Skills and application areas JH 28-4-15
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Dr. John L. Hodgkinson has expertise in thin film characterization and coating technologies, especially CVD techniques and plasma-driven processes, which are applicable to many industries. This includes glass manufacturing, solar, electronics, optics, nanomaterials, aerospace, automotive, biomaterials, composites, textiles, analytical equipment, and surface modification. He also has experience in chemical engineering, having designed CVD coating systems and laboratory-scale process demonstrators. His background provides relevant experience in additional areas like emulsions, formulated products, chemical synthesis, engine management, power transmission systems, and test equipment.
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Harshan Nampoori has expertise in materials synthesis, analytical methods, testing instrumentation, data analysis, and new product development. He has experience with powder and coating synthesis using furnaces, polishing, and thin film deposition. He can characterize materials using techniques like XRD, spectroscopy, microscopy, XPS, and optical/electrical property measurements. Harshan also has skills in data acquisition, programming, design, process optimization, and building research infrastructure for validation. He has a strong track record of generating grants and communicating results.
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This document describes a new coating technology developed by Sandia National Laboratories and Lockheed Martin that uses a simple, safe, and economical self-assembly process to create multifunctional optical coatings. Some key benefits of this new technology over traditional coating methods are that it can be done at room temperature and ambient pressure, uses non-toxic and inexpensive materials, and is suitable for coating large and irregular surfaces. Potential applications highlighted include anti-reflective coatings for aircraft canopies, windows, and solar panels, as well as uses in electronics, displays, and sensors.
Ania Servant - GRAPHENE COMMERCIALISATION
This document discusses the properties and potential applications of graphene. It begins by listing graphene's superlative physical properties such as its strength, flexibility, conductivity and impermeability. It then outlines some potential applications of graphene such as ultra-fast internet, quick phone charging, and use in bionic devices. The document discusses different production methods for graphene and its derivatives. It provides an overview of the National Graphene Institute and Graphene Engineering Innovation Centre in the UK and their roles in developing graphene applications and commercialization through collaboration with industry partners. In closing, it notes the wide range of potential applications of graphene across various sectors.
Using Nanocoatings: Opportunities & Challenges for Medical Devices
There is significant opportunity for improvements in contamination prevention, field performance and cost of medical devices through the use of biocompatible nanocoatings. To be successful using these coatings requires knowledge of the materials and processes on the market, the regulatory status, and the benefits versus risks.
This presentation will provide a clear understanding of the current state of nanocoating technology for medical devices and electronics. There has been an explosion in new coating technologies over the past 24 months. The use of nanocoatings has been driven by the desire for moisture proofing, providing an oxygen barrier ( a hermeticity option) and mitigating tin whiskers. Successful adoption of these coating technologies can lead to improved performance and market differentiation. Inappropriate adoption can drive higher failure rates, recalls and alienation of customers. Obtaining relevant reliability and quality information can be difficult. The information is often segmented for different markets; and, the focus is on the opportunities, not the risks. The primary information sources are either marketing material or confusing, scientific studies. Where is the practical advice?
The Cutting-Edge Technology of Co-Axial Blade Probes in California
The document discusses the cutting-edge Co-Axial Blade Probe technology developed in California. It combines co-axial cables for reliable signal transmission with blade probes for precise measurements. This allows direct transmission of measurement data with high accuracy. The technology is used across industries like aerospace, automotive, electronics, medicine and materials science for quality control and testing. Advancements may include enhanced measurement capabilities, greater automation and integration, and miniaturization. Challenges include privacy concerns, safety regulations, and environmental impacts.
Microwave and Radio Frequency Drying
Microwave and Radio Frequency
Drying
0 INTRODUCTION/PURPOSE
1 SCOPE
2 FIELD OF APPLICATION
3 DEFINITIONS
4 MICROWAVES
4.1 Microwaves General
4.2 Microwaves Heating
4.3 Microwaves Generation
4.4 Microwaves Transmission
4.5 Microwaves Hazards
5 MICROWAVE HAZARDS
5.1 Microwaves Drying
5.2 Microwaves Drying Systems
6 CRITERIA FOR CONSIDERING MICROWAVE DRYING
Presentation on FLEXIBLE ELECTRONICS.....
This document discusses flexible electronics. It begins with an introduction to advances in thin-film materials and devices that have enabled developments in flexible electronics. It then outlines various materials used in flexible electronics like substrates, backplane electronics, frontplanes and encapsulation. It discusses technologies involved in processing flexible electronics like batch and roll-to-roll fabrication. The document covers applications in various fields like healthcare, displays, energy and more. It concludes by discussing advantages like size/weight reductions and increased circuitry density, while noting limitations like lifetime and manufacturing challenges.
Application of radioisotopes in industry
Radiation processing, non-destructive testing, and radiotracer applications are the three main industrial uses of radioisotopes. Radiation processing uses gamma rays, electrons or X-rays to sterilize medical products, hygienize sewage sludge, treat flue gases, and manufacture products like cross-linked polymers. Non-destructive testing techniques like gamma radiography and computed tomography use radiation to detect flaws in materials without damaging them. Radiotracers can be used to measure liquid levels, thickness, and smoke detection.
NCMS Case History
This document summarizes a project to develop ink-jet printed polymer thick film resistors as an alternative to discreet resistors for printed circuit boards. The project was divided into three phases: Phase 1 demonstrated the feasibility of ink-jet printing resistor material within tolerance requirements. However, the selected conductive material was difficult to contain during formulation and dispensing. Phase 2 was initiated to improve the resistor formulation and develop a production ink-jet dispenser. The project reduced costs compared to existing resistor technologies and recommended further development work.
ITRI Jassy Wang
The document provides an overview of material and chemical research activities at ITRI Jassy in Taiwan. It describes the various divisions and their research focuses, including materials for displays, energy storage, electronics, chemicals and fibers. It also summarizes key projects on hybrid materials, coatings, fibers and international collaborations.
Nano technology by smitkapdiya
Nanotechnology harnesses unusual behaviors of materials at the nanoscale (1-100 nanometers) to achieve scientific and practical results. Materials behave differently at the nanoscale, enabling applications in many fields. Nanotechnology is used in electronics, sunscreens, and other products, and is predicted to significantly grow the number of related jobs. Nanostructures are classified by their dimensions, with zero-dimensional structures having all dimensions in the nanoscale and higher dimensions having some dimensions outside this range. Properties like surface area to volume ratio and quantum confinement explain how size at the nanoscale impacts behavior.
An Introduction to CEMMNT
The document discusses micro and nano technology measurement and characterization services provided by the Centre for Measurement of Micro and Nano Technologies (CEMMNT). CEMMNT offers over 100 measurement techniques through five partner organizations to analyze micro and nano scale features. Their services help UK industries design and develop smaller, cheaper products across sectors like electronics, medical devices, and consumer goods.
Ht3513491354
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
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Skills and application areas JH 28-4-15
- 1. Dr. John L. Hodgkinson: Competency &Relevant ApplicationAreas I am primarilyaMaterialsscientist,withsignificantexpertiseandexperience inthe application of thinfilmcharacterisationandcoatingtechnologies;specialistknowledge of CVDtechniques and plasmadriven processes. Suchpracticesare intrinsictomany modernmanufacturingprocesses,and oftena keyelementinthe pursuitof new capability. This technologyareaisapplicabletomanyindustriesincluding,butnotlimitedto: Glassmanufacture – addedvalue andspecialisedproducts e.g.low E& self-cleaning Solar– photovoltaicandsolarthermal Electronics - displaysandcomponentfabrication Optical systems –filters,antireflection displays andinstrumentation Nanomaterials - newoptical,electrical ormechanical properties Aerospace andautomotive –adhesionpromotion,tribological coatingsforimproved efficiency/service life/reducedengineweight,hightemperaturematerialsforexample turbine bladesandturbochargers. Biomaterials –enhancedcompatibilityforimplantsorsurgical equipment Composites –modifythe physical characteristicsof composites Functional textiles –Technical clothingforoutdooractivitiesorsports,highperformance filtermaterials,ballistic/militaryapplications Analysisequipment –Electronmicroscopes,X-ray,ionbeam, spectroscopyetc Surface modificationandetching I alsohave chemical engineeringexperience,havingdesigned andbuiltanumberof laboratoryscale processdemonstratorsand havingbeenconsultedonthe designandcommissioningof afull productionCVDcoatingsystemfora glassmanufacturer. Ihave previouslyworkedinformulation, developingnewproductsandmanufacturingprocesses,whichalongwithmyself-taughtengineering knowledge providesrelevantbackgroundforfurtherworkareas.These mayinclude: Emulsionsandcolloids –paints,specialitychemical,personal care andcosmetics Formulatedproducts- polyurethane, adhesives,detergents,dyestuffs,construction materials,lubricants/additives,surfactantsystems Chemical synthesis,methoddevelopmentandcharacterisation –pharmaceuticals & industrial,gasconversion,petrochemicals,catalysis Engine managementand optimisation –automotive,plant&marine,fuel system, valve- train,turbo andsupercharger Powertransmissionsystems –automotive &industrial Newengineeringcomponentsof anykind Equipmentassociatedwithall of the above – machine tools,pumps,vacuumtechnology, reactionvessels,chemical delivery&handlingsystems,mills&homogenisers,monitoring& control equipment Testequipmentforphysical properties Applicationspecificactivity/performance tests