-valent iron (nZVI)
- Organic-inorganic hybrid catalysts for environmental remediation
- Porewater velocity and collector grain size affects the mobility of surface-modified nanoiron in water-saturated porous media
- Bio-Inspired Nanosystems
- DNA-mediated assembly of FePt nanoparticles to control magnetic behavior
- Characterization of the bilayer region of vesicles of dimyristoylphosphatidylcholine (DMPC) for green approaches to synthesis of nanomaterials
- Vesicles of natural phospholipids as model systems for green nanoreactors
- Fundamental investigation of the vesicles of dimyristoylphosphatidylserine (DMPS) as nanoreactors for green synthesis
- Pore formation dynamics and line tension determination on vesicles for green approaches to nanoscale material synthesis
- Nanoparticle-vesicle interactions as model studies to discern the environmental impact of nanoscale materials
- Sensors
- Formation of viologen-functionalized monolayers in nanoporous anodic alumina for reagentless multiplexing biosensing
- Aqueous nanoscale self-assemblies of amphiphilic acylpyrazolones and acylisoxazolones for lanthanide metal ion recognition
- Nanoscale sensor consisting of nanoparticle, fluorescent stilbene, and receptor for nerve gas analogs
- Multifunctional receptors for the generation of nanosensors for nerve gas toxins
- Novel Ru(II) complexes bearing receptors for the construction of nerve gas sensors
- Nitrogen heterocyclic compounds as receptors in nanosensors for nerve gas agents
- Synthesis and fundamental characterization of patchy CdS:Mn/CdS core/shell quantum dots
- “Switch on” and “Switch off” nanosensors for the detection of nerve gas agents
- Highly fluorescent stilbene based monomers for the design and construction of nanosensors for chemical and biotoxins
- Nanosensors for the detection of explosive compounds
- Posters
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One-dimensional Nanomaterials
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Solution Synthesis and Physical Properties
- Colloidal semiconductor quantum wires
- Morphology-controlled synthesis of 1-D nanostructures in micellar systems
- Colloidal synthesis of metallic nanorods and nanowires in water
- Parallel Pd nanoribbons by spontaneous organization of Pd nanoparticles
- Solution-based semiconductor nanowires: New opportunites in one dimension
- Non-local blinking of CdSe nanowires induced by mobile charges
- Assymetric, 1-D growth of CdSe quantum dots to quantum rods
- Microwave-assisted synthesis of 1-D nanostructures
- Room-temperature synthesis of PbCrO4 nanorods and SrCrO4 nanowires by an aqueous solution route
- Characterization, Properties and Applications
- Synthesis of graphite nanorods by CVD method
- Epitaxial semiconductor nanowires: From materials science to quantum physics and devices
- Manganese mediated germanium nanowire growth
- Synthesis and properties of FeSi and Fe1-xCoxSi alloy nanowires
- Visualizing silicon nanowire composition and carrier transport
- Synthesis and physical properties of ferromagnetic semiconducting EuO nanorods
- Optical sensors for DNA-drug interactions: An application of single-walled carbon nanotubes
- Core-shell structured silicon-germanium nanowires: Charge distribution and band offsets
- Complex Nanostructures and Assembly
- Engineering the morphology of 1-D ZnO nanostructures from nanorods to nanotubes to nanotube based paintbrush by a solvothermal approach
- Partial cation exchange as a means of creating nanorod superlattices
- Designing PbSe nanowires and nanorings through oriented attachment of nanoparticles
- Nanorods and multipods of platinum and its alloys: Synthesis, formation mechanism and property
- Inorganic nanotubes and nanofluidic transistors
- General approaches to controlled organization of nanowires and carbon nanotubes
- Branching and radial silicon-silicide nanowire heterostructures
- 1-D functional nanostructures
- Energy Research
- Single wall carbon nanotube scaffolds for photoelectrochemical solar cells
- Complex nanostructures for energy conversion and storage
- Synthesis, characterization and physical properties of chromium disilicide nanowires
- Electrochemical and electrocatalytic properties of chemically modified carbon nanofibers
- Solar cells and batteries with inorganic nanowires
- Influence of lithiation on electrochemical properties of MoO3 nanobelts
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Sessions:
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Realizing the Full Potential of Solar Energy Conversion through Basic Research in Chemistry and Biochemistry
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Solar Photon Conversion
- Scientific challenges in sustainable energy technology
- Mesoscopic injection solar cells
- The Power of the Sun: A film
- Hybrid-nanorod polymer solar cells
- Third generation solar photon conversion
- Solar Fuels and Biofuels
- Solar fuels: A reaction chemistry of renewable energy
- Sensitizer-modified proteins for solar-driven water splitting
- Biomass recalcitrance: Barrier to economic ethanol biorefineries
- Nature's renewable energy blueprint: Future fuel from biomimics and microbial cell factories
- Photobiological and bio-hybrid hydrogen production based on the activity of hydrogenase enzymes
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Sessions:
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Agricultural Biomass, Biobased Products, and Biofuels
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Defining the Challenges
- Agricultural biomass, biobased products, and biofuels: Challenges and opportunites
- Biomass-to-ethanol conversion: Strategies for developing flexible biorefineries
- Chemical and physical properties of pretreated biomass that affect enzyme accessibility and digestibility
- Biodiesel: Science based regulation and consumer protection
- Enzyme and microbial bioconversion of agricultural and forestry residues for transportation fuel
- Coproduction of fuel ethanol and new value added coproducts
- Energy balance of switchgrass grown for cellulosic ethanol in the Northern Plains, USA
- Process and Product Control
- Biobased: Making it competitive and sustainable
- Developing herbaceous energy crops as feedstocks for bioethanol production
- Alternative feedstocks for renewable green energy fuel
- Aspergillus flavus genomic data mining provides clues for its use in producing biobased products
- Fully automated molecular biology routines for evaluation and characterization of industrial yeast strains optimized for ethanol production from cellulosic biomass and for biobased-pesticide expression
- Biological abatement for removal of inhibitors from biomass sugars
- FT-IR analysis of oil feedstock and biodiesel quality
- Effects of production practices on biodiesel quality
- Process Characterization
- Product identification from the catalytic cracking of cis-9-octadecenoic acid
- Parthenium argentatum as a source of biobased products
- Castor oil: Biosynthesis and uses
- Structure-function relationships of a catalytically efficient β-D-xylosidase
- Enzymatic dewatering of distillers grains
- Biobased industrial lubricants
- Recent advances in bioconversion of agricultural biomass to butanol by fermentation: Employing potential of available renewable resources to produce a superior biofuel
- Synthesis of long-chain unsaturated-α,ω- dicarboxylic acids from renewable materials via olefin metathesis
- Improving Bioproduct Design
- Properties of biodegradable feather keratin polymers
- Biopolymers from polylactic acid and milk proteins
- Extraction and electrospinning of zein extracted from corn gluten meal using acetic acid
- Improved physical properties of zein using glyoxal as a crosslinker
- Arthropod repelling constituents from a southern folk remedy: Investigations of the American beautyberry, Callicarpa americana
- Biobased herbicides
- Single-use, disposable food containers: Starch-based alternatives to petroleum-based plastics
- Incorporation of bacteriocin in edible pectin films for antimicrobial packaging
- The Cellulosic Challenge
- Fast pyrolysis and biooil production from energy crops being developed within USDA-ARS
- Steam explosion method for producing microcrystalline cellulose from agricultural residues
- Developing enzyme systems for biomass destruction
- Process for obtaining cellulose acetate from agricultural by-products
- Fuel from herbaceous feedstocks: A switchgrass-centric perspective
- Hydrothermal conversion of wood: Reaction kinetics and process development
- Fractionating lignocellulose by using cellulose solvent and organic solvent
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Session:
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Fluorine and Energy
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Fluoroalkyl sulfonimides as electrolytes for PEM fuel cells and lithium batteries
- Low crossover membranes for direct oxidation methanol fuel cells
- The development of improved lithium-ion battery electrolytes containing fluorinated cosolvents
- The use of nanocomposite CFx cathode materials in Li-CFx batteries for low temperature application
- Structure and properties of perfluorinated ionomers in PEM fuel cells
- Preparation of functionalized fluorinated monomers for polymer synthesis
- Modification and characterization of Nafion® for direct methanol fuel cells (DMFCs) applications
- Synthesis of fluoro-terpolymers with high dielectric constant and low loss for high energy density capacitors: Using control borane/oxygen radical polymerization
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Advances in Selective Heterogeneous Catalytic Oxidation |
Sessions:
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Advances in Selective Heterogeneous Catalytic Oxidation
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Microporous, Mesoporous and Molecular-type Catalyst Systems
- Iron(III) porphyrin catalyzed epoxidation of olefins by hydrogen peroxide: An analysis of the reaction mechanism and the factors affecting catalyst activity and selectivity
- FTIR and UV/vis spectroscopic studies of reaction intermediates during direct propylene epoxidation using H2 and O2 over a Au-Ba/Ti-TUD catalyst
- Hydrocarbon autoxidation chemistry: New mechanism, new opportunities
- K-OMS-2 Catalyzed liquid phase synthesis of quinoxalines
- Building block-based catalysts: Tailoring next generation titanosilicates and vanadosilicates
- Highly selective catalytic oxidation reactions: I. Oxidative dehydrogenation of propane (ODHP) by size-selected platinum catalysts, and II: Oxidation of alkenes on size-selected silver and gold clusters and nanoparticles
- Cu2O/CeO2 nanoparticle systems for CO oxidation
- Monolayer and Bulk Catalyst Systems
- Operando spectroscopy of propylene oxidation to acrolein over well-defined supported vanadia catalysts
- Role of excess MoO3 in iron-molybdate methanol oxidation catalysts
- Is there a relationship between the M=O bond length (strength) of bulk mixed metal oxides and catalytic activity?
- Thermal transformation of the Mo-V-Te-O M1 to M2 phases: Synthesis, structural characteristics and catalytic performance in propane ammoxidation
- On cooperation of the Mo-V-Te-Nb-O M1 and M2 phases in propane ammoxidation to acrylonitrile
- Effect of metal substituents on the structure and performance of Mo-V based mixed oxide system in propane ammoxidation
- A kinetic and spectroscopic study of reaction intermediates during acetone oxidation with ozone
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Sessions:
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30 Years of Conducting Polymers
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Plenary Lectures
- Azanes: A class of material incorporating nano/micro self-assembled hollow spheres obtained by aqueous oxidative polymerization of aniline
- Thirty years of conducting polymers: Time flies when you are having fun
- Poly(diacetylene)s and their impact for understanding polyconjugated macromolecules
- Charge transport in conjugated polymers: Thirty years of progress in theoretical description
- Preparation of new phenylene-, thiophene-, and pyrrole-based pi-conjugated polymers
- Realizing the amplification of molecular wire sensors: Isolated nanoscopic conduction pathways
- Synthesis
- Twenty years of development of low bandgap conjugated polymers
- Controlled electroactivity in polyheterocycles
- n-Type conjugated polymers
- Silicon-containing dendritic tris-cyclometalated Ir(III) complexes and their electrophosphorescence in a polymer host
- Conjugated macromolecules from acetylenic building blocks
- Synthesis and charge transport properties of new pentacene derivatives
- Dependence of polyacetylene conductivity on doping level: An epilogue
- Construction of superhierarchical structure of helical polyacetylene by using liquid crystal field
- Theory/Novel Devices
- Current induced fluorescence and electron counting-statistics of single molecules in junctions
- Nature and dynamics of electronic excitations in conjugated polymers
- Ionic motion in polymeric hosts: Some materials, some mechanisms and some models
- Exciton migration in rigid rod conjugated polymers
- Single molecule surface enhanced Raman spectroscopy of conjugated polymers
- New structure-function relationships in conjugated polyelectrolytes
- PPEs as biosensory materials
- Biotechnical aspects of conductive polymers: Biosensors, biochips and biocompatibility
- Conjugated polyelectrolytes featuring carboxylate side groups: Synthesis, amplified fluorescence quenching and sensitized solar cells
- Processing / Morphology
- Synthesis and applications of conducting polymer nanofibers
- Semiconducting polymers in confined spaces
- Investigation of polyaniline nanofiber morphology
- Synthesis and applications of aligned polyaniline and polypyrrole nanofibers
- Surprising very large impact of small magnetic and electric fields on conducting polymers
- Nanoscale interface engineering and the performance on organic memory devices
- Electrochromic conducting polymers in window, display, and variable optical attenuator devices
- Modulation of conducting polymer sheet conductivity by transition metal complex monolayers
- Nanostructured n-channel ladder polymer transistors and complementary inverters
- Devices/Photovoltaics
- Fullerene derivatives and conjugated polymers
- Structure – property relation and design of optimized materials for bulk-heterojunction solar cells: Toward 10 % energy conversion efficiency
- Rod-Coil graft copolymers from poly(3-hexylthiophene) precursors
- Development of conjugated polymers for use in all-polymer solar cells
- Exciton transport and inorganic/organic photovoltaics
- New low-bandgap poly(2,7-carbazole) derivatives in high performance solar cells
- Photoelectric processes of organic vs. inorganic semiconductors
- Photoluminescent studies of new conjugated fluorinated aryl ether polymers
- LEDs and Synthesis
- Seeing the light with polymers
- Morphological dependence of conjugated polymer photophysics
- Electronic, optoelectronic, and light-emitting properties of fluorene-quinoxaline and -pyrazinoquinoxaline conjugated alternating and random copolymers
- Molecular design on soluble conjugated polymers for electronic and electrochemical applications
- New π-conjugated organoboron polymers
- Color changing electrochromic fibers
- Dithieno[3,2-b:2',3'-d]pyrrole-based materials: Oligomers and polymers with enhanced fluorescence
- Naphthalenetetracarboxylic diimide-grafted poly(3,4-ethylenedioxythiophene)s
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Protective Fibers with Military and Medical Applications
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Fiber Structure/Function Relationships and Properties
- Performance of bioactive molecules on cotton textiles
- Halamine chemistry and self-decontaminating textile materials
- Flame resistant cotton durability and antimicrobial properties by using a novel epoxy phosphonate monomers
- Experimental evaluation and modeling of gas permeation through chemical protective materials
- Antibacterial cellulose surfaces using plasma polymerization
- The bonding of a hydroxyl-functional organophosphorus flame retarding agent to nylon fabric and the flame retardant finishing of cotton/nylon military fabric
- Structure/Function Relationships and Nanofibers
- New n-halamine antimicrobial coatings for textiles
- Electrospun shape memory polyurethane-laponite nanocomposite mats recover intrinsic stretch
- Modification of the NIR signal of textile fabrics via colloidal self-assembly
- Carbonized and activated nonwovens as high performance acoustic materials
- Nanocomposite silk fibers
- Catalytic electrospun oxime nanofibers
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Polysaccharide Processing |
sessions:
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Polysaccharide Processing: The Essential Component in a Sustainable Energy Future
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Glucanase activity on model thin films of cellulose
- Enzymatic hydrolysis of lignocellulosic biomass in yellow pine sawdust for production of bioethanol
- Changes in cellulose structure during enzymatic hydrolysis
- Can cellulose nanocrystals be a cellulosic ethanol coproduct?
- Strain-induced crystallization in solution-spun cellulose triacetate fibers
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Sessions:
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BMGT Presents an Executive Overview of Energy Programming for the Chicago ACS Meeting
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Thematic programming for Chicago: Energy overview
- An overview of energy programming in the Environmental Division
- Developing issues in energy and fuels: An overview of energy programming in the FUEL Division
- An overview of energy programming in the CINF Division
- Sustainable nuclear energy programming highlights of the Division of Nuclear Chemistry and Technology DNCT
- The role of the ACS Petroleum Research Fund in basic energy research
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General Papers
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Scientific Information Resources
- Index to physical, chemical and other property data: What's next?
- Open software and open standards may help cease the fire
- IUPAC name generation: Challenges and evaluation
- New Developments in Chemical Information
- Information content in organic molecules: Brownian processing of ribonucleases
- Chemical Terms, a language for cheminformatics
- Accounting for 3-D descriptors of conformers in QSAR modeling
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Sustainable Resources: Science and Information Sources
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Designing a new industry for sustainability: Life cycle analysis for the emerging bioeconomy
- Emerging technologies for renewable materials in the UK and EU
- Biofuels: From an information perspective
- Survey of information resources covering renewable fuels, chemicals and energy
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Sustainability and Chemical Education: Industry's Perspective
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- The world is changing and students need to be empowered for change
- Sustainability and the role of the chemist
- Preparing chemistry students for “sustainable” jobs: The growing need for green chemists, green engineers and sustainable product development experts
- Some examples of industrial involvement in green chemistry education
- DuPont biorefinery and biobased materials
- Approaching a century of sustainability: The Eastman Chemical Company experience
- Considerations for sustainable material development: Polylactic acid
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Bridging Research and Service: The Discovery Corps Experience
Below are the papers that will be presented in this session. To see abstracts of the papers, click on the session title above, then click on the number in front of the paper’s title
- Post Doctoral Fellows
- Scientific Information Resources
- New Developments in Chemical Information
- Continuation and institutionalization of an undergraduate research and development program
- Developing a new generation for organic electronics
- NSF Discovery Corps Postdoctoral Fellowship: Development of an afterschool science program – combining outreach, education, and professional development
- Alternative energy in the research lab and chemistry classroom
- Greener approaches to chemistry through research and education
- Using molecular animation to visualize the chemical origins of life
- Student experiences in informal science education: Science in the City
- Musical science: Integrating undergraduate education into a Discovery Corps project
- Integrating materials chemistry and art for metallic art conservation and chemical education
- Senior Fellows
- Seniors in service: Project SERVE (Science Enrichment using Retired Volunteer Educators), an intergenerational program for improving the quality of chemistry education in the EC-12 classroom
- Career success in science and engineering: A Discovery Corps project
- Professor-in-Residence at Clark Atlanta University
- How a Discovery Corps Fellowship can take over your life: Great Lakes Intercontinental Instrumentation Collaboratory
- Development of marine and seawater pollution database across continents
- Coffee for justice: An international collaboration for research and service with small-holder coffee farmers of Nicaragua
- Sustainable energy and chemical sciences collaboration in biomass conversion research between the US and Brazil
- Discovery Corps: Assessing the program
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