bluuebunny/crossref_metadata_2025_split huggingface dataset:
Formación inicial del docente AICLE en España: retos y claves
Authors: Palacios Francisco J. , Gómez Parra María Elena , Huertas Abril Cristina A. 
Published: March 2023

Los esfuerzos de la administración educativa dirigidos a la formación permanente de los docentes AICLE en activo son incuestionables. Sin embargo, pese a las múltiples iniciativas desarrolladas a nivel nacional e internacional, en España, la formación inicial del profesorado que desarrollará su práctica educativa en centros de enseñanza bilingüe sigue siendo una materia pendiente en múltiples aspectos. Cada vez más universidades implantan itinerarios bilingües en sus grados, así como másteres encaminados al ejercicio de la labor educativa en centros donde los contenidos se imparten en una lengua extranjera. No obstante, parecen no existir desde el ministerio de educación directrices que insten a todos los centros de educación superior a ofrecer formación bilingüe. Este artículo pretende reflexionar sobre la formación inicial que los futuros docentes de educación bilingüe reciben en España. Para ello, se revisan tanto las características de esta formación como los requisitos que el profesorado egresado ha de tener para iniciar su labor educativa. De forma similar, se recogen algunos de los retos que los docentes han de afrontar, entre los que destacan sus carencias en relación a competencias comunicativa, metodológica y digital. El uso de las nuevas tecnologías para la mejora del dominio lingüístico y digital, así como el fomento de la reflexión sobre la praxis docente y el desarrollo de habilidades de trabajo en equipo grupo, liderazgo y colaboración son algunas de las claves que pueden contribuir a mejorar esta situación.

The efforts aimed at improving permanent training of CLIL teachers made by educational bodies are unquestionable. However, in spite of the multiple initiatives developed from both national and international perspectives, in Spain, initial CLIL teacher training still remains an unresolved subject in multiple aspects. More and more universities are implementing bilingual itineraries in their degrees, as well as master’s degrees, all directed to providing in-training teachers with abilities to apply to their future praxis when teaching in schools where contents are taught in a foreign language; however, there are any guidelines from the ministry of education that urge all universities to offer bilingual training. This paper aims to reflect on initial CLIL teacher training developed in Spain. To do this, the features of such training, as well as the requirements for in-training teachers, are revised. Similarly, some of the challenges that teachers have to face are mentioned, paying special attention to scarcities in their communicative, methodological and digital competences. The use of new technologies for improving linguistic and digital proficiency, as well as the promotion of the teaching praxis reflection and teamwork, leadership and collaboration skills’ development are keys to enhance this situation.
La naturaleza en el espacio narrativo de "Les Chouans": propuesta de clasificación
Authors: Castellano Martínez José María 
Published: March 2023

El presente trabajo estudia los elementos naturales en la obra Les Chouans del romántico francés Balzac desde una perspectiva espacial y contextual en donde la descripción de la naturaleza en sus diferentes formas configura un escenario fundamental para el desarrollo de la obra. Tras la pertinente introducción, esbozamos el concepto romántico a través de la contemplación de la Naturaleza y el valor, que esta refleja en el imaginario decimonónico narrativo al que nos referimos, con el propósito de clasificar aquellos elementos descritos o mencionados en la obra que contribuyen a su escenificación narrativa. Esta propuesta de cinco grupos (paisajes verdes, el Sol, la Luna, la montaña y el agua) pretende establecer un humilde marco de referencia sobre el que comprender la relevancia del elemento natural en la obra romántica como trasfondo del espíritu que es propio del momento, fruto de la observación y contemplación del autor, quien establece una relación directa con dicho universo natural por medio de sus recreaciones.
Ce travail étudie les éléments naturels dans l’œuvre Les Chouans du romantique français Balzac dès une perspective spatiale et contextuelle où la description de la nature dans ses formes différentes constituent un scénario fondamental pour le développement de l’œuvre. Après une introduction, nous esquissons le concept romantique à travers la contemplation de la Nature et la valeur qui reflète dans l’imaginaire narratif du XIXe siècle afin de classifier les éléments décrits ou mentionnés dans le roman et qui contribuent à sa mise en scène. Ce propos de cinq groups (paysages verts, le Soleil, la Lune, la montagne et l’eau) a pour but d’établir un humble cadre de référence sur lequel nous pouvons comprendre la relevance de l’élément naturel dans l’œuvre romantique comme fond de l’esprit du moment, fruit de l’observation et de la contemplation de l’auteur, qui établit une relation directe avec ledit univers naturel à l’aide de ses recréations.
La evolución de la literatura francófona femenina maliense contemporánea y su recepción en España
Authors: Gómez Campos Manuel 
Published: March 2023

La literatura francófona femenina maliense se ha convertido en una de las literaturas más importantes y representativas del continente africano, en concreto del África occidental, puesto que en ella encontramos autoras que representan al país por todo el mundo y que han conseguido numerosos premios y reconocimientos, tanto fuera como dentro del mismo. En nuestro trabajo, pretendemos reflejar las autoras existentes y analizar la recepción que han tenido en España, con el objetivo de estudiar el alcance de esta literatura a través del análisis de la traducción de su obra al español.

French-speaking women's literature in Mali has become one of the most important in the African continent, particularly in West Africa, since it includes authors who represent the country all over the world and who have won numerous prizes and recognition both inside and outside the country. In our work we intend to reflect the existing authors and analyze the reception they have had in Spain, with the aim of analyzing the arrival of this literature and its translation into Spanish.
AGENDA DE CONCIERTOS PARA GUITARRA INTERPRETADOS POR LA ORQUESTA DE CÓRDOBA 1992-2006
Authors: Moreno Ortega Antonio 
Published: March 2023

Agenda de conciertos para guitarra interpretados por la Orquesta de Córdoba que pone de manifiesto la estrecha relación que mantienen entre la Orquesta de Córdoba y el Festival de la Guitarra de Córdoba.
MEMORIA DE LOS CURSOS DE PERFECCIONAMIENTO Y FORMACIÓN PERMANENTE DEL PROFESORADO. CORDOBA CULTURAL 2016 (ABRIL-MAYO 2006).
Authors: Ureña Delgado Manuel 
Published: March 2023

La gran lección de estos cursos la encontramos siempre en esa noble aspiración de sumar esfuerzos entre todo con el único fin de brindar a los jóvenes lo mejor de nosotros mismos. Y siempre, con la esperanza e ilusión de que el fruto de esa relación pueda ser igualmente compartido con otros en el futuro. La gran finalidad de convocatorias como la que ahora presentamos es explicitar la vocación de apertura del centro a experiencias académicas que, por un lado, enriquezcan la formación de nuestro alumnado, y que, por otro, propicien el encuentro en Córdoba de jóvenes músicos venidos desde los más diversos puntos de la geografia nacional.
Antigenicity prediction of peptides generated by chimeric transcripts provides proof-of-concept of tumor-specific cryptic neoepitopes
Authors: Dixit Vaishnavi M , Bapat Sharmila 
Published: March 2023

Abstract
Considerable recent interest lies in the immunogenicity of non-canonical neoantigens harboured in alternative open reading frames generated by non-synonymous mutations, nucleotide insertions / deletions, exonization of untranslated regions of the genome, non-coding transcripts, transposable elements, etc. Amongst these ‘cryptic’ epitopes, those generated by chimeric transcripts [CTs], which represent sequences from more than one gene remain undefined, and their translational potential and immunogenicity is relatively unexplored. In the present study, we predicted and assessed neoepitopes generated by CTs in ovarian cancer. Development and application of a customized targeted peptide database, further led to the identification of unique peptides and reading-frame isoforms [sense/anti-sense] of such transcripts. Prediction of antigenicity of these novel peptides and proteins was achieved considering their stability, proteasomal processing, and likelihood of being presented to MHC-I in an allele-specific manner. Further docking of peptide MHC and peptide-MHC-TCR complexes provided validation and proof-of-concept of generation of a small number of putative neoepitopes of CTs that are recognized by specific TCRs. Importantly, our findings identify that relaxed/perturbed rigidity of canonical transcription and translation in cancer may present new opportunities in immunotherapy.
Sex hormone therapy in multiple sclerosis: a systematic review of clinical trials
Authors: Shayestehfar Monir , Salari Mehri , Karimi Shahedeh , Vosough Massoud , Memari Amirhossein , Nabavi Seyed Massood 
Published: March 2023

Abstract
In spite of the observed immunomodulatory properties of different sex hormones on Multiple Sclerosis (MS) in different investigations, to date, there has been no study to systematically review the documents to add more powerful data to the field. Therefore, in this paper we aim to systematically review clinical and randomized controlled trials (RCT) assessing the effect of sex hormone therapies on individuals with MS. A comprehensive search of electronic databases including PubMed, EMBASE, and Scopus was conducted. Clinical trials and RCTs that assessed the impact of sex hormones on individuals with MS were selected and included in the systematic review. In the final phase of the search strategy, 9 papers reached the criteria for entering in the systematic review. Two independent reviewers extracted the relevant data from each article according to the standardized data extraction form. Two reviewers also assessed the quality of each study independently using PEDro scale. We categorized three different classifications of outcomes including clinical, MRI, and immune system findings and put each measured outcome in the category which matched best. In conclusion, the existed investigations on the effect of sex hormones on inflammatory and neurodegenerative components of MS are promising particularly in relapsing-remitting MS (RRMS).
Efficient Electrospray Deposition of Surfaces Smaller than the Spray Plume
Authors: Singer Jonathan , Park Sarah , Lei Lin , D'Souza Darrel , Zipkin Robert , DiMartini Emily , Atzampou Maria , Lallow Emran , Shan Jerry , Zahn Jeffrey , Shreiber David , Lin Hao , Maslow Joel 
Published: March 2023

Abstract
Electrospray deposition (ESD) is a promising technique for depositing micro- and nano-scale droplets and particles with high quality and uniformity. It is a particularly attractive solution for surface coating of costly and delicate biomaterials and bioactive compounds. While high efficiency of ESD has only been successfully demonstrated for spraying surfaces larger than the spray plume, this work extends its utility to smaller surfaces. It is shown that by architecting the local “charge landscape”, ESD coatings of surfaces smaller than plume size can be achieved. Efficiency approaching 100% is demonstrated with multiple model materials, including biocompatible polymers, proteins, and bioactive small molecules, on both flat and microneedle array targets. UV-visible spectroscopy and HPLC measurements validate the high efficiency and quality of the sprayed material. This protocol for ESD can be considered an efficient and more competitive alternative to other conformal coating mechanisms, such as dip coating or inkjet printing, for micro-engineered applications.
Technology enabled science: investigation of a fin-shaped rock by the Yutu-2 rover on the lunar farside
Authors: Ding Liang , Zhou Ruyi , Yu Tianyi , Yang Huaiguang , He Ximing , Gao Haibo , Wang Juntao , Yuan Ye , Wang Jia , Wang Zhengyin , Qi Huanan , Li Jian , Feng Wenhao , Li Xin , Liu Chuankai , Han Shaojin , Zeng Xiaojia , Zhao Yu-Yan Sara , Liu Guangjun , Wan Wenhui , Zhang Yuedong , Wang Saijin , Li Lichun , Deng Zongquan , Liu Jianzhong , Hu Guolin , Zhao Rui , Zhang Kuan 
Published: March 2023

Abstract
Technology advancement in modern planetary exploration has extended extraterrestrial geological science by sending rovers on challenging, possibly risky but highly scientific-valuable ventures, such as ascending towards the crater walls, traversing steep slopes of sand dunes and travelling through the lava tube. On the 41st lunar day, the first lunar farside prospector, the Yutu-2 rover, carried out an exciting expedition towards a scientifically interesting fin-shaped rock for spectral investigation, taking a high risk of wheel skidding and lateral slippage along a narrow and uneven passage. The rover successfully achieved new findings by extending its locomotion margin on perilous peaks, while its safety was maintained on the basis of ingenious exploration strategies and digital twin-based performance analysis. Surface morphology analysis of the fin-shaped rock indicates that it has suffered certain degrees of impacts. The further in situ spectral investigations suggest that the target rock is composed of Fe/Mg-rich low-Ca pyroxene, thus inferred to belongs to the Zhinyu crater ejecta, rather than those of the Finsen crater. Engineering locomotive data of the rover was used for comprehensive lunar regolith property identification, presenting the first shear parameter range of the farside regolith and an initial estimation on its lateral property in the extraterrestrial environment. The estimated internal friction angle is within 21.5°-42.0° and the associated cohesion is 520-3154 Pa, which suggests that the lunar regolith at Chang’E-4 site had similar shear characteristics to samples measured by direct shear approach on the Apollo 12 mission, but relatively larger cohesion than the counterpart investigated on most of nearside lunar missions. This study demonstrates a paradigm of the in-depth integration of science and technology in space exploration, where planetary science is enabled by engineering support, and new demands of scientific exploration in turn generate motivation for the improvement of technology.
Design of wide rejection harmonic band Wilkinson power divider based on single suppressor topology for UHF applications
Authors: Al-Zubaidi Ihab Fadhil Abbas , Abbasi Hamed 
Published: March 2023

Abstract
This paper proposed a new topology of Wilkinson power divider based on the one harmonic suppressor structure. In previous works, low- and band-pass filters have been used instead of quarter-wavelength lines in conventional Wilkinson's power divider design. But in this research, a low-pass filter as a suppressor connected to the input terminal, then using two simple elliptical resonators divide the power. As a result, there is no need to two suppressor structures symmetrically. The operation of the power divider in this topology is that the spurious signals are completely suppressed by the suppressor structure, then the signal is divided and reaches the output terminals with the desired frequency. This innovation is being introduced for the first time. On the other hand, the proposed suppressor structure has two rectangular elliptical resonators with a long base length and two pairs of rectangular resonators with a short base length to suppress harmonics up to sixth order. Next, the power is divided using two circular elliptical resonators. The measurement results show that the insertion and return losses are 3.09/3.11 dB and 30 dB, respectively at 1 GHz frequency, and suppression of harmonics up to the 18th order.
Sulfate Removal from Acid Mine Drainage using adsorption onto acid- activated neutralized red mud: Effect of various parameters, isotherm and kinetic studies
Authors: Rahimi Shima , Irannajad Mehdi 
Published: March 2023

Abstract
Red mud (RM) as an alternate adsorbent was explored for the removal of sulfate from the aqueous solution by the batch equilibration technique. The results revealed that both seawater (BRM) and acid treatment RM (RMH) can modify high rates of pH and improve the adsorption capacity of raw RM. The study also focused on effect of various factors on sulfate removal, including acid dosage, pH, adsorbent dose, adsorbate concentration and contact time. The most sorption capacity and sulfate removal for RM, BRM, and RMH was equal to 12.7, 15.9 and 23.9 mg/g and 25.5, 31.9 and 41.3 % at pH rates of 5.5, 6.5 and 4.5, respectively. Sulfate removal reached equilibrium in 30, 60 and 60 min contact time for RM, BRM, and RMH. Based on kinetic studies, pseudo-second-order is the best model for sulfate adsorption onto RMH and BRM, and chemisorption interaction is controlling step. Isotherm studies demonstrated RM surface is heterogeneous and adsorption occurs through particle diffusion and multilayer and Freundlich model was the best isotherm for description sulfate adsorption on RMH and BRM. FTIR results illustrated a sharp intensity (1100 cm-1) related to SO2-4 in RM samples after sulfate adsorption that is sharper for HRM than BRM and RM. EDX studies showed increasing Ca peak in BRM and Fe and Ti peaks in RMH results. It seems that mononuclear exchange with OH- groups and binuclear ligand exchange are the main mechanisms of sulfate adsorption on RM.
Pitfalls and solutions in inverse models of data envelopment analysis with network structures
Authors: Moghaddas Zohreh , Lotfi Farhad Hosseinzadeh , Yazdani Morteza 
Published: March 2023

AbstractToday, data envelopment analysis models with network structures are widely used to evaluate the performance of production systems and activities in various fields. the relationships between the internal stages of the network provides more information about the performance of each stage as well as their effects on the performance of the entire network to the managers and decision-makers. The inverse data envelopment analysis model is introduced to estimate useful information to system decision-makers, about analyzing the sensitivity of system inputs or outputs as long as the efficiency score is kept unchanged or improved according to the managers preferences. Managers can apply their important preferences and policies on resources, including input and output when analyzing production, resource allocation process, increasing resource efficiency, etc. on the system to use the results for future decisions. In this article, we will discuss the problems of infeasibility that can occur in theory and application for the inverse model of data envelopment analysis with network structure. After introducing these problems, an innovative idea is presented to prevent these shortcomings. Then, various problems are supposed, in terms of theory and applications, and are solved with case studies.
A Multi-UAV Assisted Non-orthogonal Multiple Access based Relay System for Minimal Receiving Rate Maximization
Authors: Tang Qiang , Qu Xinyu , Wang Jin , He Shiming 
Published: March 2023

Abstract
In this paper, we propose a data relay system consisting of multiple UAVs and AP and maximize the minimum IoTDs receiving rate as the optimization objective. We model the problem as a Mixed Integer Nonlinear Programming(MINLP). To improve the utilization of communication resources, we invoke non-orthogonal multiple access (NOMA) and successive interference cancellation (SIC) techniques at the AP side. In addition, we use the Wireless Power Transmission(WPT) technique at the UAV side to charge the IoTDs to extend their operating life. To solve the MINLP problem, we further decompose it into three subproblems: connection scheduling between UAVs and IoTDs, time slot allocation and UAV trajectory, and propose a power parameter optimization problem for NOMA power allocation. Finally, we solve all subproblems step by step using convex optimization problems such as Successive Convex Approximations (SCA) and propose an overall iterative algorithm. In the simulation, we compare our proposed algorithm with different algorithms and other optimization schemes, and the results show that our proposed algorithm has better performance.
Power Quality Analysis in Electrical Circuit on Hyperspectral Data Processing
Authors: T Arumuga Maria Devi , P Darwin , R Hepzibai , K.S Saji , D Muthukumar 
Published: March 2023

Abstract
Power quality is a group of boundaries characterizing the properties of the power supply as conveyed to the client in typical working conditions as far as progression of supply and attributes of voltage (magnitude, frequency, waveform). There are various manners by which electric power can be of low quality. Administration interferences, gear glitch, and overabundance power utilization are largely normal manifestations of helpless power quality. To limit the danger of lost creation and harm to electrical hardware, power quality investigation is utilized to screen a framework for issues, discover the reason, and start remedial activity. Voltage and Current estimation or checking inside electronic hardware is a typical necessity covering different kinds of utilizations. The Current Measurement block is utilized to quantify the quick flow streaming in any electrical square or association line. The Voltage Measurement block estimates the brief voltage between two electric hubs. An electric flow is a progression of electric charge. In electric circuits this charge is frequently conveyed by moving electrons in a wire. Electric flow is estimated utilizing Series/Parallel RLC thunderous circuits utilizing MATLAB Simulink graphical portrayal. Later on, work, the diverse level voltage circuits information will be tried with Hyperspectral information preparing which is utilized to discover the precise voltage magnification distinction and investigate through signal handling.
Investigating on structural, microstructural and magnetic properties of nanocrystalline Fe60Al35Mg5 alloy synthesized by high energy ball milling
Authors: hafs ali , hafs toufik , Berdjane Djamel , Yandjah Louardi , hasnaoui nesrine 
Published: March 2023

Abstract
The mechanical alloying process has been used to synthesise the nanocrystalline Fe60Al35Mg5 ( wt % )powders in a high energy planetary ball-mill Retsch PM 400. The evolution structural, microstructural and magnetic properties of ball-milled powders at different milling times (t variation from 0 to 32 h) were investigated by X-ray diffraction using the MAUD program which is based on the Rietveld method and the vibrating sample magnetometer (VSM). The XRD results reveal the formation of a bcc-Fe (Al, Mg) solid solution after 8 h of milling possessing a lattice parameter of 0,2895nm after 32 h of milling. It is also observed a refinement of the grain size which reaches 18,75 nm, and an increase in the microstrain after 32 hours of milling. Magnetic measurements of the milled Fe60Al35Mg5 ( wt % ) powder mixture exhibit a soft ferromagnetic character where the magnetic parameters are found to be very sensitive to the milling time mainly due to the particle size refinement as well as the formation of the solid solutions.