bluuebunny/crossref_metadata_2025_split huggingface dataset:
[artículo desautorizado] La reforma espiritual de santa Teresa de Jesús y su relación con las facciones cortesanas de la monarquía hispana
Authors: Martínez Millán José 
Published: December 2015

Artículo desautorizado

El Consejo de Redacción de la revista Hispania Sacra, en aplicación de las directrices marcadas por la Guía de Buenas Prácticas de la Editorial CSIC y siguiendo las recomendaciones de comités internacionales de ética, ha decidido proceder a la desautorización formal del siguiente artículo:

Martínez Millán, José 2015. «La reforma espiritual de santa Teresa de Jesús y su relación con las facciones cortesanas de la monarquía hispana». Hispania Sacra 67 (136): 429-466.
doi: 10.3989/hs.2015.013

Las razones que han llevado al Consejo de Redacción a tomar esta decisión son las siguientes:

1.	El autor del artículo ha introducido sin entrecomillar, ni citar explícitamente, páginas de un artículo publicado por la profesora Ruíz-Galvez Prieto, “La Fortaleza de la Fe: en torno al principio de fe en sus implicaciones sociales y devocionales (Castilla siglos XIII-XV)”, en I. Beceiro Pita (dir.), Poder, Piedad y Devoción, (Madrid, Sílex, 2014), págs. 261-317. En concreto, las páginas reproducidas literalmente son: Ruíz-Gálvez págs. 261-262 (Martínez Millán, págs. 431-432); Ruiz-Gálvez, págs. 263, 264, 265 (notas) y 267 (Martínez Millán, pág. 433); Ruiz-Gálvez, págs. 267, 268 y 269 (Martínez Millán, pág. 434); Ruiz-Gálvez, págs. 270, 271, 272 (Martínez Millán, pág. 435); Ruiz-Gálvez, págs. 273, 275, 276 (Martínez Millán, pág. 436).

2.	El autor, en ningún momento, informó en su declaración de autoría, que había introducido partes de un artículo ya publicado. Y tampoco ha justificado suficientemente los motivos que le han llevado a ello.

3.	La Guía de Buenas Prácticas de la Editorial CSIC y la declaración de autoría, que cada autor debe firmar antes de la publicación de un artículo, exigen que éste sea original e inédito en su totalidad, al tiempo que establece que los datos originales se distingan claramente de los ya publicados, y se informe sobre ello.

La revista Hispania Sacra desautoriza sólo y exclusivamente este artículo, sin que por ello quede afectado el monográfico del que forma parte, que mantiene la calidad científica exigida por nuestra revista.

El Consejo de Redacción no tendrá en consideración las posibles réplicas, contrarréplicas o comentarios a esta decisión editorial.

Esta nota de desautorización se incorpora a la versión electrónica del artículo, y se publicará en la edición impresa en el próximo fascículo de Hispania Sacra 68 (138).

La revista Hispania Sacra pide disculpas a sus lectores por los inconvenientes causados.

Madrid, 19 de julio de 2016
Effects of prey resource fluctuation on predation attributes of two sympatric Coccinellidae (Coleoptera)
Authors: Chaudhary Desh Deepak , Kumar Bhupendra , Mishra Geetanjali , Omkar  
Published: December 2015

AbstractUnder natural conditions, prey resources may fluctuate considerably in space and time; and predators are continuously faced with challenges of resource availability and use. In this study, effects of fluctuations (scarce/optimal/abundant) in biomass of pea aphid (Acyrthosiphon pisum (Harris); Hemiptera: Aphididae) during rearing and experimental conditions on certain predatory attributes (consumption rate/conversion, efficiency/growth rate) of two sympatric aphidophagous Coccinellidae (Coleoptera) were evaluated. Results revealed significant influence of rearing conditions on conversion efficiency and growth rate; and experimental conditions on all three predation attributes of Menochilus sexmaculatus (Fabricius) (Coleoptera: Coccinellidae). Larvae/adults of M. sexmaculatus had similar consumption rates per rearing condition, but exhibited highest and lowest consumption rates when abruptly shifted to abundant and scarce prey experimental conditions. Further, scarce prey reared larvae/adults of M. sexmaculatus displayed highest conversion efficiency and growth rate on optimal/abundant prey experimental condition(s). However, all three predation attributes of larvae/adults of Propylea dissecta (Mulsant) (Coleoptera: Coccinellidae) were influenced substantially by both the rearing and experimental conditions; and scarce prey reared larvae/adults exhibited highest predation attributes on optimal/abundant prey experimental condition(s). Moreover, predation attributes of M. sexmaculatus were higher than P. dissecta on the three experimental conditions. Therefore, this study suggests that M. sexmaculatus has a better compensatory ability to overcome prey resource fluctuation than P. dissecta.
Echoes of Beauty: In Memory of Pleshette DeArmitt
Authors: Miller Elaine P. 
Published: December 2015

There is a special poignancy to the fact that Pleshette DeArmitt's essay "Sarah Kofman's Art of Affirmation" foregrounds Freud's essay "On Transience," in which he muses on the fact that beauty seems to be inextricably linked to a fleeting existence. As DeArmitt writes, "beauty, even in full flowering, foreshadows its own demise, causing what Freud describes as 'a foretaste of mourning.'" Such a transience, in Freud's mind, increases rather than decreases the worth of all that is beautiful. In her essay, DeArmitt argues that Kofman's 1985 text Mélancolie de l'Artreinscribes Freud's text, but brings it into the present by pointing to contemporary art as the occasion for the opening up of a new space, one capable of "dislocat[ing] the space of representation and meaning" and "invent[ing] a space of indetermination and play.” Through dislocation of a fixed reference or meaning and opening up a place for indeterminacy and play, contemporary art acknowledges and celebrates, rather than regrets, the transience of beauty.
The Water-Energy-Environment Nexus in the Great Lakes Region: The Case for Integrated Resource Planning
Authors: Tidwell Vincent C , Pebbles Victoria 
Published: December 2015

<p>Water is a critical element of electric power production in the U.S., particularly in the Great Lakes Basin region. Thermoelectric power generation accounts for the majority of all water withdrawals in the Basin, in large part due to the comparatively heavy concentrations of coal and nuclear power generation that utilize open-loop cooling. This paper explores how different energy generation portfolios could affect the water resources of the Great Lakes Basin. The suite of power generation scenarios analyzed reflects a range of potential outcomes resulting from the implementation of key national and regional energy and environmental policies for the electric power industry. These policies include U.S. EPA’s pending power plant cooling water intake standards, state renewable energy portfolio standards, possible climate change legislation, and the 2005 Great Lakes regional water resource agreement (Great Lakes and St. Lawrence River Basin Water Resources Compact of 2005; Public Law 110–342). Five scenarios were analyzed, resulting in different levels and intensities of total water use (withdrawal and consumption) in hydrologically-sensitive watersheds. These results confirm the close relationship between water and energy in the Great Lakes, and point to the need to take into account water resource impacts in designing future energy and environmental policies.</p>
Comprehensive Planning of Urban Housing in Metropolises by Focusing on Urban Integrated Management
Authors: Mohammadreza Talakesh Seyed , Mohammadi Jamal , Zangiabadi Ali 
Published: December 2015

Many scholars of urban studies believe that the most important factor effective on the amount of individuals' welfare is housing. Population increase of Iran and the expansion of the range of cities in Iran in recent decades cause centralization and increase in population densities in Iran and it seems that during recent years, economic policies of housing, as the interface ring for spatial planning policies of lands and urban and rural development, has been to some extent neglected by Iran's planning officials. Considering the multidimensionality of the issue of housing, for urban housing planning the intervention of different state and urban organizations is required and the lack of a comprehensive and integrated management is tangible in this issue. Regarding the domination of municipalities over internal issues of cities and also regarding geographical, political, economic and social conditions of different cities, municipalities can burden the responsibility of this issue. The objective of the present study is to investigate the problem of housing in Iran and providing an appropriate strategy for resolving this issue. Accordingly, the study, by doing library research, administering interviews and consulting state authorities and elites of housing markets and also by using the authors' scientific and executive experiences, an organizational structure was suggested for solving the housing issue. Then, by preparing questionnaires and surveying three groups (citizens, state and municipality authorities and academic specialists) this structure was evaluated using matrix QSPM and the SWOT model. Finally, by using the conducted surveys, the desired strategies were presented for improving the performance of organizational structure.
Effect of Depth and Leakage-Pathway Flow Properties on Thermal Response to Leakage from CO2 Storage Zone
Authors: Zeidouni Mehdi , Nicot J. P. , Hovorka Susan D. , Nunez-Lopez Vanessa 
Published: December 2015

Abstract
Temperature can be used as a tracer to detect leakage of fluids from a CO2 storage zone. Brine leakage from the injection zone to an above-zone interval will induce a temperature increase as a result of geothermal gradient. Leakage of CO2 can induce a temperature decrease owing to the Joule-Thompson effect associated with pressure drop toward shallow zones. A larger pressure drop at shallower depths is associated with more CO2 expansion upon leakage and could induce more cooling and, hence, a stronger temperature signal. We investigate the strength of the temperature signal as a function of depth for two scenarios in which either a well or a fault acts as leakage pathway. The hydraulic properties of the leakage pathway, modeled as a fractured medium or as a porous medium, also impact the results. Using dual-porosity and dual-permeability models for which CO2 relative permeability and average absolute permeability are modeled higher than in the simple porous medium case, we study the effect of fractures on the temperature signal. The leakage rate increases significantly for dual medium models. However, the temperature change in above-zone interval does not change much as it depends on the pressure gradient which is reduced compared to the single-porosity medium case.

1. Introduction
The value of CO2 geological storage sites may be limited when defective wells and faults create pathways allowing migration out of the CO2 injection zone (IZ). Various monitoring techniques are available to assure storage quality and to detect and characterize leakage pathways. Leakage of CO2, brine, or their mixture can induce pressure and temperature changes in an above-zone monitoring interval (AZMI) that is separated from the IZ by a sealing confining layer. Monitoring of the pressure signal in the AZMI has provided information about leakage pathways (Zeidouni and Pooladi-Darvish 2012a, b, Sun et al. 2013, Jung, Zhou, and Birkholzer 2013, Haghighat et al. 2013). More recent work by Zeidouni et al. (Zeidouni, Nicot, and Hovorka 2014) investigated the potential for leakage detection on the basis of the AZMI's temperature signal. Results showed that the thermal signal is controlled by several processes, including Joule-Thompson (JT) effect, heat of dissolution/vaporization of CO2/water, temperature discrepancy between the injected and native fluids, geothermal gradient, and heat exchange with the surrounding rock-fluid system.
Optimization of Geological Carbon Sequestration in Heterogeneous Saline Aquifers through Managed Injection for Uniform CO2 Distribution
Authors: Tarrahi Mohammadali , Afra Sardar 
Published: December 2015

Abstract
To mitigate continued release of CO2 from anthropogenic sources, underground storage of carbon dioxide (CO2) is accepted worldwide as a promising and well-established technology. Due to increased concerns on CO2 emissions, there has been foremost importance in recent years on the development and establishment of safe, technologically feasible and economic geological carbon sequestration (GCS) technology. GCS has been practiced widely as a potentially practical climate change mitigation decision. For this purpose to dispose large amount of CO2 in economic and safe fashion for long term periods, deep ocean and geologic sequestration are considered viable options. Geologic sequestration is a potential technology to decrease released CO2 into the atmosphere through capturing CO2 from hydrocarbon emissions, transporting compressed CO2 from the source to the field, and injecting and storage of CO2 into the underground formation. While injecting CO2 into the formation, residual gas trapping and solubility trapping are the most important trapping mechanisms for CO2 storage in saline aquifers. The lack of information about the geological formation results in uncertainties in specifying the storage capacity of the formation and the safety of sequestered CO2 caused by leakage. These uncertainties influence the sequestration capacity and CO2 plume migration. Moreover, the sequestration efficiency is highly dependent on the injection strategy which includes injection rate, injection pressure, type of injection well employed and its trajectory. The goal of GCS is to maximize the sequestration capacity and minimize the CO2 plume migration by optimizing the GCS operation before progressing with its large scale deployment. Hence the objective of CO2 sequestration is to achieve a more uniform sweep efficiency and more extensive CO2 sweep of the geological formation for a fixed amount of injected CO2. To accomplish this objective, we propose a novel formulation for CO2 sequestration optimization problem to promote uniform distribution of CO2 in geological formation through minimizing the gas saturation differences in cells with the same distance to CO2 injection wells.
Slowing light by activating an oscillatory mode in a negative refractive waveguide composed of all dielectric metamaterials
Authors: Huang Tsung-Yu , Lai Yueh-Chun , Yen Ta-Jen 
Published: December 2015

Abstract
We employ dielectric metamaterials to construct an all-dielectric negative refractive waveguide (NRW) in which the negative Goos–Hänchen effect is used to trap the incident wave in simulation. The use of a dielectric metamaterial eliminates the ohmic losses from metal, which not only lengthens photon-trapping time but also enables the NRW to maintain the ability to slow light. In addition, we validate numerical simulation with experimental measurements, which agree with the simulation results with a frequency offset of <1.2%. Finally, by verifying that light is slowed in an all-dielectric NRW, we claim that a dielectric metamaterial can possess negative identities.
First-principles study of metal–insulator control by ion adsorption on Ti2C MXene dioxide monolayers
Authors: Ando Yasunobu , Watanabe Satoshi 
Published: December 2015

Abstract
Through first-principles calculations using density functional theory, we investigate the possibility of controlling the metal–insulator properties of the Ti2C MXene dioxide Ti2CO2 by ion adsorption. Our simulation reveals that Ti2CO2 is insulating with an indirect band gap of 0.44 eV. Upon atomic adsorption of H, Li, or Na, Ti2CO2 becomes metallic. This metal–insulator change may be used to produce switching devices with a high on/off ratio and low energy consumption by controlling ionic movement, as in ion batteries.
“Otherness” of Ethnic Enclave Attractions in Multicultural Cities: A Study of Chinatown and Little India
Authors: Khan Sonia 
Published: December 2015

AbstractFor ages, tourists have been fascinated with “Other” cultures making it a primary reason for international travel. Several destinations around the world are blessed with cultural pluralism and proudly boast of being “multicultural”. These destinations comprise multiethnic migrant communities living in their respective “ethnic enclave” settings in a foreign land. Enclaves enrich the tourism product by pleasantly punctuating the cultural homogeneity of a destination and inviting attention towards other diverse exotic attractions. This study is an attempt to identify the distinct impressions of the ethnic enclave attractions of “Chinatown” and “Little India” in Kuala Lumpur and Singapore city, in order to determine the imprints of “otherness” left behind in the minds of tourists during their visits to these enclaves. The findings reveal that while authentic ethnic cuisine retains a dominant appeal of the “exotic other”, additional elements of cultural exoticism from these enclave settings are fast fading into oblivion. Rather than being identified as a showcase of a unique culture, the otherness of these ethnic enclave attractions is becoming more apparent in terms of their recognition merely as precincts for “inexpensive shopping”.
Recent tree die‐off has little effect on streamflow in contrast to expected increases from historical studies
Authors: Biederman Joel A. , Somor Andrew J. , Harpold Adrian A. , Gutmann Ethan D. , Breshears David D. , Troch Peter A. , Gochis David J. , Scott Russell L. , Meddens Arjan J. H. , Brooks Paul D. 
Published: December 2015

AbstractRecent bark beetle epidemics have caused regional‐scale tree mortality in many snowmelt‐dominated headwater catchments of western North America. Initial expectations of increased streamflow have not been supported by observations, and the basin‐scale response of annual streamflow is largely unknown. Here we quantified annual streamflow responses during the decade following tree die‐off in eight infested catchments in the Colorado River headwaters and one nearby control catchment. We employed three alternative empirical methods: (i) double‐mass comparison between impacted and control catchments, (ii) runoff ratio comparison before and after die‐off, and (iii) time‐trend analysis using climate‐driven linear models. In contrast to streamflow increases predicted by historical paired catchment studies and recent modeling, we did not detect streamflow changes in most basins following die‐off, while one basin consistently showed decreased streamflow. The three analysis methods produced generally consistent results, with time‐trend analysis showing precipitation was the strongest predictor of streamflow variability (R2 = 74–96%). Time‐trend analysis revealed post‐die‐off streamflow decreased in three catchments by 11–29%, with no change in the other five catchments. Although counter to initial expectations, these results are consistent with increased transpiration by surviving vegetation and the growing body of literature documenting increased snow sublimation and evaporation from the subcanopy following die‐off in water‐limited, snow‐dominated forests. The observations presented here challenge the widespread expectation that streamflow will increase following beetle‐induced forest die‐off and highlight the need to better understand the processes driving hydrologic response to forest disturbance.
Synthesis of Acyclic Selenonucleoside Phosphonates as Potential Antiviral Agents
Authors: Sahu Pramod K. , Kim Gyudong , Nayak Akshata , Ahn Ji Yoon , Ha Min Woo , Park Cheonhyoung , Yu Jinha , Park Hyeung‐geun , Jeong Lak Shin 
Published: December 2015

AbstractOn the basis of potent antiviral activity of adefovir (1) and tenofovir (2), which are representative acyclic nucleoside phosphonates, bioisosteric acyclic selenonucleoside phosphonates seleno‐adefovir (3) and seleno‐tenofovir (4) were designed and synthesized from diethyl(iodomethyl)phosphonate (7) by using diselenide chemistry.
One‐Pot Synthesis of Oxazolidine Derivatives by [3+2]‐Annulation Reactions of 1‐Tosyl‐2‐phenyl/alkylaziridines with Aryl Epoxides
Authors: Pandey Ashok Kumar , Banerjee Prabal 
Published: December 2015

AbstractAn efficient method for the synthesis of oxazolidine derivatives from aziridines and in situ generated aldehydes from Meinwald rearrangements of the epoxides has been developed. This method gives easy access to functionalized oxazolidines, which are constitutional moieties present in several natural products and biologically active molecules. The scope of the title transformation has also been elaborated with a variety of substrates.
The Effect of Pyridyl Nitrogen Atom Position in Pyrido[3,4‐b]pyrazines in Donor‐Acceptor‐π‐Acceptor Dyes on Absorption, Energy Levels, and Photovoltaic Performances of Dye‐Sensitized Solar Cells
Authors: Zhou Ying , Li Xing , Li Xin , Chen Jue , Yu Fengtao , Hua Jianli 
Published: December 2015

AbstractA donor‐acceptor‐π‐acceptor (D‐A‐π‐A)‐type organic dye (DTN‐1) incorporating a pyrido[3,4‐b]pyrazine (PP) unit with the pyridyl N atom adjacent to the anchoring group has been synthesized for use in dye‐sensitized solar cells (DSSCs). The maximum absorption wavelength of DTN‐1 was clearly red‐shifted compared with dye DT‐1, based on PP unit with the pyridyl N atom adjacent to the donor group. However, this change of structure has a negative effect on photovoltaic performances, and devices made with DTN‐1 only reached a power conversion efficiency of 6.10 % under AM1.5G irradiation compared with 8.57 % achieved by DT‐1. Density functional theory calculations suggest that DTN‐1 has a smaller oscillator strength, which is connected to its relatively low light‐harvesting efficiency. In addition, the results of electrochemical impedance spectroscopy (EIS) reveal that charge recombination in DSSCs based on DTN‐1 is more than that in the counterpart DT‐1, thus leading to a lower open‐circuit voltage (Voc).
Hexameric Capsules Studied by Magic Angle Spinning Solid‐State NMR Spectroscopy: Identifying Solvent Molecules in Pyrogallol[4]arene Capsules
Authors: Avram Liat , Goldbourt Amir , Cohen Yoram 
Published: December 2015

AbstractPowders of pyrogallol[4]arene hexamers were produced by evaporation from organic solvents and were studied, for the first time, by magic angle spinning solid‐state NMR (MAS ssNMR). Evaporation selectively removed non‐encapsulated solvent molecules leaving stable hexameric capsules encapsulating solvent molecules. After exposure of the powder to solvent vapors, 1H/13C heteronuclear correlation MAS ssNMR experiments were used to assign the signals of the external and encapsulated solvent molecules. The formed capsules were stable for months and the process of solvent encapsulation was reversible. According to the ssNMR experiments, the encapsulated solvent molecules occupy different sites and those sites differ in their mobility. The presented approach paves the way for studying guest exchange, guest affinity, and gas storage in hexamers of this type in the solid state.
Templated Chromophore Assembly by Dynamic Covalent Bonds
Authors: Rocard Lou , Berezin Andrey , De Leo Federica , Bonifazi Davide 
Published: December 2015

AbstractThrough the simultaneous use of three orthogonal dynamic covalent reactions, namely disulfide, boronate, and acyl hydrazone formation, we conceived a facile and versatile protocol to spatially organize tailored chromophores, which absorb in the blue, red, and yellow regions, on a preprogrammed α‐helix peptide. This approach allowed the assembly of the dyes in the desired ratio and spacing, as dictated by both the relative positioning and distribution of the recognition units on the peptide scaffold. Steady‐state UV/Vis absorption and emission studies suggest an energy transfer from the yellow and red donors to the blue acceptor. A molecular dynamics simulation supports the experimental findings that the helical structure is maintained after the assembly and the three dyes are confined in defined conformational spaces.