Advanced Ceramics Advanced Materials
Materials forSensorsCoatingsAdvanced MaterialsSector Roadmap2014-2017PackagingMaterials andTechnology forAgriculturaland FoodProductsAdvancedPolymers,Fibers, andCeramicsElectronics s andRemediationMaterials Competency
Materials for SensorsPriority Areas2014201520162017Synthesis of Sensor Materials(e.g. SMAs)Sensor Design Using NewMaterialsFabrication of Smart Sensorsfor Various Applications(e.g. heavy metal detection,high temperature SMA sensorsto detect incidence ofoverheating/high temperatureexcursions)Deployment, Evaluation,Testing Studies and PossibleScale Up Studies to MakeSuitable for Large ScaleProductionSensors - MaterialsDevelopmentPotentiometric, Amphoteric,Photometric, Colorimetric,Spectroscopic,Thermochromatic sensorsSensors - Device DesignDemonstration(sensitivity, selectivity,reliability)Potentiometric, Amphoteric,Photometric, Colorimetric,Spectroscopic, Nitinol assensing and actuating materialSensors - Lab-scale PrototypeDemonstration (scalability)Potentiometric, Amphoteric,Photometric, Colorimetric,Spectroscopic, Piezoelectricstretching sensorSensors - Lab-scale PrototypeDemonstration (fielddeployable, integration)Potentiometric, Amphoteric,Photometric, Colorimetric,Spectroscopic, Touch sensitivematerial sensorSensors for Health, Water, Air, Soil, Food
Materials for Sensors20142015Actual Projects20162017Chemical Sensors for Mine Site Monitoring ProgramProject 1. Mapping of Heavy Metal Contamination in the PhilippineMining Soils Using Laser-induced Breakdown Spectroscopy (LIBS) FieldSensorsProject 2. Optical Sensors for the Determination of Zn and Cu inAmbient WaterProject 3. Gaseous Elemental Mercury Sensors for AtmosphericMonitoringProject 4. Integrated Sensing System Using Mobile and CloudTechnologies for Mining and Nearby CommunitiesProject 5. Data Integration and Visualization of Sensor Output for MineSite MonitoringMECO-TECO: Synthesis and Characterization of Novel Metal Nanoparticle-dopedElectroactive Polymer Materials and Their Possible Application for Gas Sensing
Materials for Sensors20142015Actual Projects20162017Sensors for Agricultural and Fishery Ecosystems and Harvests Safety (SAFEHarvestS) ProgramProject 1. Development of Portable Surface Plasmon Resonance MIP-based Sensor for Detection of Histamine in ShrimpsProject 2. Development of Sensitive Prototype Sensor for Monitoring Insecticide Residues in Fruits and Vegetables to Address Current MRLsProject 3. Development of Potentiometric-MIP Test Kit for the Detection of Clenbuterol in MeatProject 5. The Development of Portable Detection Systems for Nitroimidazoles in Hog Urine and Piggery Run-off WaterProject 6. Molecularly Imprinted Polymer Modified-Carbon Paste Electrodes (MIP-CPEs) as Multi-analyte Sensor for the Detection ofOrganophosphorus Pesticides Chlorpyrifos and Fenitrothion and Triazine Herbicide AtrazineProject 4. Development of Electrochemical Sensor Platform for Meatand Fish Freshness Monitoring
Coatings (PVD and Plasma, Thermal Spray and Electrodeposition)Priority Areas2014201520162017PVD Machine and Processfor Surface Modification ofVarious MaterialsCharacterized MAX Phases forDecorative Colors andFunctional Materials on Metal,Polymer, Alloy, GlassSubstratesAdherent Adhesive-free MetalFilmson Surface Modified PolymersOptimized and Robust CoatingProcessesfor Various ApplicationsPulse Plating of Chromeand/or Alloy CoatingsStudies on Metal-oxideComposite Coatings viaElectrodepositionAntimicrobial CoatedMaterialsSelf-cleaning Coated MaterialsAnti-foul Coated MaterialsHeat Resistant CoatedMaterialsMetallic Composite Coating by Electrodeposition for Structural/Industrial ApplicationsPilot Scale MetallicInorganic/Alloy Coating byElectrodepositionLarge Area ElectrophoreticSuperconducting CoatingSuperconducting Structuresfor Magnetic ShieldingElectrophoreticSuperconducting MaterialsCoating
Coatings (PVD and Plasma, Thermal Spray and Electrodeposition)201420152016Actual Projects2017Development of a Low‐Energy Ion Source System for the Synthesis of Diamond-like Carbon FilmsPhysical Vapor Deposition ofAdvanced MAX PhaseMaterialsFabrication of Metal OxideThin films for Optical Coatingswith Plasma AssistedDeposition Using a PlasmaEnhanced Chemical VaporDeposition (PECVD) SystemHigh Throughput Processingof Functional Thin Films UsingGaseous DischargesProject 1. Development of DirectCurrent (DC) Magnetron PlasmaSystem for Ti-Al-C Thin FilmSynthesisProject 2. Development of RadioFrequency (RF) Plasma System forTi-Al-N Thin Film Synthesis
Advanced Polymers, Fibers, and CompositesPriority Areas2014201520162017Indigenous Materials PropertiesCharacterizationProcessing of Compositesfor Target ApplicationsOptimization Studies andPrototypingfor Novel ApplicationsNew Applicationsfor Natural Fiber-reinforcedCompositesBiodegradable Polymersfor PackagingAntimicrobial FibersSurface Modified ConductingPolymersUsing Ion Shower SystemPlasma Treated Abaca NaturalFiber Composite for IndustrialApplications(R&D)Plasma Treated Abaca NaturalFiber Composite for IndustrialApplications(Prototype product)Ion-conductive Polymer MetalComposite MaterialsQuantum Tunneling CompositeMaterialsPolymer for Fuel CellApplicationPolymer for Drug DeliveryConducting Polymersfor Solar Cell ApplicationsFlexible Electronics
Green Materials and Remediation20142015Priority Areas2016Develop and Characterize Materials to Detoxify Harmful Substances in Water, Air, and SoilPolymer for EnvironmentalApplication2017Membrane-based System forWater TreatmentMaterials and Processes forDesalinationRemoval and Decomposition ofWater-soluble Oil Fractionby PhotocatalysisMineralization of CO2 andOther Pollutants in theAtmosphere Using MineTailings and Other MineralSources for Cement ProductionDevelopment of Zeolite for OilSpill DecontaminationDevelopment of CalciumCarbonate-chitosan CompositeMembrane for Spill TreatmentCharacterization of CarbonizedChicken Feathers for HydrogenStorage, Heavy MetalAbsorption, and Gas CleaningSystem
Green Materials and Remediation20142015Actual Projects20162017Development,Characterization andPerformance Evaluationof Polymeric SeparationMembrane for IndustrialApplications using LocalMaterials (Phase 1)
Electronics and Semiconductor Materials20142015Priority Areas20162017Semiconductor MaterialsPN Diode (silicon, polysilicon, III-V), Schottky Diode (ZnO, TiO2, Si, Ge), Heterojunction Diode (ZnO/Si, CuO/ZnO), Field EmissionTransistor (III-V compound, spin, tunneling, ferro-electric)Materials DevelopmentLogic Circuit DemonstrationDevice DemonstrationElectronics Device FabricationContacts and Interconnects, Barriers and Dielectrics, Doping, Packaging, Deposition, OptoelectronicsMaterials and ProcessDevelopmentProcess Demonstration:Contacts and InterconnectsIndustry compatibleBarriers and DielectricsUltra thin barrier, low-k dielectricDopingSelectivePackagingThermal management polymerDepositionPrinted electronic devicesOptoelectronicsCost-effective, power-efficient LEDs
Electronics and Semiconductor Materials201420152016Priority Areas2017Organic Semiconductor n of New OrganicMaterialsRecovery of Metals in PowderForm From Solid Waste of theElectronics and SemiconductorIndustryUtilization of Recovered MetalPowder for Various ApplicationsMaterial RecoveryCharacterization of MetalComponents of TypicalElectronics and SemiconductorWasteRecovery of Cu in Powder FormFrom Liquid Waste of PrintedCircuit Board FacilitiesSuperconducting MaterialsDevice Grade SuperconductingFilmsThin Film SuperconductingDeviceMagnetic Imaging Device
Electronics and Semiconductor Materials201420152016Actual Projects2017Angular Goos-HanchenShift: An OpticalPhenomena for Ultra ThinFilm ThicknessMeasurementConduction in Disordered Materials in the Low-FrequencyRegionFabrication of Highly C-AxisOriented YBCO Thin Filmsby SedimentationDepositionUltrafast MBE-grownTerahertz PhotoconductiveAntenna Devices
Materials for Energy2014Priority Areas201520162017Superconducting TransformerSuperconductorsBasic StudiesLoss Studies in SuperconductingWires and TapesSuperconducting WiresEquip Labs to Characterize andTest Materials for EnergyStudies on Synthesis of PorousMetalsLocal Studies on Liquid ElectrodeMaterial Systems (e.g. Mg andSb)PhotovoltaicsMaterials Developmenta) DSSC cost-effective dyes,environment safe electrolyte,transparent electrodeb)Alternative materials and processes focus on low cost, environmentfriendly, scalabilityDevice Demonstration FromDeveloped Materials andProcessesPrototype Device DemonstrationCost-competitive DSSC
Materials for Energy2014Priority Areas201520162017Prototype Device DemonstrationCost Competitive Solar Cells BulkSiliconMaterials and Process andTesting Developmenta) Monocrystalline Si-PV - low costprocessing at least 15% efficiencyb) Polycrystalline Si-PV - low costprocessing at least 10% efficiencyc) Amorphous Si-PV - low costprocessing at least 5% efficiencyDevice Demonstration FromDeveloped Materials andProcessesAlternative and RenewableMaterials Developmenta) thermoelectricb) piezoelectricc) salinity-gradientd) light weight wind-turbinematerial,e) corrosion resistant water turbinematerialDevice Demonstration FromDeveloped Materials andProcessesPrototype Device DemonstrationPractical-scale DeviceDemonstrationZeolite Filled Composite Membrane for Biogas Quality Improvement
Materials for Energy2014Priority Areas201520162017Prototype Device DemonstrationPractical-scale DeviceDemonstrationEnergy Storage DevicesMaterials Developmenta) Supercapacitors - electrolytes,membranes, electrodesb) Hydrogen production - lightinduced hydrolysisc) Liquid batteries - electrolytes,membranes, electrodesd) Lightweight batteries - solidpolymer electrolytes, membranes,porous electrodesDevice Demonstration FromDeveloped Materials andProcessesOthersPlastics for Solar CellsSupercapacitors for PhotovoltaicsSuperconducting Transformers
Materials for Energy2014Actual Projects201520162017A Graphene-Based Electrochemical Supercapacitor forSolar CellsFabrication of a Solid-State Rechargeable Li-ion Battery Using Li7La3Zr2O12 as SolidElectrolyte for Energy Storage Applicationse-Asia JRP: Development of Functional Nanocarbon-Based Catalysts for Biomass Conversion Processes
Packaging Materials/ Technology for Agricultural and Food Products20142015Priority Areas20162017Biodegradable Starch-basedPackaging Films for FoodProductsBiodegradable Polymers andCompositesBiodegradable MaterialsTesting of BiodegradablePackaging Materials: MaterialsSourcesFabrication and Testing ofBiodegradable MaterialsInhibitorsMoisture Inhibitor MaterialsCorrosion Inhibitor MaterialsOxygen Absorber Materials
Packaging Materials/ Technology for Agricultural and Food Products201420152016Actual Projects2017Development of a Cost-Effective ColorimetricPackaged/Frozen Fish Freshness Sensor Using FoodCompatible MaterialsFabrication of Supercapacitors Using Indigenous Textiles as Electrode Materials
BiomaterialsPriority Areas2014201520162017Studies on Local Raw MaterialsCarbonate Apatite CoatingSynthesisProcess Optimization StudiesBioactive Material forOrthopedic ApplicationsMaterial for Sutures andWound DressingsHydroxy Apatite (HAp)Synthesis andCharacterizationBiopolymers for Skin GraftStudies on Local Raw Materialsfor BiocompatibilityBiopolymers for BoneRemediationSynthesis of BiopolymersCarbonate Apatite CoatingSynthesisCharacterization ofBiopolymers Biomaterials forDrug ApplicationsPolymer for Bio Mimicking
Computational Materials20142015Priority Areas20162017Construction of DatabaseReported Material Properties ofSelected Strategic MaterialsRelevant to the Local IndustryFocuses on Changes inMicrostructure of StrategicMetals/AlloysAdvanced Materials DesignTraining on ComputationalMethods in Advanced MaterialsDesignNew computing methods, Set upof computing workstationsSpecial Applications toAdvanced Materials DesignSpecial Applications toAdvanced Materials DesignCloud-based ComputingTechnologiesApplication to Key Target AreasCompetency for AdvancedMaterials DesignComputational Materials DesignFor Biofuel ProductionFor Hydrogen StorageFor Hydrogen Fuel CellFor Drug Delivery
Emerging Fabrication CompetencyPriority Areas2014201520162017Preparation for FabFacilityConstruction ofCleanroomEquip FabricationCenter for AdvancedMaterials Design andFabrication
Emerging Fabrication Competency20142015Actual Projects2016Establishment of an Advanced Device and Materials Testing Laboratory(ADMATEL)2017Sustainability ofADMATEL for theSemiconductor andElectronics and OtherRelated IndustriesDevelopment of Physarum Polycephalum PoweredActuators for a Microfluidic MixerProject 1: Development of a Microgear Actuator Powered byPhysarum PolycephalumProject 2. Development of a Hybrid Physarum PolycephalumControlled Micro-valve
Materials forSensorsCoatingsAdvanced MaterialsSector Roadmap2014-2017PackagingMaterials andTechnology forAgriculturaland FoodProductsAdvancedPolymers,Fibers, andCeramicsElectronics s andRemediationMaterials Competency
Materials Advanced Polymers, Fibers, and Ceramics Advanced Materials Sector Roadmap 2014-2017 Emerging Fabrication Competency. Materials for Sensors . Materials Development Device Demonstration Logic Circuit Demonstration Semiconductor Materials PN Diode (silicon, polysilicon, .
Review 5 on Metals, Ceramics, Polymers, and Composites Chapter 12 & 13 (continued) Understand why ceramics typically display no plastic deformation. Understand the mechanical properties of ceramics are often measured in 3-point bending test. Be able to use testing data to determine modulus for ceramics
needs for monolithic ceramics, CMCs, and ceramic coating systems, and for issues common to all three advanced structural ceramics are presented in sections 2, 3, 4, and 5, respectively. Comprehensive lists of RD&D needs from the workshop are presented in Appendices D, E, and F. Vision for Advanced Structural Ceramics
use advanced ceramics in their products, creating a critical mass of advanced ceramics customers. These include companies within the automotive and aerospace sectors; and companies within the rapidly growing energy and med-tech sectors, (Table 2). Three end users, Rolls-Royce and JCB, and AEON Engineering are founding members of the
Advances in Bioceramics & Porous Ceramics II, Ceramic Engineering and Science Proceedings, Volume 30, Issue 6, Edited by Roger Narayan and Paolo Colombo, Dileep Singh and Jonathan Salem (Proceedings of the 33rd International Conference & Exposition on Advanced Ceramics and Composites, The Am. Ceramics. Soc., Inc., 2009, pp. 127-138, CD-
3. Recent Advances in All-ceramic Restorations Dental ceramics are composite ma[13,26]. The terials . term ‘all-ceramic’ refers to any restorative material composed exclusively of ceramics, such as feldspathic porcelain, glass ceramic, alumina core systems and w
Exposition on Advanced Ceramics & Composites (ICACC) will be held Jan 24 29, 2021, in Daytona Beach, Florida. It is a great honor to chair this conference, which has a strong history of being the preeminent international meeting on advanced structural and functional ceramics, composite
Natural ceramic raw materials and their properties. Characterization of ceramic powders. 4. Week Natural ceramic raw materials and their properties. 5. Week Advanced ceramics. Classification and applications of advanced ceramics. 6. Week 1. Midterm Exam 7. Week Advanced ceramic powder synthesis. Characterization of ceramic powders. 8.
8 DNA, genes, and protein synthesis Exam-style questions. AQA Biology . ii. Suggest why high humidity is used in theinvestigation. (1 mark) b . The larva eats voraciously but the pupa does not feed. The cells inside the pupa start to break down the larval tissues and form the adult tissues. The larval tissue and adult tissue contain different proteins. The genes in the cells of the larva are .
