Specifying aspect-oriented architectures in AO-ADL     

Mónica Pinto  Lidia Fuentes José María Troya 《Information and Software Technology》2011,53(11):1165-1182

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A Dynamic Component and Aspect-Oriented Platform   总被引：1，自引：0，他引：1  

Pinto  Monica; Fuentes  Lidia; Troya  Jose Maria 《Computer Journal》2005,48(4):401-420

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Henryk Paul  Robert Chulist  Izabela Mania  Norbert Schell  Lidia Lityńska-Dobrzyńska 《Advanced Engineering Materials》2021,23(11):2001521

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Michele Mattera;Alessandro Sorrenti;Lidia De Gregorio Perpiñá;Víctor Oestreicher;Semih Sevim;Oriol Arteaga;Xiang-Zhong Chen;Salvador Pané;Gonzalo Abellán;Josep Puigmartí-Luis; 《Small (Weinheim an der Bergstrasse, Germany)》2024,20(20):2307621

Layered double hydroxides (LDHs) are a class of functional materials that exhibit exceptional properties for diverse applications in areas such as heterogeneous catalysis, energy storage and conversion, and bio-medical applications, among others. Efforts have been devoted to produce millimeter-scale LDH structures for direct integration into functional devices. However, the controlled synthesis of self-supported continuous LDH materials with hierarchical structuring up to the millimeter scale through a straightforward one-pot reaction method remains unaddressed. Herein, it is shown that millimeter-scale self-supported LDH structures can be produced by means of a continuous flow microfluidic device in a rapid and reproducible one-pot process. Additionally, the microfluidic approach not only allows for an “on-the-fly” formation of unprecedented LDH composite structures, but also for the seamless integration of millimeter-scale LDH structures into functional devices. This method holds the potential to unlock the integrability of these materials, maintaining their performance and functionality, while diverging from conventional techniques like pelletization and densification that often compromise these aspects. This strategy will enable exciting advancements in LDH performance and functionality.  相似文献   

    

Gheorghe Virgil Aldica  Magdalena Lidia Ciurea  Dorina Magdalena Chipara  Ana Maria Lepadatu  Karen Lozano  Ionel Stavarache  Stelian Popa  Mircea Chipara 《应用聚合物科学杂志》2017,134(38)

Nanocomposites have been obtained by dispersing various amounts of vapor grown carbon nanofibers within isotactic polypropylene. Thermal investigations done by differential scanning calorimetry and dynamic mechanical analysis revealed the effect of the vapor grown carbon nanofibers on the melting, crystallization, α, and β relaxations. Direct current electrical features of these nanocomposites have been investigated and related to the thermal features of these nanocomposites. The effect of the loading with carbon nanofibers on the electrical properties of these nanocomposites is discussed within the percolation theory. The percolation threshold was estimated at about 5.5% wt carbon nanofibers. The temperature dependence of the direct current conductivity is analyzed in detail and it is concluded that the electronic hopping is the dominant transport mechanism. A transition from one‐dimensional hopping towards a three‐dimensional hopping was noticed as the concentration of carbon nanofibers was increased from 10% wt to 20% wt carbon nanofiber. The possibility of a differential negative resistivity is suggested. © 2017 Wiley Periodicals, Inc. J. Appl. Polym. Sci. 2017 , 134, 45297.  相似文献   

    

Lulu Qu  Na Wang  Hui Xu  Weipeng Wang  Yang Liu  Lidia Kuo  T. P. Yadav  Jingjie Wu  Jarin Joyner  Yanhua Song  Haitao Li  Jun Lou  Robert Vajtai  Pulickel M. Ajayan 《Advanced functional materials》2017,27(31)

Toxic organic pollutants in the aquatic environment cause severe threats to both humans and the global environment. Thus, the development of robust strategies for detection and removal of these organic pollutants is essential. For this purpose, a multifunctional and recyclable membrane by intercalating gold nanoparticles and graphitic carbon nitride into graphene oxide (GNPs/g‐C₃N₄/GO) is fabricated. The membranes exhibit not only superior surface enhanced Raman scattering (SERS) activity attributed to high preconcentration ability to analytes through π–π and electrostatic interactions, but also excellent catalytic activity due to the enhanced electron–hole separation efficiency. These outstanding properties allow the membrane to be used for highly sensitive detection of rhodamine 6G with a limit of detection of 5.0 × 10^?14m and self‐cleaning by photocatalytic degradation of the adsorbed analytes into inorganic small molecules, thus achieving recyclable SERS application. Furthermore, the excellent SERS activity of the membrane is demonstrated by detection of 4‐chlorophenol at less than nanomolar level and no significant SERS or catalytic activity loss was observed when reusability is tested. These results suggest that the GNPs/g‐C₃N₄/GO membrane provides a new strategy for eliminating traditional, single‐use SERS substrates, and expands practical SERS application to simultaneous detection and removal of environmental pollutants.  相似文献   

    

Carlos Lara-Hidalgo  Carmela Belloch  Lidia Dorantes-Alvarez  Mónica Flores 《Journal of the science of food and agriculture》2020,100(13):4940-4949

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Vinod K. Sangwan  Sonal V. Rangnekar  Joohoon Kang  Jianan Shen  Hong-Sub Lee  David Lam  Junhua Shen  Xiaolong Liu  Ana C. M. de Moraes  Lidia Kuo  Jie Gu  Haihua Wang  Mark C. Hersam 《Advanced functional materials》2021,31(52):2107385

Memristive systems present a low-power alternative to silicon-based electronics for neuromorphic and in-memory computation. 2D materials have been increasingly explored for memristive applications due to their novel biomimetic functions, ultrathin geometry for ultimate scaling limits, and potential for fabricating large-area, flexible, and printed neuromorphic devices. While the switching mechanism in memristors based on single 2D nanosheets is similar to conventional oxide memristors, the switching mechanism in nanosheet composite films is complicated by the interplay of multiple physical processes and the inaccessibility of the active area in a two-terminal vertical geometry. Here, the authors report thermally activated memristors fabricated from percolating networks of diverse solution-processed 2D semiconductors including MoS₂, ReS₂, WS₂, and InSe. The mechanisms underlying threshold switching and negative differential resistance are elucidated by designing large-area lateral memristors that allow the direct observation of filament and dendrite formation using in situ spatially resolved optical, chemical, and thermal analyses. The high switching ratios (up to 10³) that are achieved at low fields (≈4 kV cm⁻¹) are explained by thermally assisted electrical discharge that preferentially occurs at the sharp edges of 2D nanosheets. Overall, this work establishes percolating networks of solution-processed 2D semiconductors as a platform for neuromorphic architectures.  相似文献   

    

Arran Wilson  Melissa Jeltema  Marco P. Morgenstern  Lidia Motoi  Esther Kim  Duncan Hedderley 《Journal of texture studies》2018,49(3):262-273

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Barbara Walther  Aaron M. Lett  Alessandra Bordoni  Lidia Toms‐Cobos  Juan Antonio Nieto  Didier Dupont  Francesca Danesi  Danit R. Shahar  Ana Echaniz  Roberta Re  Aida Sainz Fernandez  Amlie Deglaire  Doreen Gille  Alexandra Schmid  Guy Vergres 《Molecular nutrition & food research》2019,63(21)

Nutritional research is currently entering the field of personalized nutrition, to a large extent driven by major technological breakthroughs in analytical sciences and biocomputing. An efficient launching of the personalized approach depends on the ability of researchers to comprehensively monitor and characterize interindividual variability in the activity of the human gastrointestinal tract. This information is currently not available in such a form. This review therefore aims at identifying and discussing published data, providing evidence on interindividual variability in the processing of the major nutrients, i.e., protein, fat, carbohydrates, vitamins, and minerals, along the gastrointestinal tract, including oral processing, intestinal digestion, and absorption. Although interindividual variability is not a primary endpoint of most studies identified, a significant number of publications provides a wealth of information on this topic for each category of nutrients. This knowledge remains fragmented, however, and understanding the clinical relevance of most of the interindividual responses to food ingestion described in this review remains unclear. In that regard, this review has identified a gap and sets the base for future research addressing the issue of the interindividual variability in the response of the human organism to the ingestion of foods.  相似文献