Science ppt on fibre to fabric

+ Supporting Science Textbook Content while enriching the Learning Process in Junior High/Middle School Plants for Food and Fibre.

to fabric. Topic 1: People and Plants Natural fibres Natural fibres provide resources for cloth: Cotton Cotton - is a natural fibre that absorbs moisture and then allows it to evaporate easily, making it the worlds most important non-edible plant. The cotton fibres come from the plants seeds. The silky fibres/Food and Fibre Because we grow more than we consume, Canada exports the excess to other countries around the world. Canada is also a leader in forestry and agricultural research science. Changing /


ENS 205 Materials Science I Chapter-14: Composites.

Science I Chapter-14: Composites Composites Composites are composed of two or more different materials to obtain a combination of properties not available in either of the materials. Usually one material forms a continuous matrix while the other provides the reinforcement. The two materials must be chemically inert with respect to/ into its final shape as it passes through the die. Fabrics may also be introduced into the die to provide fibre direction other than at 0°. Pros: fast and economic, accurately /


Ingeo tm Fabric and Films, Providing Sustainable Material Options Robert Green - Natureworks Americas Ingeo Fibers / Nonwovens / New Business Development.

Fabric and Films, Providing Sustainable Material Options Robert Green - Natureworks Americas Ingeo Fibers / Nonwovens / New Business Development Director Established in 1997 Global stand-alone organization as a JV partnership between Cargill and Teijin Several hundred million dollar capital investment –Unique and extensive patent position protects the science/ raw materials – natural fibres or fibres from renewable sources – and is 100% biodegradable and compostable. To ensure sustainability throughout the /


Subject: Composite Materials Science and Engineering Subject code: 0210080060 Prof. C H XU School of Materials Science and Engineering Henan University.

: Engineering and Science F. L. Matthews and R. D. Rawlings, CRC Press, 2000 Reference Books: 1. Foundations of Materials Science and Engineering, W/To transfer stresses to the fibres by adhesion and/or friction across the fibre-matrix interface when the composite is under load. To bind together the fibres and to protect their surface from damages during handling, fabrication and the service life of the composites. To disperse the fibres and maintain the desired fibre orientation and spacing. Introduction to/


New & smart materials Brian Russell. Exam expectations This is a new topic for the examination and it is likely to be tested regularly. You will be expected.

electronics into textiles. Carbon fibre Carbon fibres are usually woven into a fabric sheet and then impregnated with an epoxy or phenolic resin and forced into a mould. The material is then cured (or set) with heated steam to create a very strong / as Ferraris. Nanotechnology This area of science deals with materials at an atomic or molecular scale and is creating opportunities to develop materials which just a few years ago would have been considered as science fiction. Whilst there are some massive /


Introduction to Textile Fabric Basic Knitted Fabrics

Introduction to Textile Fabric Basic Knitted Fabrics Dr. Abu Yousuf Department of Chemical Engineering & Polymer Science Shahjalal University of Science & Technology Sylhet-3114/fabrics can be improved by: Increase the fabric density, by using smaller loop length to give the fabric higher cover factor. Warp and weft insertion, by inserting straight yarns to the fabric and bind the loops together to reduce their freedom of movement Apply resin finishing, a resin chemical can set the fibres and loops on fabric/


Advanced Technology Institute School of Electronics and Physical Sciences, University of Surrey, Guildford, GU2 7XH NanoElectronics Centre Ion Beam Centre.

School of Electronics and Physical Sciences, University of Surrey, Guildford, GU2 7XH NanoElectronics Centre Ion Beam Centre Theory and Advanced Computation Group Photonics Group Facilities The ATI houses extensive facilities for the fabrication, processing, analysis and theoretical /give all the colours of the rainbow and white besides. A vertical cavity laser coupled into a plastic fibre for “fibre-to-the- home” communications The IBC is an EPSRC National Facility Ion beams are used for analysis of /


Concept design; TRIZ (Teoriya Resheniya Izobreatatelskikh Zadatch ) Module SESA3002a; Aerospace Design James Scanlan; School of Engineering Sciences 1.

fluid absorption media Goretex fabric B - If an object is already porous, use the pores to introduce a useful substance or function Use a porous metal mesh to wick excess solder /Sciences 42 Principle 40. Composite Materials A - Change from uniform to composite (multiple) materials where each material is tuned to a particular functional requirement Aircraft structures where low weight and high strength are required. (With fibres aligned according to loading conditions – including multiple layers of fibres/


Introduction to CCDs Basic principles of CCD imaging Original notes by S.Tulloch & G.Bonanno modified and integrated by GPS (Rev.103 Nov08)

blooming” (bright stars) Thick Front-side Illuminated CCD These are cheap to produce using conventional wafer fabrication techniques. They are used in consumer imaging applications. Even though not all/by way of a fibre optic. The hardware in such a system will be cheap and ‘off/…  exposure time ≈ medium (half saturation)  Dark frames  dark current, defects  exposure time = science image Biases, Flat Fields and Dark Frames 1. These are three types of calibration exposures that must be taken /


Advanced LIGO: our future in gravitational astronomy K.A. Strain for the LIGO Science Collaboration NAM 2008 LIGO-G080174-00-K.

fibres use fused silica in GEO for low loss welded to ears bonded by a specially developed “silicate bonding” technique transferred to become a key technology for Advanced LIGO Suspending ~10kg on 4 fine silica fibres takes care! Silica ‘ears’ bonded to masses Welding fibres to/and ready to start fabrication –essentially guaranteed observations and rich science –reaches to cosmological distances (approaching 1 Gparsec)‏ Space interferometry (LISA) extends the science reach to lower frequencies (0.1 mHz to 0./


1 Prof. C. H. XU School of Materials Science and Engineering Henan University of Science and Technology Chapter 6: Metallic Matrix Composites (MMCs) Subject:

of Materials Science and Engineering Henan University of Science and Technology Chapter 6: Metallic Matrix Composites (MMCs) Subject: Composite Materials Science and Engineering / processing Diffusion bonding (a) sandwich a fibre mat. (b) to form ply (板层) (c) stacking plies (d) hot press (diffusion bonding) (e/Composites - Interface Form Interface layer between matrix and reinforcement during service or fabrication at high temperature Coupling agent for wettability and interface bonding: Li or/


CSci 8211 Lecture 2 David H.C. Du Department of Computer Science and Engineering.

Science and Engineering Overview of Four Subjects Storage Area Networks Optical Networks Streaming Video/Audio over Internet Wireless Networks Overlay Networks What is storage area network? A storage area network is a network used to/use application-to-file system protocols Block-level data access use file system-to-device protocols IP Network Fibre Channel /Transparency = node-bypass Optical-layer Cross-connect (Optical or Electronic Fabric) Optical cross-connect: future generation?... Fibers In Fibers Out -/


1. 2 To explore issues and concerns in either the food or clothing context from different perspectives for enhancing the quality of life at personal,

fashion - factors contributing to fashion trends in local and global contexts - fashion designers - total image for fashion design Textiles & Textile Technology - fibre blend, yarn, fabric construction, fabric colouration, finishing - fabric quality, latest development /, Hotel and Tourism Management HKUSTBusiness Management HKUArchitecture, Arts, Business, Education, Law, Social Sciences LingnanNo specific subject requirement for specific study programme HKIEd 11 Correspondence Technology Education (TE )/


COMAT CONFERENCE 2015 Buenos Aires, Argentina, 7th to 8th May, 2015 6th International Conference on Science and Technology of Composite Materials 9.20-10.00PL1Cohn,

.1Porras, A.Colombia/UKEffect of surface treatment on the mechanical propierties of a laminated biocomposite from Manicaria fabric and polylactic acid 15.40-16.00O2A.2Sorrentino, A. ItalyMechanical, barrier and thermal properties of polybutylene//Buenos Aires, Argentina, 7th to 8th May, 2015 6th International Conference on Science and Technology of Composite Materials Session 5B Cementicius matrix composites 10.00-10.40K6Toledo Filho, R. BrazilHigh performance vegetable fibre cement based composites (HPVFRC/


S1 L5 Surgical dressings Anna Drew NOTES:

advances in wound-healing many materials of non-vegetable origin are now used Surgical dressings & sutures Composed of fibres A solid characterized by Flexibility Fineness High ratio of length: thickness length at least 1000 times their breadth Important to: Forensic science Pharmacy For quality control To determine price v quality for bulk purchasing Identification Macroscopical examination Chemical tests Performed on a microscope slide Observed/


BY DR KHAWAJA RASHID HASSAN HEAD SCIENCE OF DENTAL MATERIALS DEPARTMENT W.M.D.C ABBOTTABAD.

SCIENCE OF DENTAL MATERIALS DEPARTMENT W.M.D.C ABBOTTABAD  Materials used in MAXILLOFACIAL SURGERY.  Materials used in ENDODONTICS.  Materials used in PERIODONTICS. INTRODUCTION  Maxillofacial materials are used to/ more often than any other material for fabrication of maxillofacial prosthesis. c) They are easy to color. 4) OTHER ELASTOMERS: a)/ posts. 4) Threaded tapered posts.  Fibre reinforced resin posts 1) Carbon fibre reinforced posts. 2) Glass fibre reinforced posts.  Ceramic posts 1) Cosmopost/


HENP Networks and Grids for Global VOs: from Vision to Reality HENP Networks and Grids for Global VOs: from Vision to Reality Harvey B. Newman Harvey B.

need for users to get access to fibre.  Our best advice has to be “If you’re in a mess, you must get access to fibre”. From Summary and/ Visitors: èKofi Annan, UN Sec’y General èJohn H. Marburger, Science Adviser to US President èIon Iliescu, President of Romania; and Dan Nica, Minister /, Collaborative  Scalable to thousands of service-Instances  Servers interconnect dynamically; form a robust fabric  Service Agents: Goal-Oriented, Autonomous, Adaptive  Adaptable to Web services: many platforms/


CSIR PRESENTATION TO THE PORTFOLIO COMMITTEE ARTS, CULTURE, SCIENCE & TECHNOLOGY Dr Sibusiso Sibisi President and Chief Executive Officer Dr Anthos Yannakou.

of a comprehensive programme to establish an SMME-based natural fibre value-added industry in South Africa, to supply the growing local and global demand for natural fibre products CSIR Commercialisation (cont.) Fabrics that “breathe”: BreatheTex/ mechanisms for strengthening the African science and technology competence to develop the infrastructural base. PEACE & SECURITY PEACE & SECURITY – CSIR Defencetek is leading a process to harness CSIR competences to contribute to Africa’s Peace, Security and/


Greenmount Primary School Our Curriculum Our aim is to provide a creative, exciting and engaging curriculum which will enable our children to gain the.

units of measure; Data handling ; Probability Light Electricity Computer Science HistoryGeographyArt and DesignDesign Technology References to Antarctic explorers: Oates, Scott and Amunsden Locational knowledge Climatic / used to create functional products how to make strong, stiff shell structures That a single fabric shape can be used to make a/fibre – that are needed for health Computing - Juniors As a school within the Bury Local Authority, we have decided to adopt the “Bury Primary Computing Solution” to/


SCIENCE & RESEARCH ONE DAY WE WILL BE THE BEST AGAIN Department of Physics.

SCIENCE & RESEARCH ONE DAY WE WILL BE THE BEST AGAIN Department of Physics RESEARCH FIELDS 1. Optical properties of condensed matter  a) Preparation of photonic structures and their applicactions.  b) Design, preparation and diagnostics of microstructural optic fibres/4) Pedagogical research and activities  Laser technologies for fabrication of PhC structures:  Interference lithography  NSOM / P.: Nontraditional Approach to Studying Science and Technology, Communications 3 (2010) /


Open Innovation Meeting April 17, 2015

meeting civil and strategic needs of the country with the promise of global leadership. To develop indigenous implants and prosthesis primarily for providing affordable health care services to the citizens Package all fibre CW/pulsed kW level laser modules (for micro-machining, automated manufacturing, jewellery polishing, medical treatment, solar cell fabrication State-of-the-art orthopaedic implants like functionally graded hip, knee, elbow, finger/


Within this unit there are three activities related to sustainability. The units aim to give you an opportunity to talk and express your opinions on issues.

in the right climate- as much as 1cm per day! Bamboo fibres are very strong and pliable (flexible). They can be woven to form a fabric which is hypoallergenic/ anti- bacterial, very absorbent and quick to dry. Bamboo yarn for knitting feels a bit like silk. Key/most chance of persuading the class should enter Room 101 and prepare your case! main menu These are some examples… Fake shampoo science- have you ever wondered how that new brand of conditioner only does the ends? It’s the miracle of ‘pro-lushtastic/


06-Sept-2005 Presentation to Internet2 & Worldbank 1 Indian Initiatives in A & R Networking, Grid Computing & Applications S. Ramakrishnan

to variety of sectors from basic sciences to major applications Indian Grid Computing Initiative 06-Sept-2005 Presentation to Internet2 & Worldbank 29 Module and Cities Module I Pune, Bangalore, Delhi, Kolkata, Chennai, Ahmedabad, Mumbai, Hyderabad Module II Roorke, Guwahati, Kharagpur, Thiruvananthapuram, Kanpur Module III Allahabad, Chandigarh, Lucknow, Varanasi 06-Sept-2005 Presentation to Internet2 & Worldbank 30 GRID GARUDA PoC Components Technology Development and Research Communication Fabric/


The Science and Technology Horizon- Key Trends The trends presented in this appendix are drawn from a wide range of authoritative sources citing well referenced.

: NBIC-convergence is the ongoing unification of nanotechnology, biotechnology, information technologies and cognitive science evident in applications such as the nanovaccine. The developments in these fields no longer /to Z Nanotechnology) Nanofibres: In China and the UK, nanocarbon fibres have been produced. The production of nanofibres offers the potential of using the woven reinforcement as body armour. The future soldier‘s uniform would incorporate soft woven ultra strong fabric with capabilities to/


Forming Processes for the Future University of Central Lancashire Faculty of Arts. Humanities and Social Sciences Department of Design Student: Matthew.

influenced each other throughout a millennia. Like the fibres in basket making, clay can be manipulated in its plastic state to make the coils of a pot in a/ with the same dielectric properties but with higher structural stability. Alumina is easier to fabricate and offers good thermal shock resistance, ensuring that the chamber can withstand the /://www.bbc.co.uk/wiltshire/features/fire_found.shtml http://www.guardian.co.uk/science/2007/feb/13/uknews.archaeology http://www.ornl.gov/info/ornlreview/rev28-4//


Australian National Fabrication Facility A company established under NCRIS to provide nano and micro-fabrication facilities for Australia’s researchers.

to provide nano and micro-fabrication facilities for Australia’s researchers The National Collaborative Research Infrastructure strategy (NCRIS) was announced in the 2004-2005 budget as part of the Backing Australia’s Ability – Building Our Future through Science and Innovation package. NCRIS is providing $542 million from 2004-05 to 2010-2011 to/ machining; photolithography; photomasks lithium niobate device fabrication; optical fibre fabrication NSW Node Semiconductor Nanofabrication Facility Electron-beam/


Networks, Grids and the Digital Divide in HEP and Global e-Science Networks, Grids and the Digital Divide in HEP and Global e-Science Harvey B. Newman.

the X-WiN core will be a fibre network, (see map), the rest will be provided by wavelengths uSeveral fibre and wavelengths providers uFibre is relatively cheap/ Visitors at WSIS I: èKofi Annan, UN Sec’y Gen’l èJohn H. Marburger, Science Adviser to US President èIon Iliescu, President of Romania; and Dan Nica, Minister of ICT è… World /Clients (simple or complex) uClarens Servers Autodiscover, Auto- connect to form a “Services Fabric” uKey features: Global Scheduler, Catalogs, Monitoring, and Strategic Grid/


Quantum Dots.

levels must be sufficiently separated to remain distinguishable under broadening (e.g. thermal) Fabrication Methods Goal: to engineer potential energy barriers to confine electrons in 3 dimensions/ LED to excite fluorescence from the dots. This fluorescence is captured by an optical fibre bundle and fed to a spectrometer connected to a PC/439-451, 2000. V. Klimov. Optical gain and stimulated emission in nanocrystal quantum dots. Science, 290, p.314-317. L. Parvesl et al. Optical gain in silicon nanocrystals. /


Science Passport KS2 KS3 Name…………………………………………. Primary School……………………………. Secondary School…………………………

pen from a tiny amount of ink. This method is called chomatography. The Head of the Forensic Science Team will give you instructions on how to carry out the test. Record your results on the next page. Glue your results in here Do you/ Gather all your evidence together. Discuss it with the other forensic scientists in your team. Finding the diamonds Fingerprints Chromatography Fabrics and fibres Shoe scrapings Pick out a few key words for each of the 5 experiments and write them in the box. Carry/


New Paradigm  Since the 19th Century, revolutionary changes have been occurring at an unprecedented rate in science and technology with a profound impact.

is required  Engineered textiles may combine fabrics with glass, ceramics, metal, or carbon to produce lightweight hybrids with incredible properties. /to environmental conditions or stimuli, such as those from mechanical, thermal, chemical, electrical, magnetic or other sources.  SIT are no longer a science/Areas of R & D  For sensors - actuators:  photo-sensitive materials  fibre optics  conductive polymers  thermal sensitive materials  shape memory materials  intelligent coating materials/


Chapter 6 Controlling Heat Transfer 6.1 Absorbing and Losing Heat Science 14 and 10-4 with Mrs. M.

Science 14 and 10-4 with Mrs. M Specific Heat Capacity Can’t take the heat? Get out of the kitchen! Just kidding, water can take the heat Water can absorb a lot of heat without raising its temperature a lot It takes a lot more heat energy to/to the cold outside Insulation can help this problem Conductors vs Insulators Metal Ceramic Electrical wire Glass Wood Plastic Fabrics Reflective foil Conductors vs Insulators Metal Ceramic Electrical wire Glass Wood Plastic Fabrics/? Asbestos Asbestos fibres are strong, /


MEMS and its Applications Optical Routing, an example Shashi Mysore Computer Science UCSB.

Shashi Mysore Computer Science UCSB Outline MEMS –Introduction, application, fabrication Generic router –Features/ fabric - 32 times greater switching density Tilting mirrors - individual wavelength can be passed to any of 256 input and output fibers. Power reduction – upto 100-fold over electronic fabric /speed to the desktop and someday, even the home," Micro mirrors Routing light through Micro mirrors LambdaRouter LambdaRouter with a shared pool of wavelength converters  Multiple bi-directional fibres  /


Presentation by G. Tavmen & S. Schinzel ESST 2002 Maastricht, NL Page 0 of 14 The History of Nylon Presentation on the development of man made fibres especially.

research to find a molecule as large as possible  In the beginning he was free to chose his topic, later on he was oriented by Du Pont  His colleague realized that nylon could be drawn into fibre (1934)  Suffered from depression and committed suicide Science / was free to “do pure basic research”  Du Pont wanted to develop a synthetic fibre that could replace silk  Nylon invented by Carothers in 1935  In 1938, public announcement of nylon as “the first man-made organic textile fabric prepared entirely /


Student Research Project

Where do I hand it in? The Proposal From is to be handed to your class teacher during the normal Science lesson. It is NOT to be put into the Assessment Box in the Student Foyer. /to the ground? How much weight will various fibres support before they break? Which material makes the best insulator? Which battery lasts the longest? How much weight can a plastic garbage bag/or shopping bag hold? Which sticky tape is strongest? Which type of cup keeps water warm for the longest? Investigate different fabrics/


Metal-free-catalyst for the growth of Single Walled Carbon Nanotubes P. Ashburn, T. Uchino, C.H. de Groot School of Electronics and Computer Science D.C.

Ashburn, T. Uchino, C.H. de Groot School of Electronics and Computer Science D.C. Smith, G. N Ayre, K.N. Bourdakos School of/ indicate SWNT with diameters in range 1.2-1.6nm Thick fibres give broad peak at 1400 cm-1 similar to ones reported for amorphous carbon. Ge dot samples Raman spectra of/need to control nanoparticle size Ge implantation widely used to create Ge nanoparticles in oxide Has advantage that nanoparticle size controlled by implant dose and anneal conditions Ge Nanoparticle Fabrication Recent/


LIGO-India Detecting Einstein’s Elusive Waves Opening a New Window to the Universe An Indo-US joint mega-project concept proposal IndIGO Consortium (Indian.

suspensions Silicate bonds create quasi- monolithic pendulums using ultra-low loss fused silica fibres to suspend interferometer optics – Pendulum Q ~10 5 -> ~10 8 Suppression at/required for multi-messenger astronomy – Determine the two polarizations of GW Potentially large science community in future – Indian demographics: youth dominated – need challenges – excellent/checking 5 Engineers and 5 technicians o Oversee the procurement & fabrication of the vacuum system components and its installation. o If /


1 OASIS: Overlays and Active Services for Internetworked Storage Tal Lavian, Yin Li, George Porter, Mel Tsai, Randy H. Katz Computer Science Division Electrical.

Mel Tsai, Randy H. Katz Computer Science Division Electrical Engineering and Computer Science Department University of California, Berkeley Berkeley/Fibre Channel Or ESCON Multiple Host Interconnections E.g, Hitachi, EMC, IBM Storage Arrays 5 Basic Attached Storage Device attached by SCSI HBA or channel interface Host manages the file-to/distinguished by a block-oriented interface; Usually implemented across a channel-oriented fabric 11 Optical Disk Storage Subsystem SAN Main Frame Disk Storage Subsystem Tape/


An Indo-US joint mega-project concept proposal

mass suspensions Silicate bonds create quasi-monolithic pendulums using ultra-low loss fused silica fibres to suspend interferometer optics Pendulum Q ~105 -> ~108 Suppression at 10 Hz :/multi-messenger astronomy Determine the two polarizations of GW Potentially large science community in future Indian demographics: youth dominated – need challenges/scale ultra-high Vacuum enclosure 5 Engineers and 5 technicians to oversee the procurement & fabrication of the vacuum system components and its installation. If/


The Business of Science ® Page 1 © Oxford Instruments 2014 Quantum Technology: Supplying the Picks and Shovels Dr John Burgoyne Quantum Control Engineering:

etch Reactive ion etch (RIE) Ion beam etch Enabling device fabrication via a suite of advanced techniques and processes The Business of Science ® Page 8 © Oxford Instruments 2014 Capabilities from research to pilot-scale and production – solutions that grow with the technology /plate 100 mK plate 4 K plate 2 off optical fibres 10 off UT-85 rigid coaxial cables 10 off S1 flexible coaxial cables Mixing chamber plate, <10 mK The Business of Science ® Page 18 © Oxford Instruments 2014 Experimental services, /


Smart Materials & Devices Dr. Pramod Kumar Singh Department of Physics School of Basic Sciences & Research Sharda University, Greater Noida

MATERIALS SMART Materials are special solids which can be tailored to develop desired properties applied for fabrication of devices leading to societal benefits Materials Engineering Materials, Materials Science and Materials Scientist play a very vital role in the /to volume ratio of the reinforcing phase and/or its exceptionally high aspect ratio. The reinforcing material can be made up of particles (e.g. minerals), sheets (e.g. exfoliated clay stacks) or fibres (e.g. carbon nanotubes or electrospun fibres/


LIGO-India Detecting Einstein’s Elusive Waves Opening a New Window to the Universe An Indo-US joint mega-project concept proposal IndIGO Consortium (Indian.

suspensions Silicate bonds create quasi- monolithic pendulums using ultra-low loss fused silica fibres to suspend interferometer optics – Pendulum Q ~10 5 -> ~10 8 Suppression at/for multi-messenger astronomy – Determine the two polarizations of GW Potentially large science community in future – Indian demographics: youth dominated – need challenges – excellent/Baking and leak checking 5 Engineers and 5 technicians to oversee the procurement & fabrication of the vacuum system components and its installation./


CS307 Operating Systems Mass-Storage Systems Fan Wu Department of Computer Science and Engineering Shanghai Jiao Tong University Fall 2011.

CS307 Operating Systems Mass-Storage Systems Fan Wu Department of Computer Science and Engineering Shanghai Jiao Tong University Fall 2011 2Operating Systems Chapter 12: Mass-Storage /or more storage arrays Connected to one or more Fibre Channel switches Hosts also attach to the switches Storage made available via LUN Masking from specific arrays to specific servers Easy to add or remove storage, add new host and allocate it storage Over low-latency Fibre Channel fabric Why have separate storage networks/


Virtualization and Cloud Computing in Support of Science at Fermilab Keith Chadwick Grid & Cloud Computing Department Fermilab Work supported by the U.S.

FermiCloud Network & SAN Topology Private Ethernet over dedicated fiber Fibre Channel 15-May-201330 Nexus 7010 Nexus 7010 Nexus 7010 Nexus 7010/Repository Open Nebula High-Throughput Fabric Virtualization Follow up earlier virtualized MPI work: Use it in real / Experiments, Cosmic Frontier (LSST), Korea Institute of Science & Technology Investigation (KISTI), Open Science Grid (OSG) software refactoring from pacman to RPM based distribution, Grid middleware development. 15-May/


Marcin Okoń Pozna ń Supercomputing and Networking Center, Supercomputing Department e-Science 2006, Amsterdam, Dec. 4-6 2006 Virtual Laboratory as a Remote.

, Dec. 4-6 2006 Virtual Laboratory as a Remote and Interactive Access to the Scientific Instrumentation Embedded in the Grid Environment Introduction to the Virtual Laboratory System Introduction to the Virtual Laboratory System VLab architecture VLab architecture Digital Science Library Digital Science Library VLab in European projects VLab in European projects Radioastronomy (EXPReS - FABRIC) Radioastronomy (EXPReS - FABRIC) Research projects (RINGrid) Research projects (RINGrid) Summary Summary Agenda/


Xueliang Xiao Prof. Andrew Long Dr. Xuesen Zeng Modelling the Structure-Permeability Relationship for Woven Fabrics Division of Materials, Mechanics and.

predicted by the deformation model in Chapter 5. 1.To develop rectangular gap permeability model. 2.To study fluid flow in twisted yarns (staple fibres). 3.To simulate flow behaviour in real woven fabric by CFD. 4.To understand why Forchheimer factors varying under high Re values 5.To develop a nonlinear flow model for yarns or tight fabrics. 16 Division of Materials, Mechanics and Structures Faculty of/


The extension of optical networks into the campus Wade Hong Office of the Dean of Science Carleton University.

the Dean of Science Carleton University Outline Motivation CA*net 4 IGT From the Carleton U Perspective Issues Lessons learned Motivation Large scale distributed scientific experiments (LHC - ATLAS, SNOLab, Polaris, NEES Grid... ) Access to regional distributed HPC/Engineering ( 64 CPUs) debating a condominium or distributed model most likely a hybrid with optical fibre as the interconnecting fabric probably static pt2pt optical bypass for ease of use and user control Motivations Revisited federated the /


1. Effect of Combinability of Chitosan and PVA (Poly Vinyl Acetate) to Improve Soil Release Durability of Stiff Table Linen 2.

to 50% in case of chitosan was used in combination. The required stiffness was also achieved. 29 © 2010 Department of Textile Engineering, Mehran UET 1. Jon M.Einarsson, Singurour Hauksson, Johannes Gislasoon and Primex ehf Martin G.Peter, Kristberg Kristbergsson, University of Iceland and The Icelandic fisheries laboratories, University of Potsdam, 2009 2.Yoldaş SEKİ, Faculty of Arts & Sciences/ 86. 8.Cooke T F, ‘Soil release finishes for fibres and fabrics’, Textile Chemist and Colorist, 1987, 19(1), 31–41/


ISSUES TO ADDRESS... How are metal alloys classified and how are they used? How do we classify ceramics? What are some applications for ceramics? 1 CHAPTER.

products -Refactories -Cements -Advanced ceramics 10 SUMMARY ISSUES TO ADDRESS... What are the common fabrication techniques for metals? How do the properties vary throughout /E SiC = 400GPa. From F.L. Matthews and R.L. Rawlings, Composite Materials; Engineering and Science, Reprint ed., CRC Press, Boca Raton, FL, 2000. (a) Fig. 4.22, p/Table 16.3, Callister 6e. (Source for Table 16.3 is H. Krenchel, Fibre Reinforcement, Copenhagen: Akademisk Forlag, 1964.) COMPOSITE SURVEY: Fiber-IV 9 Structural Stacked and/


LIGO-India Detecting Einstein’s Elusive Waves Opening a New Window to the Universe An Indo-US joint mega-project concept proposal IndIGO Consortium (Indian.

suspensions Silicate bonds create quasi- monolithic pendulums using ultra-low loss fused silica fibres to suspend interferometer optics – Pendulum Q ~10 5 -> ~10 8 Suppression at/for multi-messenger astronomy – Determine the two polarizations of GW Potentially large science community in future – Indian demographics: youth dominated – need challenges – excellent/Baking and leak checking 5 Engineers and 5 technicians to oversee the procurement & fabrication of the vacuum system components and its installation./


Materials Science Ceramics and glasses. Glasses and ceramics - applications Facing materials  Non-load bearing  Used for appearance (texture / colour)

Materials Science Ceramics and glasses Glasses and ceramics - applications Facing materials  Non-load bearing  Used for appearance (texture / colour/borosilicate glass (Pyrex) – has a lower coefficient of thermal expansion Advantages  Optical transparency! From windows to optical fibre  Corrosion resistance (a Tale of Tea and Wine…)  Electrical and thermal insulator  Ease of fabrication (low softening point) Heat treatment of glass Annealing  removes internal stress caused by uneven cooling Tempering /


Ads by Google