Presenting Author
|
Poster Title |
Topic |
Session A (PA) - (93) posters |
Alarcón Pardo |
Alfonso |
|
Theory and modelling at the nanoscale |
Alija |
Alejandro |
|
Nanomagnetism and Spintronics |
Alonso |
Amanda |
|
NanoChemistry |
Alvarez |
Pablo |
|
Nanostructured and nanoparticle based materials |
Alvarez |
Jesus |
|
NanoOptics & NanoPhotonics |
Alvarez |
Lucia |
|
Nanostructured and nanoparticle based materials |
Aubéry Torres |
Carolina |
|
Nanostructured and nanoparticle based materials |
Barrett |
Claire |
|
Low dimensional materials |
Bedwani |
Stéphane |
|
Theory and modelling at the nanoscale |
Bittmann |
Birgit |
|
Nanostructured and nanoparticle based materials |
Blasiak |
Barbara |
|
Nanobiotechnologies |
Bonastre |
Jordi |
|
Nanostructured and nanoparticle based materials |
Carballeira |
Pablo |
|
Nanostructured and nanoparticle based materials |
Castro |
Laura |
|
NanoChemistry |
Chayka |
Oleksandr V. |
|
Nanomagnetism and Spintronics |
Chian Shiun |
Kuek |
|
Theory and modelling at the nanoscale |
Chonco |
Louis |
|
Nanobiotechnologies |
Cuadrado |
Ramón |
|
Theory and modelling at the nanoscale |
Cunningham |
Vincent |
|
Nanostructured and nanoparticle based materials |
Dadvand |
Afshin |
|
Other |
de Carvalho Miranda |
Maria Adelaide |
|
NanoChemistry |
Dembélé |
Kadiatou Thérèse |
|
Other |
Demers-Carpentier |
Vincent |
|
NanoChemistry |
Di Corato |
Riccardo |
|
Nanobiotechnologies |
Dubey |
Girjesh |
|
Low dimensional materials |
Dunn |
Kerry |
|
Low dimensional materials |
Fernández Seivane |
Lucas |
|
Theory and modelling at the nanoscale |
Fernandez |
Ivan |
Magnetostrictive drive of AFM cantilevers for liquid operation |
SPM |
Fernandez Argüelles |
María Teresa |
Quantum Dots-Based Fluorescent Inmunoassay
for the Determination
of Aflatoxins |
Low dimensional materials |
Fernández García |
Mª Paz |
|
Nanostructured and nanoparticle based materials |
Fernandez Torrado |
Jorge |
|
Nanobiotechnologies |
Fiore |
Angela |
|
Nanostructured and nanoparticle based materials |
Fostner |
Shawn |
|
Nanofabrication tools & nanoscale integration |
Franchini |
Isabella Raffaella |
|
Nanostructured and nanoparticle based materials |
Garcia |
Jorge |
Organometallic silver compoundsas precursors
for
nanomaterials. Use of thiols and polymers as nanoparticle stabilizers. |
NanoChemistry |
Gomez-Casado |
Alberto |
Probing multivalent host-guest complexes using AFM |
SPM |
Goyer |
Francois |
Using complex potentials to describe electron transmission
through molecules< |
Theory and modelling at the nanoscale |
Hagedorn |
Till |
|
SPM |
Hajizadeh |
Solmaz |
|
Carbon nanotubes |
Hajizadeh (*) |
Solmaz |
|
Nanobiotechnologies |
Herranz Zamorano |
Jesús |
|
Low dimensional materials |
Hierro Rodríguez |
Aurelio |
|
Nanofabrication tools & nanoscale integration |
Hojati Talemi |
Pejman |
|
Other |
Hrdý |
Radim |
|
Nanobiotechnologies |
Hsieh |
Chien-Wen |
|
Low dimensional materials |
Im |
Jongmo |
|
Nanostructured and nanoparticle based materials |
Jahr |
Norbert |
|
NanoOptics & NanoPhotonics |
Jang |
Sungeun |
|
Nanostructured and nanoparticle based materials |
Jimenez |
Vicente |
|
Other |
Kandaswamy |
Prem Kumar |
|
Low dimensional materials |
Kondratenko |
Mykola |
|
NanoChemistry |
Labuda |
Aleksander |
|
SPM |
Lockwood |
Tobias |
|
Nanostructured and nanoparticle based materials |
Lovera |
Pierre |
|
Low dimensional materials |
Maillard |
Arnaud |
|
Theory and modelling at the nanoscale |
Martín Rodríguez |
Emma |
|
NanoOptics & NanoPhotonics |
Massuyeau |
Florian |
|
NanoOptics & NanoPhotonics |
Mohr |
Marcel |
Ab-initio calculations of core-shell CdSe/ZnS nanowires |
Low dimensional materials |
Norman |
Lana |
|
NanoChemistry |
Park |
Inyu |
|
Nanostructured and nanoparticle based materials |
Peláez Machado |
Samuel |
|
Theory and modelling at the nanoscale |
Pérez García |
Beatriz |
|
SPM |
Pons |
Miquel |
|
Low dimensional materials |
Primiceri |
Elisabetta |
|
Nanobiotechnologies |
Provencher |
Marie-Ève |
|
Nanobiotechnologies |
Reguer |
Alan |
|
Nanofabrication tools & nanoscale integration |
Reynolds |
Ken |
|
Nanofabrication tools & nanoscale integration |
Robert |
Gaël |
|
Carbon nanotubes |
Rocheleau |
Philippe |
|
Theory and modelling at the nanoscale |
Rodríguez-Rodríguez |
Gabriel |
|
SPM |
Rodríguez-Vázquez |
María J. |
|
Low dimensional materials |
Románszki |
Loránd |
Hydrogen Storage in Thin Metallic Films |
Other |
Ruiz |
Patricia |
|
NanoChemistry |
Salgado |
Fco. Javier |
|
Other |
Samuely |
Tomas |
|
NanoChemistry |
Santos Expósito |
Hernán |
|
Low dimensional materials |
Sattayasamitsathit |
Sirilak |
|
Low dimensional materials |
Schäffel |
Franziska |
|
Carbon nanotubes |
Silva |
Hugo |
|
Theory and modelling at the nanoscale |
Steinbrueck |
Andrea |
|
Nanostructured and nanoparticle based materials |
Steplecaru |
Cristiana Sonia |
|
Other |
Tal Or |
Lev |
|
Low dimensional materials |
Tang |
Nathalie Y-Wa |
|
Nanostructured and nanoparticle based materials |
Teixeira |
José |
|
Nanomagnetism and Spintronics |
Temprano |
Israel |
|
Low dimensional materials |
Trandafilovic |
Lidija |
|
Low dimensional materials |
Valtsifer |
Igor |
|
Nanostructured and nanoparticle based materials |
Vega |
Victor |
Synthesis and magnetic properties of FePd hexagonally
ordered nanohole arrays |
Nanomagnetism and Spintronics |
Velázquez (*) |
José Joaquín |
|
Nanostructured and nanoparticle based materials |
Velázquez |
José Joaquín |
Color tuneability and white light generation in Yb3+-Ho3+-Tm3+
doped SiO2-LaF3 nano-glass-ceramics prepared by sol-gel method |
Nanostructured and nanoparticle based materials |
Watanabe (*) |
Masato |
Fabrication of Fe-Pt and Au Monodispersed Nanoparticle Colloids
by KrF Excimer Laser Irradiation |
Nanostructured and nanoparticle based materials |
Wang |
JinJin |
|
Theory and modelling at the nanoscale |
Wu |
Chien-Ching |
|
Nanobiotechnologies |
Yáñez Vilar |
Susana |
|
Nanostructured and nanoparticle based materials |
Presenting Author
|
Poster Title |
Topic |
Session B (PB) - (63) posters |
Adámek |
Martin |
|
Nanostructured and nanoparticle based materials |
Arroyo-Hernández |
María |
|
Nanobiotechnologies |
Balcells |
Lluis |
|
Nanostructured and nanoparticle based materials |
Berry |
Vikas |
|
Other |
Brunet |
Ernesto |
|
NanoChemistry |
Cardona |
Claudia |
|
Other |
Castro-Garcia |
Socorro |
|
NanoChemistry |
Chutia |
Sucismita |
|
Theory and modelling at the nanoscale |
Coto |
Borja |
|
Theory and modelling at the nanoscale |
de la Cruz |
Rosa María |
|
Low dimensional materials |
de la Cruz |
Rosa María |
|
Low dimensional materials |
de la Escosura-Muñiz |
Alfredo |
|
Nanobiotechnologies |
Drbohlavova |
Jana |
|
Nanomagnetism and Spintronics |
Díaz |
Javier |
|
Nanomagnetism and Spintronics |
Díaz |
Marisel |
|
Low dimensional materials |
Enculescu |
Monica |
|
Low dimensional materials |
Frolov |
Vadim |
|
Nanostructured and nanoparticle based materials |
García-Mochales |
Pedro |
|
Theory and modelling at the nanoscale |
Gicquel |
Maud |
Highlighting excitonic optical properties of bundled carbon
nanotubes to tailor novel nanomaterials-based devices |
NanoOptics & NanoPhotonics |
Gicquel |
Maud |
Growth of InAs and InP nanostructure on GaP substrate
for Photonics on Silicon |
Low dimensional materials |
Gicquel |
Maud |
|
NanoOptics & NanoPhotonics |
Gicquel |
Maud |
|
NanoOptics & NanoPhotonics |
Hubalek |
Jaromir |
|
Nanomagnetism and Spintronics |
Hwang |
Sung-Ho |
|
Nanostructured and nanoparticle based materials |
Jimenez |
David |
|
Theory and modelling at the nanoscale |
Junquera |
Alejandro |
Ozone analyzer for Air quality monitoring based in nanotechnology:
A real industrial application |
Other |
Kokado |
Satoshi |
|
Nanomagnetism and Spintronics |
Lange |
Holger |
Experimental observation of the radial breathing mode in nanorods |
Low dimensional materials |
Lee |
Soo-Keun |
|
Other |
Le Goff |
Alan |
|
Nanostructured and nanoparticle based materials |
Lim |
Sang Kyoo |
|
Low dimensional materials |
Lopez |
Rosa |
|
Low dimensional materials |
Luque |
Aitor |
|
Theory and modelling at the nanoscale |
Martinez |
Eduardo |
|
Other |
Méndez Ramos |
Jorge |
|
Nanostructured and nanoparticle based materials |
Méndez Ramos |
Jorge |
|
Nanostructured and nanoparticle based materials |
Morozan |
Adina |
|
Other |
Nastase |
Claudia |
|
Other |
Partridge |
Jim |
|
Nanostructured and nanoparticle based materials |
Pastor-Abia |
Luis |
|
Low dimensional materials |
Perez de Lara |
David |
Nanorectifiers Based on Superconducting/magnetic Hybrids |
Low dimensional materials |
Pinto |
Henry |
|
SPM |
Podrazky |
Ondrej |
|
Nanostructured and nanoparticle based materials |
Prášek |
Jan |
|
Nanobiotechnologies |
Puente |
Antonio |
|
Low dimensional materials |
Ricart |
Susagna |
|
Nanostructured and nanoparticle based materials |
Ricote |
Jesús |
|
Low dimensional materials |
Rumpf |
Klemens |
|
Nanomagnetism and Spintronics |
Rycerz |
Adam |
|
Low dimensional materials |
Sanchez |
Humberto |
|
Nanobiotechnologies |
Sánchez |
David |
|
Nanomagnetism and Spintronics |
Sanfabián |
Emilio |
|
NanoChemistry |
Santalla |
Silvia |
|
Low dimensional materials |
Serena |
Pedro A. |
MC simulation of water meniscus in nanocontainers: explaining
the collapse of viral particles due to capillar forces |
Theory and modelling at the nanoscale |
Sonoda |
Tsutomu |
|
Other |
Stancu |
Rodica |
|
Nanostructured and nanoparticle based materials |
Suarez |
Nery |
|
Nanostructured and nanoparticle based materials |
Sukyte |
Judita |
|
NanoChemistry |
Vale |
Filipa |
|
Nanobiotechnologies |
Vantsyan |
Mikhail |
|
Low dimensional materials |
Vega |
Andrés |
|
Nanomagnetism and Spintronics |
Veronese |
Giulio Paolo |
|
Carbon nanotubes |