bluuebunny/crossref_metadata_2025_split huggingface dataset:
Proceso de Enfermería con Intervenciones Basadas en Evidencia a Adulto Mayor con Fractura de Cadera
Authors: Cota Valenzuela Gregorio , Fernandez López María Elena , Garate Castro Cinthia Janeth , Vázquez Saldaña Yareth Guadalupe , Acuña Rivera María del Rosario 
Published: November 2024

Introducción: La fractura de cadera es una consecuencia muy grave de una condición ósea frágil o también llamada fractura de fémur proximal, condición que sigue en aumento debido a que la población de adultos mayores ha ido creciendo en las últimas décadas. Objetivo: Realizar un plan de cuidados con enfoque de autocuidado a una persona adulto mayor con fractura de cadera, mediante el uso de la taxonomía North American Nursing Diagnosis Association. Metodología: Se llevó a cabo mediante un estudio de caso aplicado a persona de la tercera edad con diagnóstico fractura de cadera, empleando el Proceso de Atención de Enfermería, en la fase de valoración se utilizó cédula basada en conceptos de la Teoría General del Déficit de Autocuidado de Dorothea E. Orem, Escala de riesgo de Caídas, Escala de Ansiedad y Depresión de Hamilton, Escala de coma de Glasgow, el índice de Katz y Lawton para medir actividades Básicas e instrumentales de la Vida Diaria, se realizó con la taxonomía North American Nursing Diagnosis Association, la clasificación de resultados de enfermería y las intervenciones de Guías de Práctica Clínica en Enfermería. Resultados: Se identificó respuestas humanas como deterioro de la movilidad física, estreñimiento, insomnio, dolor agudo, deterioro de la integridad cutánea, riesgo de caídas. Conclusiones: Las Guías de Práctica Clínica en Enfermería homogeneizan la práctica de enfermería, por lo que son herramientas útiles para apoyar al personal de enfermería en la toma de decisiones, con respecto a las intervenciones más apropiadas en el cuidado de las personas.
Pengajaran Yang Efektif Tentang Konsep Allah Bagi Remaja Pemuda Gereja Bethel Indonesia Ecclesia Manado
Authors: Palk Vicky 
Published: November 2024

Abstract: Teenagers and youth are the right age group to receive teachings about God. The reason is, teenagers and youth have the ability to think abstractly and critically. They begin to be interested in self-identity. Teenagers and youth are able to distinguish between good and evil. They can understand values and morality. This young generation understands the need for God. They are able to trust God and are ready to commit to being faithful to the truth from God. However, if it is too late to teach about the concept of God, they can be trapped in teachings that reject the existence of God. The problem is, the era of technology 4.0 makes it easier to get wrong information about the concept of God's existence. So, it is important to teach effectively about the concept of God for the younger generation. This study uses a qualitative method by describing effective teaching about the concept of God for teenagers and youth at GBI Jemaat Ecclesia Manado. The scope of this study is Christian Religious Education research.Abstrak: Remaja dan pemuda adalah golongan usia yang tepat untuk menerima pengajaran tentang Allah. Alasannya, remaja dan Pemuda mempunyai kemampuan untuk berpikir abstrak dan kritis. Mereka mulai tertarik tentang identitas diri. Remaja dan Pemuda sanggup membedakan yang baik dan jahat. Mereka dapat mengerti tentang nilai-nilai dan moralitas. Generasi muda ini memahami kebutuhan tentang Tuhan. Mereka mampu mempercayai Allah dan siap berkomitmen untuk setia pada kebenaran dari Tuhan. Namun, apabila terlambat mengajarkan tentang konsep Allah maka mereka dapat terjebak pada ajaran yang menolak eksistensi Allah. Persoalannya, era teknologi 4.0 makin mempermudah mendapat informasi salah tentang konsep keberadaan Allah. Jadi, penting untuk mengajarkan dengan efektif tentang konsep Allah bagi generasi muda. Penelitian ini menggunakan metode kualitatif dengan mendeskripsi pengajaran yang efektif tentang konsep Allah bagi remaja pemuda di GBI Jemaat Ecclesia Manado. Ruang lingkup penelitian ini adalah penelitian Pendidikan Agama Kristen.
APLIKASI GOOGLE MAPS SEBAGAI UPAYA PENGEMBANGAN UMKM DI DESA TUGU UTARA
Authors: Cahyo Utomo Fajar , Harri Muhammad , Surya Naufal , Firdaus Raehan , Elviana Egalita , Dwi Rahayu Nissa , Pangesut Prayoga , Sulthoni Ahmad 
Published: November 2024

Kuliah Kerja Nyata (KKN) muncul dari konsep atas kesadaran mahasiswa sebagai calon sarjana untuk dapat memanfaatkan sebagian waktu belajarnya menyumbangkan pengetahuan dan ilmu yang telah diperolehnya secara langsung dalam membantu para warga sekitar yang memiliki usaha kecil menengah untuk menentukan lokasi di Google Maps agar dapat dijangkau oleh masyarakat luas. UMKM merupakan salah satu kekuatan ekonomi baik di berbagai negara maupun Indonesia. Namun, berbagai hambatan dan tantangan yang dihadapi oleh UMKM salah satunya yaitu pemasaran. Tujuan dari kegiatan pengabdian ini agar UMKM di desa Tugu Utara dapat berkembang melalui pemasaran online. Metode pelaksanaan yang dilakukan dalam pelatihan pembuatan Google Maps dan Pemasaran Online, yaitu: kesatu, Observasi ke Pemerintah Desa terkait data jumlah UMKM di Desa Tugu Utara, Kolaborasi dengan mitra (ketua dan kelompok UMKM). Ketiga, Pelatihan pembuatan google maps dan pemasaran online. Keempat, Evaluasi. Hasil dari pelaksanaan ini adalah: Kesatu, Lokasi UMKM terdeteksi google maps. Kedua, pelaku UMKM memiliki akun market place dan media sosial. Ketiga, Meningkatnya omset penjualan.
”Står det liksom huller om buller, ja, men hur ska jag kunna bedöma den här texten då?” – Lågstadielärares konstruktion av diskursiva regler för narrativt skrivande
Authors: Ridell Kim , Walldén Robert 
Published: November 2024

I svensk skrivforskning finns konsensus om att tidig skrivundervisning utmärker sig genom fokus på formalia på olika textnivåer. Metaspråksbruket för berättande texter varierar mellan studier som betonar olika textelement och deras funktioner. Denna metaspråkliga glidning utgör en central utgångspunkt i denna artikel. Vi har undersökt tre grundlärares konstruktioner av textförväntningar på narrativt skrivande genom textnära återkoppling med den grafiska modellen Berättelseansiktet och lärarnas reflektioner. Vi analyserade lärarnas syn på narrativt skrivande och vilka utsnitt ur elevernas texter som lärarna anser representerar olika berättelseelement. Resultatet visar att lärarna tillämpar metaspråkliga metaforer som åsyftar olika textsegment och kommunikativa funktioner. Begrepp ur svenska styrdokument som ”händelser”, ”beskrivningar” och ”röd tråd” används av lärarna med skiftande fokus mellan olika textnivåer i elevernas berättelser. Vidare visar resultatet att lärarnas reflektioner präglas av ett underliggande funktionellt perspektiv på skrivande som inte fullt ut blir synligt i deras formaliafokuserade återkoppling till eleverna.
“If it’s all higgledy-piggledy, well, then how am I supposed to assess the text?” – Early primary school teachers’ construction of discursive rules for narrative writing
Swedish writing research reaches a consensus that early focuses on formal aspects at different text levels. Studies show that the meta-language for stories varies, emphasizing text elements and functions. This meta-linguistic slide is the starting point of our article.We investigate how three primary school teachers construct text expectations for narrative writing through text-close feedback and the Story Face model and their reflections. We analyze how the teachers view narrative writing and which parts of the students' texts are considered to represent different story elements. The results show that the teachers apply meta-linguistic metaphors which refer to different text segments and communicative functions. Terms from Swedish governing documents, such as "events", "descriptions" and "red thread" are used to shift focus between different text levels in the students’ stories. The results reveal that the teachers’ reflections carry an underlying functional perspective on writing, which is not fully evident in their formality-focused feedback.
Educación, diseño y sostenibilidad. El desafío de repensar el diseño
Authors: Grioni María Luz 
Published: November 2024

El libro Educación, diseño y sostenibilidad surge como una respuesta a los retos contemporáneos que enfrenta el diseño en el marco de los Objetivos de Desarrollo Sostenible (ODS) de la ONU. Coordinado por la Facultad de Diseño y Arquitectura de la Universidad Autónoma del Estado de México (UAEMEX), Linda Emi Oguri Campos, Erika Rivera Gutiérrez y Eska Elena Solano Meneses, reúnen investigaciones que buscan redefinir la educación en diseño desde una perspectiva sostenible y responsable.

Educación, diseño y sostenibilidadCoordinado por Linda Emi Oguri Campos, Erika Rivera Gutiérrez y Eska Elena Solano Menese. 2024Universidad Autónoma del Estado de México140 páginas. Idioma españolISBN 9786076337769Publicado bajo licencia Creative Commons BY-NC-ND 4.0 InternacionalEdición PDF digitalLink de descarga <aquí>
Meteorology and Air Quality Interactions: A Study of Selected Locations in Nigeria
Authors: Umoh Mfon David , Evans Udoh Felix , Otene Sunday Ejembi , Olanrewaju Akinola B. 
Published: November 2024

Nigeria faces significant challenges in managing air quality due to rapid urbanization, industrial growth, and increasing vehicular emissions. Meteorological parameters such as temperature, humidity, wind speed, atmospheric pressure, and rainfall influence pollutant concentrations and transport patterns. Understanding the impact of meteorological conditions on air quality is essential for designing effective pollution control strategies and forecasting air quality trends in Nigeria. This research was carried out to determine the impact of meteorology on particulate matter concentration in certain locations in Nigeria. The cities considered for the study include Anyingba, Kogi state, Ibadan, Oyo state, Benin, Edo state, Lekki, Lagos state and Kebi, Kebi state. The data covered a period of one year (April 2021 to April 2022). Results show that, for Oyo state, there was a poor negative correlation between temperature and PM2.5. For humidity, the correlation coefficient was high, though negative. This shows that temperature had very little impact on the concentration of particulate matter in ambient air of Oyo state while humidity had a strong negative impact on the concentration of particulate matter in ambient air of Oyo. For Kogi state, there was a poor positive correlation between temperature and particulate matter (PM2.5 and PM10). For humidity, the correlation coefficient was high, though negative. This shows that temperature had very little impact on the concentration of particulate matter in ambient air of Kogi state while humidity had a strong negative impact on the concentration of particulate matter in ambient air of Kogi. For Edo state, there was a poor positive correlation between temperature and particulate matter (PM2.5 and PM10). For humidity, the correlation coefficient was also low and positive. This shows that temperature and humidity had very little impact on the concentration of particulate matter in ambient air of Edo state. For Lagos state, there was a poor positive correlation between temperature and particulate matter (PM2.5 and PM10). For humidity, the correlation coefficient was also low and positive. For Kebbi state, there was a poor positive correlation between temperature and particulate matter (PM2.5 and PM10). For humidity, the correlation coefficient was also low and positive.
СОВРЕМЕННОЕ СОСТОЯНИЕ РАЗРАБОТОК СИЛОВЫХ СВЕРХПРОВОДЯЩИХ КАБЕЛЕЙ
Authors: В.С. Высоцкий 
Published: November 2024

В данной статье дан краткий обзор современного состояния разработок силовых сверхпроводящих кабелей на основе высокотемпературных сверхпроводников (ВТСП) на середину 2024 года. Использованы материалы международных конференций EUCAS-2023 и MT-28. После довольно крупных успехов в середине 10-х годов, внедрение и установка ВТСП-кабелей замедлились по всему миру. В основном идут обсуждения крупных проектов и точек установки, в которых ВТСП-кабели могут дать наивысший эффект. Уровень технологической готовности сверхпроводящих кабелей весьма высок, и они рассматриваются как предкоммерческие продукты. Однако их широкое внедрение сдерживается консерватизмом энергетических компаний, опасающихся внедрения новых элементов. А также пока ещё высокой стоимостью исходного высокотемпературного сверхпроводника, хотя уже наметилось заметное снижение цены сверхпроводников с увеличением объёма их производства.
This article provides a brief overview of the current state-of-art in the field of power superconducting cables based on high-temperature superconductors (HTS) at the mid of 2024. Materials from the international conferences EUCAS-2023 and MT-28 are used. After quite major advances in the mid-10s, the adoption and installation of HTS cables has slowed down around the world. There are mainly discussions on large projects and installation points where HTS cables can give the greatest effect. The technological readiness level of superconducting cables is very high and they are considered as the pre-commercial products. However, their widespread implementation is hampered by the conservatism of energy companies, which are afraid of introducing new elements, and also by the still high cost of the original high-temperature superconductor, although there has already been a noticeable decrease in the price of superconductors with an increase in their production volume.
A utilização do eLearning no desenvolvimento de um curso de doutoramento em Ciências da Educação, em Moçambique
Authors: De Moçambique Universidade Católica 
Published: November 2024

A oportunidade de realizar um doutoramento em Ciências da Educação em Moçambique nasceu da necessidade de formação de docentes da UCM e do desejo da UCP em colaborar ativamente neste projeto. A organização do curso em Nampula, com docentes da UCP, implicava a conceção de um modelo de formação que garantisse que o currículo desenvolvido em Portugal fosse, também neste contexto, integralmente cumprido. Assim, e tendo em conta que a totalidade da lecionação não se poderia fazer de forma presencial, definiu-se um modelo de ensino a distância, que previa duas semanas de formação presencial no início de cada semestre e formação online entre as sessões presenciais. O desenvolvimento curricular incluiu a realização de atividades programadas, muito centradas na realidade moçambicana.
Factors Influencing Job Satisfaction in Public Relations: A Case Study from the South Sulawesi Governor’s Office
Authors: Natsir Uhud Darmawan 
Published: November 2024

Aims: This study aims to determine the factors that influence job satisfaction of Public Relations Section employees at the South Sulawesi Governor's Office. The variables in this study are Work Motivation (WM), Career Development (CD) and Employee Job Satisfaction (EJS).
Study Design: This study is quantitative research.
Place and Duration of Study: Public Relations Section at the South Sulawesi Governor's Office, between January to September 2024.
Methodology: The sample in this study were all employees of the Public Relations Section at the South Sulawesi Governor's Office, which totaled 77 people. Data collection was carried out by distributing google forms which were then processed using the SEM PLS application. This tool can determine how well the built model matches the data and can produce complex and structured models.
Results: The results of bootstrapping testing on the variables of motivation and career development on employee job satisfaction respectively show a statistical t value of 4.155 and 3.618 which is greater than 1.96. Furthermore, the p value of motivation and career development is 0.000 < 0.05. This means that both variables have a significant influence on employee job satisfaction.
Conclusion: Based on the results of the study, it can be concluded that Work Motivation and Career Development have a positive and significant effect on Employee Job Satisfaction in the Public Relations section of the South Sulawesi Governor's Office.
Random Alloyed versus Intermetallic Nanoparticles: A Comparison of Electrocatalytic Performance
Authors: Gamler Jocelyn T. L. , Ashberry Hannah M. , Skrabalak Sara E. , Koczkur Kallum M. 
Published: July 2018

AbstractAs synthetic methods advance for metal nanoparticles, more rigorous studies of structure–function relationships can be made. Many electrocatalytic processes depend on the size, shape, and composition of the nanocatalysts. Here, the properties and electrocatalytic behavior of random alloyed and intermetallic nanoparticles are compared. Beginning with an introduction of metallic nanoparticles for catalysis and the unique features of bimetallic compositions, the discussion transitions to case studies of nanoscale electrocatalysts where direct comparisons of alloy and intermetallic compositions are undertaken for methanol electrooxidation, formic acid electrooxidation, the oxygen reduction reaction, and the electroreduction of carbon dioxide (CO2). Design and synthesis strategies for random alloyed and intermetallic nanoparticles are discussed, with an emphasis on Pt–M and Cu–M compositions as model systems. The differences in catalytic performance between alloys and intermetallic nanoparticles are highlighted in order to provide an outlook for future electrocatalyst design.
Moving Droplets in 3D Using Light
Authors: Xiao Yang , Zarghami Sara , Wagner Klaudia , Wagner Pawel , Gordon Keith C. , Florea Larisa , Diamond Dermot , Officer David L. 
Published: July 2018

AbstractThe emulation of the complex cellular and bacterial vesicles used to transport materials through fluids has the potential to add revolutionary capabilities to fluidic platforms. Although a number of artificial motile vesicles or microdroplets have been demonstrated previously, control over their movement in liquid in 3D has not been achieved. Here it is shown that by adding a chemical “fuel,” a photoactive material, to the droplet, it can be moved in any direction (3D) in water using simple light sources without the need for additives in the water. The droplets can be made up of a range of solvents and move with speeds as high as 10.4 mm s−1 toward or away from the irradiation source as a result of a light‐induced isothermal change in interfacial tension (Marangoni flow). It is further demonstrated that more complex functions can be accomplished by merging a photoactive droplet with a droplet carrying a “cargo” and moving the new larger droplet to a “reactor” droplet where the cargo undergoes a chemical reaction. The control and versatility of this light‐activated, motile droplet system will open up new possibilities for fluidic chemical transport and applications.
Chromiteen: A New 2D Oxide Magnetic Material from Natural Ore
Authors: Yadav Thakur Prasad , Shirodkar Sharmila N. , Lertcumfu Narumon , Radhakrishnan Sruthi , Sayed Farheen N. , Malviya Kirtiman Deo , Costin Gelu , Vajtai Robert , Yakobson Boris I. , Tiwary Chandra Sekhar , Ajayan Pulickel M. 
Published: July 2018

AbstractThe absence of inherent magnetism in the family of 2D materials limits its application in magnetoelectric and magnetic storage media. Here, a simple scalable route for the synthesis of magnetic 2D material chromite (chromiteen) via sonication‐assisted liquid‐phase exfoliation is demonstrated. The (111) plane of the exfoliated chromite is found to be the most stable which is confirmed by its common occurrence in exfoliation. Further, the stability and dispersion are verified by ab initio density functional theoretical simulations. Magnetic measurements over a large temperature range of 4 K  ≤  T  ≤  300 K confirm ferromagnetic/superparamagnetic order with nearly 40 times higher magnetic moment saturation in chromiteen compared to chromite. The results reveal that 2D chromiteen causes a change in the magnetic behavior with respect to chromite which could be ascribed to the increase in the lattice strain as well as a magnetic strain due to high ferromagnetic fraction in 2D plane.
Wearable Lithium Ion Batteries Based on Carbon Nanotubes and Graphene
Authors: Chen Xuli , Ma Yingying 
Published: July 2018

AbstractWith the rapid development of wearable electronics, it is highly required to develop corresponding wearable power sources, especially a wearable lithium ion battery which possesses wide voltage window, high energy density, and excellent cyclic stability. Carbon nanotubes and graphene possess outstanding properties including both high electrical conductivity and excellent mechanical performance which make them suitable to realize wearable lithium ion batteries. Here, the latest research on wearable lithium ion batteries based on carbon nanotubes and graphene is reviewed. Two approaches to realize a wearable lithium ion battery are summarized. First, a variety of fiber electrodes, including carbon nanotubes and graphene fibers, can be used to fabricate fiber‐shaped lithium ion batteries which can be further woven into a wearable battery. Moreover, it is also effective to explore cloth‐like electrodes, such as carbon textiles and daily clothes modified with conducting carbon nanotubes or graphene sheets, for wearable lithium ion batteries at a large scale. Finally, the remaining challenges and possible research directions in this booming area are discussed.
Hollow Polypyrrole Sleeve Based Coaxial Fiber Supercapacitors for Wearable Integrated Photosensing System
Authors: Li La , Lou Zheng , Chen Di , Han Wei , Shen Guozhen 
Published: July 2018

AbstractFiber supercapacitors (SCs) are robust power supply for wearable electronics due to their feasibility of weaving into textiles that breathe freely or integration into different functional materials that fit the curved surface of the human body. However, traditional twisted fiber SCs suffer from the low‐energy density while coaxial fiber SCs undergo the complicated fabrication process of shell‐like electrode. Here, a facile electrodeposition and etch approach to prepare shell‐like micrometer hollow polypyrrole sleeve electrode is proposed and then a new type of coaxial fiber SC is assembled. The designed device using solid electrolytes shows a large volume capacitance of 2.44 F cm−3, which is 5.95 times higher than that of twisted fiber SCs (0.41 F cm−3), fitting well with the theoretical results simulated by ANSYS Maxwell software. An integrated system consisting of the fabricated SCs as power source and CuInS2 film photodetector as functional units is then presented and weave into a form of smart ring. As‐designed self‐driven smart ring exhibits stable photocurrent response to white light and excellent flexibility, demonstrating the feasibility of the 1D wearable integrated system.
A One‐Way Mirror: High‐Performance Terahertz Optical Isolator Based on Magnetoplasmonics
Authors: Lin Shuai , Silva Sinhara , Zhou Jiangfeng , Talbayev Diyar 
Published: July 2018

AbstractThe magneto‐optical properties of conduction electrons in InSb in Voigt geometry at oblique incidence angles are explored. In parallel magnetic field, the oblique incidence reflectance exhibits high nonreciprocity, while the transmittance remains reciprocal. This phenomenology, combined with the unique magnetoplasmonic properties of InSb (high electron mobility, low effective mass, and temperature‐tunable bulk plasma frequency), allows the design of a simple and high‐performance THz optical isolator that works directly with linearly polarized light. It is demonstrated that the isolation power of the device exceeds 35 dB with the insertion loss of only −6.2 dB. The simplicity of the isolator design is unmatched among the proposed THz isolator concepts to date.