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Institution

Instituto Politécnico Nacional

EducationMexico City, Mexico
About: Instituto Politécnico Nacional is a education organization based out in Mexico City, Mexico. It is known for research contribution in the topics: Population & Context (language use). The organization has 43351 authors who have published 63315 publications receiving 938532 citations. The organization is also known as: Instituto Politécnico Nacional & Instituto Politecnico Nacional.


Papers
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Journal ArticleDOI
TL;DR: The role of enabling technologies in smart cities is reviewed and three categories of challenges are identified namely technical, socio-economic and environmental giving specifics of each category.

231 citations

Journal ArticleDOI
TL;DR: The matter of this approach is to formalise all those technical data and concepts contributing to the definition of a Product Ontology, embedded into the product itself and making it interoperable with applications, thus minimising loss of semantics.

231 citations

Journal ArticleDOI
TL;DR: In this article, a detailed study was carried out on banana, Musa var. valery native and modified starches (gelatinized, phosphorylated, cross-linked, crosslinked phosphorylation and hydroxypropylated).

230 citations

Journal ArticleDOI
Magnus Axelsson1, Magnus Axelsson2, Luca Baldini3, Guido Barbiellini3, Guido Barbiellini4, Matthew G. Baring5, Ronaldo Bellazzini3, J. Bregeon3, M. Brigida6, M. Brigida3, P. Bruel7, R. Buehler8, G. A. Caliandro9, R. A. Cameron8, P. A. Caraveo10, Claudia Cecchi11, Claudia Cecchi3, R. C. G. Chaves12, A. Chekhtman13, A. Chekhtman14, James Chiang8, R. Claus8, Jan Conrad1, Jan Conrad15, S. Cutini16, F. D'Ammando3, F. D'Ammando10, F. de Palma6, F. de Palma3, Charles D. Dermer13, E. Do Couto E Silva8, Persis S. Drell8, C. Favuzzi3, C. Favuzzi6, S. J. Fegan7, Elizabeth C. Ferrara17, W. B. Focke8, Yasushi Fukazawa18, P. Fusco6, P. Fusco3, F. Gargano3, Dario Gasparrini16, Neil Gehrels17, S. Germani3, S. Germani11, Nicola Giglietto6, Nicola Giglietto3, Marcello Giroletti10, G. Godfrey8, Sylvain Guiriec17, Daniela Hadasch9, Y. Hanabata18, M. Hayashida19, M. Hayashida8, X. Hou20, Shabnam Iyyani1, Shabnam Iyyani2, Miranda Jackson2, Miranda Jackson1, D. Kocevski8, M. Kuss3, Josefin Larsson1, Stefan Larsson1, Francesco Longo3, Francesco Longo4, F. Loparco6, F. Loparco3, Christoffer Lundman1, Christoffer Lundman2, M. N. Mazziotta3, Julie McEnery21, Julie McEnery17, Tsunefumi Mizuno18, M. E. Monzani8, E. Moretti2, E. Moretti1, A. Morselli3, S. Murgia8, E. Nuss22, T. Nymark2, T. Nymark1, Masanori Ohno, Nicola Omodei8, Melissa Pesce-Rollins3, F. Piron22, G. Pivato23, J. L. Racusin13, S. Rainò6, S. Rainò3, M. Razzano24, M. Razzano3, Soebur Razzaque14, Soebur Razzaque13, A. Reimer8, M. Roth25, Felix Ryde1, Felix Ryde2, Daniel Sánchez26, Carmelo Sgrò3, E. J. Siskind, Gloria Spandre3, P. Spinelli3, P. Spinelli6, M. Stamatikos13, M. Stamatikos27, L. Tibaldo23, L. Tibaldo3, M. Tinivella3, T. L. Usher8, Justin Vandenbroucke8, V. Vasileiou22, Giacomo Vianello8, V. Vitale28, A. P. Waite8, Brian L Winer27, K. S. Wood13, J. M. Burgess29, P. N. Bhat29, Elisabetta Bissaldi, Michael S. Briggs29, Valerie Connaughton29, Gerald J. Fishman30, Gerard Fitzpatrick31, Suzanne Foley26, David Gruber26, R. M. Kippen32, Chryssa Kouveliotou30, Peter Jenke10, Peter Jenke30, Sheila McBreen26, S. McGlynn33, Charles A. Meegan34, W. S. Paciesas34, V. Pelassa29, Robert D. Preece29, D. Tierney31, A. von Kienlin26, Colleen A. Wilson-Hodge30, Shaolin Xiong29, Asaf Pe'er35 
TL;DR: In this paper, the Fermi Gamma-ray Space Telescope (LAT) was used to observe the gamma-ray burst of GRB110721A, which lasted for approximately 24.5 s (in the GBM) and had a peak flux of (5.7 +/- 0.2) 10(exp -5) erg s (exp -1) cm(exp −2)
Abstract: GRB110721A was observed by the Fermi Gamma-ray Space Telescope using its two instruments, the Large Area Telescope (LAT) and the Gamma-ray Burst Monitor (GBM). The burst consisted of one major emission episode which lasted for approximately 24.5 s (in the GBM) and had a peak flux of (5.7 +/- 0.2) 10(exp -5) erg s(exp -1) cm(exp -2). The time-resolved emission spectrum is best modeled with a combination of a Band function and a blackbody spectrum. The peak energy of the Band component was initially 15 +/- 2 MeV, which is the highest value ever detected in a GRB. This measurement was made possible by combining GBM/BGO data with LAT Low Energy events to achieve continuous 10-100 MeV coverage. The peak energy later decreased as a power law in time with an index of -1.89 +/- 0.10. The temperature of the blackbody component also decreased, starting from approximately 80 keV, and the decay showed a significant break after approximately 2s. The spectrum provides strong constraints on the standard synchrotron model, indicating that alternative mechanisms may give rise to the emission at these energies.

230 citations

Journal ArticleDOI
TL;DR: In this paper, the authors study the effect of different environmental management capabilities on a firm's market and image performance, and find that market performance is positively affected by the capabilities to implement environmental actions with a focus on energy and pollution and to develop environmental collaborations both with business and with non-business actors.
Abstract: In this paper, we seek to enhance the understanding of the link between environmental management and firm performance, so contributing to the debate of being “green and competitive”. Relying on the resource-based view, we study the effect of different environmental management capabilities on a firm's market and image performance. In particular, we analyze the capabilities to implement product and process-related environmental actions with different types of environmental focus (materials, energy, pollution) and the capabilities to develop environmental collaborations with different types of actors (both business actors and non-business actors). To this aim we conducted a survey on 122 Italian companies. Results show that market performance and image performance have partially different antecedents. Specifically, a firm's market performance is positively affected by the capabilities to implement environmental actions with a focus on energy and pollution and to develop environmental collaborations both with business and with non-business actors. On the other hand, a firm's image performance is positively affected by the capabilities to implement environmental actions with a focus on materials and to develop environmental collaborations with non-business actors. Copyright © 2013 John Wiley & Sons, Ltd and ERP Environment

230 citations


Authors

Showing all 43548 results

NameH-indexPapersCitations
Giacomo Bruno1581687124368
Giuseppe Mancia1451369139692
Giorgio Maggi135132390270
Salvatore Nuzzo133153391600
Giuseppe Iaselli133151491558
Marcello Abbrescia132140084486
Louis Antonelli132108983916
Donato Creanza132145289206
Alexis Pompili131143786312
Gabriella Pugliese131130988714
Giovanna Selvaggi131115983274
Heriberto Castilla-Valdez130165993912
Ricardo Lopez-Fernandez129121381575
Cesare Calabria128109576784
Paolo Vitulo128112079498
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Performance
Metrics
No. of papers from the Institution in previous years
YearPapers
202362
2022367
20214,942
20205,246
20194,788
20184,485