Kaitlin Twitter Presentationksouth24Twitter allows users to share short messages, photos, videos and links with their followers in a constant feedback cycle. Users can follow other accounts and build their own audience of followers to engage in messaging, sharing jokes, quotes, facts and more. Twitter's success has been rising through this social media platform that enables real-time information sharing and conversation.
SLINTEC Newsletter - January 2010 ISSUE 1SLINTECThe document summarizes news from the Sri Lanka Institute of Nanotechnology (SLINTEC). It discusses a visit by Prof. A.P. de Silva to SLINTEC where he observed state-of-the-art facilities and complimented the capable scientists. It also describes how nanotechnology can benefit Sri Lanka's rubber industry by enhancing properties and developing new materials. Finally, it discusses a novel experiment that measured the electric charge of a single atom, a breakthrough for molecular electronics.
Kaitlin Twitter Presentationksouth24Twitter allows users to share short messages, photos, videos and links with their followers in a constant feedback cycle. Users can follow other accounts and build their own audience of followers to engage in messaging, sharing jokes, quotes, facts and more. Twitter's success has been rising through this social media platform that enables real-time information sharing and conversation.
SLINTEC Newsletter - January 2010 ISSUE 1SLINTECThe document summarizes news from the Sri Lanka Institute of Nanotechnology (SLINTEC). It discusses a visit by Prof. A.P. de Silva to SLINTEC where he observed state-of-the-art facilities and complimented the capable scientists. It also describes how nanotechnology can benefit Sri Lanka's rubber industry by enhancing properties and developing new materials. Finally, it discusses a novel experiment that measured the electric charge of a single atom, a breakthrough for molecular electronics.
SLINTEC Newsletter Issue # 3 -January 2010SLINTECValue Addition through Nanotechnology for the Sri Lankan Rubber Industry
Global Initiatives in Nanotechnology
Slintec Newsletter January 2010SLINTECThe document summarizes news from the Sri Lanka Institute of Nanotechnology (SLINTEC). It discusses a visit from Prof. A.P. de Silva who was impressed by SLINTEC's facilities and team. It also discusses several ways nanotechnology could benefit Sri Lanka's rubber industry, including developing reinforced rubber compounds and functional rubber materials. Finally, it describes a novel experiment that measured the electric charge of individual atoms using atomic force microscopy, a breakthrough for molecular electronics.
A Pde Silva SlintecSLINTECThe document discusses various applications of luminescent molecular systems for sensing, computing, and identification. It describes sensors that can detect ions and pH and molecular logic gates that can perform Boolean operations. It also discusses using combinations of these systems fixed to beads to allow identification and parallel processing of large numbers of objects.
Oct Newsletter Binder1 25 CopiesSLINTECThe document discusses nanotechnology and the Sri Lanka Institute of Nanotechnology (SLINTEC). It provides definitions of nanotechnology as working at the nanometer scale, which is one billionth of a meter. SLINTEC conducts research and commercialization of nanotechnology. Some key areas highlighted are computing, food/drink, textiles, energy, medical, and the environment. The document emphasizes that materials have unique properties at the nanoscale and that SLINTEC aims to leverage Sri Lankan natural resources like titanium dioxide through nanotechnology applications.
Abhaya 4 Slintec Jan08 Part2SLINTECMobile communications: present and future(Part 2) By Dr. Abhaya Sumanasena MSc PhD CEng MIET MIEEE
Delivered on 22 January 2009 @ SLINTEC
Smart TextilesSLINTECThis document summarizes research on developing smart textiles through integrating electronics into knitted fabrics. Key points:
1) Researchers developed electrically active knitted structures ("EAT structures") by knitting fabrics with electro-conductive yarns, which allow sensing and activation capabilities.
2) "Knitted switches" (K-Switches) were created by knitting dual electro-conductive areas (ECAs) separated by insulating yarns. Touching the ECAs changes their electrical resistance, enabling switch functionality.
3) Future work aims to embed electronic chips directly into yarn bundles during fiber production. This would protect chips from stresses during textile manufacturing and use, enabling truly intelligent smart
Slintec Newsletter January 2010SLINTECThe document summarizes developments at the Sri Lanka Institute of Nanotechnology (SLINTEC). It discusses a visit by Prof. A.P. de Silva who was impressed by SLINTEC's facilities and team of scientists. It also describes some potential applications of nanotechnology in enhancing the Sri Lankan rubber industry, including using nanoparticles to reinforce rubber compounds. Finally, it discusses a novel experiment that measured the electric charge of individual atoms using atomic force microscopy, demonstrating progress in molecular electronics.
Mobile Communications : Present and the FutureSLINTECMobile communications: present and future(Part I)
Dr. Abhaya Sumanasena MSc PhD CEng MIET MIEEE
Delivered 22 January 2009 @ SLINTEC
Smart Textiles – Adding Value to Sri Lankan Textiles The Electronic Textiles ...SLINTECSmart Textiles – Adding Value to Sri Lankan Textiles The Electronic Textiles Option (Handout)
By Tilak Dias
School of Materials
The University of Manchester, UK
Intellectual Property in Sri LankaSLINTECIntellectual Property in Sri Lanka - a scientist’s viewpoint by Vijaya Kumar
Industrial Technology Institute, Colombo. Delivered @ SLINTEC.
Nanotechnology – technology in everythingSLINTECNanotechnology is enabling technologies and products at the nanoscale. It is estimated that nanotechnology will generate $4 trillion by 2015. Some key applications discussed include consumer products using silver nanoparticles, flexible solar cells using zinc oxide nanowires and carbon nanotubes, and energy storage devices like supercapacitors using nanocarbons. Research at Cambridge University is exploring new nanocomposite materials for applications in photovoltaics, lighting, batteries, and flexible electronics.
Progress of Integration in MEMS and New Industry CreationSLINTECThis document provides an overview of progress in microelectromechanical systems (MEMS) and nanoelectromechanical systems (NEMS) technology and applications. It discusses the growth of the MEMS/NEMS market, successful commercial applications in automobiles and IT, and research at Ritsumeikan University on developing new MEMS/NEMS devices for applications in areas like robotics, medical diagnostics, communication technology, and more sustainable "green MEMS" using biodegradable polymers.
Nano Technology & Nano MaterialsSLINTECNano Technology & Nano Materials
by Ray Fernando, PHD
California Polytechnic State University
Polymers and Coatings Program
Department of Chemistry and Biochemistry
San Luis Obispo, CA
www.polymerscoatings.calpoly.edu
Delivered 22 June 2009 @ SLINTEC
Chambre RéGionale D Agriculture D Aquitaine Et De La Gironde Sarah Duqueyro...MONA
Crta Amandine Bidault Le Tourisme Rural En France Et En AquitaineMONA
2. Zeus Déu del cel i dels fenòmens atmosfèrics, de la justícia, déu suprem. Barbut, assegut en un tron, amb un llamp o el ceptre a la mà, àguila. Nom llatí:Júpiter
3. Hera Deessa del matrimoni. Porta una diadema, asseguda en un tron, paó. Nom llatí:Juno
4. Posidó Déu del mar i dels terratrèmols. Barbut, porta trident, peix, cavall i carro. Nom llatí: Neptú
5. Hades Déu dels inferns que regna sobre els morts. Barbut, assegut en un tron o conduint un carro, sostenint un ceptre, una cornucòpia o una força bident, acompanyat del ca Cèrber Nom llatí:Plutó
6. Demèter Deessa de l'agricultura. Donà el blat i les lleis als homes espigues de blat, falç, torxa, serp. Nom llatí:Ceres
7. Hèstia Deessa de la llar familiar i pàtria. Porta flama, ase. Nom llatí:Vesta
8. Afrodita Deesa de l'amor, de la sexualitat i de la bellesa. Va normalment nua, sobre una petxina, amb una poma, coloms, pardals. Nom llatí:Venus
9. Ares Déu de la guerra. Sense barba, cuïrassa, casc, escut, llança, gall. Nom llatí:Mart
10. Hefest Déu del foc i dels ferrers. És lleig, coix i brut, tors nu, tenalles, martell i enclusa. Nom llatí:Vulcà
11. Atena Deessa de la guerra, de la saviesa, la intel·ligència i dels artesans. Ègida, casc, llança, escut, olivera, òliba. Nom llatí:Minerva
12. Àrtemis Deessa de la caça i els boscos, la virginitat i els parts, lluna. Porta arc i carcaix, mitja lluna, cèrvol, gos, acompanyada de les nimfes. Nom llatí:Diana
13. Apol·lo Déu de la bellesa, la música, les arts, la raó, l'endevinació i el sol. És jove bell i sense barba, amb lira o arc i carcaix, corona de llorer, corb. Nom llatí:Apol·lo
14. Hermes Missatger dels déus, déu del comerç i dels lladres, guia els morts als inferns. Va sense barba, amb sandàlies i barret amb ales, caduceu i capa. Nom llatí: Mercuri
15. Eros Déu de l'amor. És jove o nen nu, amb arc, fletxes i ales a l'esquena. Nom llatí:Cupido
16. Dionís Déu del vi, de l'irracional i del teatre. Porta copa, vinya, pàmpols, tirs, pantera, i va acompanyat dels sàtirs i de les bacants. Nom llatí:Bacus