bluuebunny/crossref_metadata_2025_split huggingface dataset:
The Spirit, the Prophets, and the End of the “Johannine Jesus”
Authors: Gorman Michael J. 
Published: June 2018

ABSTRACT
The phrase “the Johannine Jesus” can connote, and effectively create, a Jesus who is inferior to the Synoptic or historical Jesus, charged with lacking compassion, having no interest in the physical realm, and/or lacking the Spirit. This “narrow” Johannine Jesus leads to a “narrow” Johannine Christian. This article posits that such an understanding of Jesus is both theologically problematic and exegetically incorrect. As an investigation of John’s “Spirit Christology,” it argues that the Spirit is powerfully present with Jesus in John, as in the Synoptics—and even in ways not explored in the Synoptics. Four main claims are made. First, as several texts in John indicate explicitly or implicitly, the Spirit remains with Jesus throughout his ministry, from baptism to glorification. Second, the Spirit who is upon/with Jesus is the Spirit promised by the prophets. John contains echoes of Isa 61:1–3, and depicts Jesus the Good Shepherd as fulfilling the spiritual and material promises of Ezek 34. Third, John’s emphasis on the spiritual/metaphorical is not a minimizing or negating of the physical. Rather, as in the prophets and the Synoptics, the spiritual and the physical hang together, implicitly or explicitly as the work of the Spirit. Fourth, at his glorification, Jesus hands over the Spirit to his disciples (19:30) and breathes the Spirit into them (20:22) to continue his Spirit-filled spiritual and material/physical mission. Without ignoring different emphases among the Gospels, we should therefore speak of their unified portrait of the prophetic or Spirit-endued Jesus—or simply Jesus.
Jesus, the Spirit, and the Unforgivable Sin
Authors: Habets Myk 
Published: June 2018

ABSTRACT
In Matt 12:22–32 (and parr.: Mark 3:20–30; Luke 12:8–10), the confrontation between the Pharisees and Jesus reaches fever pitch and Jesus pronounces over them the judgment of the unforgivable sin, namely, blasphemy against the Holy Spirit. This logion has perplexed biblical commentators and theologians alike, as evidenced by the conflicting interpretations of the episode in the literature. Reading this text through the lens of a biblical and Trinitarian Spirit Christology provides a key interpretive paradigm by which to make full sense of this messianic disclosure episode within the Gospel narratives as a whole. The mighty works of Jesus were portals through which the presence of the Spirit might be viewed; they point to who Jesus is and demand a response in light of this revelation. This contribution from Spirit Christology helps to interpret the pericope in a way that takes full account of the response of the Pharisees in the context of messianic disclosure expectations. The blasphemy of the Holy Spirit and the unforgiveable sin logia further reveal the messianic identity of Jesus and as such form an important part of the Gospel witness to Jesus the Christ.
“You Wonder Where the Spirit Went”
Authors: Johnson Andy 
Published: June 2018

ABSTRACT
The purpose of this article is to offer plausible scriptural warrants from Matthew and John for the common theological practice of appropriating the raising of the Son to the distinct mission of the Spirit. The article focuses on the way these two Gospels engage in intertextual conversations with Israel’s Scriptures, providing them a matrix for articulating the relationship between the Son and the Spirit as they depict Jesus’ death, resurrection, and the surrounding events in their narratives. When Matthew’s depiction is read in light of Ezek 37 and John’s depiction is read in light of the creation themes of Gen 1–3, the patterns implicitly present in their narratives suggest that the same Spirit the Son mediates throughout these Gospels and releases/hands over at his death becomes the Father’s agent in raising him from the dead.
Austen's Malleability: Fans, Adaptations, and Value Production
Authors: Peters Nicole 
Published: June 2018

ABSTRACT
Jane Austen's novels are part of an archive that has historically been situated in the tension over the “right” way to read a text. Indeed, her popularity among both recreational and professional readers positions her as a uniquely useful figure to track the divisions between low and high culture, good and bad reading, precisely because her reception is famously linked to both sets of practices. This article reads Austen's complicated reception in terms of the affective relationship her readers impose on the texts in order to highlight the many boundaries and terrains her readers occupy: critical vs. popular ways of reading, affected vs. affecting readerships, historical vs. fictional models for understanding her value. As Austen fans make these boundaries visible by crossing them, straddling them, or dismantling them, they reveal how tenuous and problematic the parameters constraining literary value really are.
PROPOSTA DE SUBSTITUIÇÃO DO MOTOR DE INDUÇÃO MONOFÁSICO PELO MOTOR DE INDUÇÃO TRIFÁSICO(MIT), NO MEIO RURAL, EMPREGANDO INVERSOR DE FREQUÊNCIA
Authors: De Moura Dalma Lopes , Costa Luis Felipe Brum , Rezek Angelo José Junqueira , Braga Alezandre Viana 
Published: June 2018

Pretende-se avaliar a proposta de substituição do motor de indução monofásico(MIM), pelo motor de indução trifásico(MIT), no meio rural, levando-se em consideração os aspectos de menores custos de manutenção e de eficiência energética, implicando em menor consumo de energia elétrica. Obtém-se então desta forma um ganho energético, levando-se em consideração o menor custo de pagamento na conta de energia, pela substituição proposta, bem como ganhos econômicos, também no aspecto de facilidade e simplicidade de manutenção e menor custo deste comparativamente ao MIM. Será necessária a utilização de um inversor de frequência, entrada monofásica, 240[V], tensão disponível no meio rural e saída trifásica, para partida, controle de velocidade e operação em regime permanente do MIT a ser utilizado, em substituição ao MIM. Ressalta-se, por exemplo, que o motor de indução trifásico, comparativamente ao motor monofásico, apresenta as seguintes vantagens: Possui conjugado de partícula próprio, melhor rendimento, menor peso e tamanho, e melhor fator de potência para uma mesma potência, além de exigir menor manutenção. Para uma mesma potência, o MIT em gaiola também é mais barato que o MIM. O MIM e não tem conjugado de partida próprio sendo portanto o seu sentido de giro dependente deste. Para isto são necessários dispositivos auxiliares de partida, fonte de problemas adicionais e requerendo também maior manutenção Testes experimentais são também apresentados neste trabalho. Palavras-chave Motor de indução monofásico(MIM), Motor de indução trifásico(MIT), Inversor de frequência, eficiência energética, manutenção de motores.
KEI is dood, lang leve KEI!? Over de invloed van de digitalisering op het denkproces van griffiers en rechters
Authors: van Toor PhD LLM BSc D.A.G. 
Published: June 2018

KEI is dood, lang leve KEI!? Over de invloed van de digitalisering op het denkproces van griffiers en rechters
De wetgever zet in de modernisering van het Wetboek van Strafvordering in op het digitaliseren van het strafproces. Volgens de Raad voor de rechtspraak is digitalisering van juridische procedures ‘een onontkoombare ontwikkeling die maatschappelijk zeer gewenst is’. In de discussie over de digitalisering van juridische procedures wordt echter geen aandacht besteed aan het feit dat het ‘denken met handen’ en ‘denken met het hoofd’ geen alternatieve werkwijzen maar complementaire werkwijzen zijn.
Electrochemical behavior of tantalum in potassium hydroxide solutions
Authors: Mickova Irena Ljubomir 
Published: June 2018

<p class="PaperAbstractTitle"><em>The electrochemical behavior of tantalum in various concentrations of KOH solutions <br /> (0.1 M - 10 M), was investigated using the evolution of the open circuit potential in time, cyclic voltammetry and ellipsometric measurements. Depending on KOH concentrations, the open circuit potential measurements have shown three distinct behaviors concerning oxide film formation on the electrode surface and its dissolution. The cyclic voltammetry measurements were performed in various potential ranges, from -1.4 to 8 V, different concentrations of KOH solutions (0.1-10 M) and sweep rates ranging from 0.005 V/s to 1 V/s. In the passive region, very stable passive films were formed, which reduction has not been possible during cathodic polarization even at highly concentrated KOH solutions. In the trans-passive region, the very strong peak at 1.65 V was monitored, which nature and chemical composition is still not well known. </em></p>
MOMENTS DE RÉCEPTION EN LECTURE ET EN SPECTATURE : LE CAS D’INCENDIES AU CÉGEP
Authors: Lemieux Amélie 
Published: June 2018

La didactique de la lecture est en constante évolution depuis une vingtaine d’années au Québec et intègre progressivement les TICs et les compétences multimodales (Lebrun, Lacelle et Boutin, 2012). D’un point de vue épistémologique, la phénoménologie de la lecture repense le rôle du lecteur à la lumière de ces changements. Cette étude se penche sur les « transactions » (Rosenblatt, 1978) chez des lecteurs du CÉGEP entre les deux formes d’Incendies, soit un texte dramaturgique et une adaptation cinématographique. À partir d’une récente étude sur les réactions esthétiques multimodales d’élèves de 3esecondaire en situation de lecture textuelle (White et Lemieux, sous presse ; Lemieux et Lacelle, 2016) et nous inspirant d’un modèle théorique de la lecture/spectature (Lacelle, 2009, 2012), nous présentons les résultats d’une étude de cas retraçant les moments d’engagement dans l’univers narratif d’Incendiesdans sa forme écrite (monomodale) et filmique (multimodale). Cette étude fournit des pistes conceptuelles et empiriques ainsi que de nouveaux ancrages épistémologiques — en l’occurrence, dans le domaine des arts — pour les recherches à venir dans le domaine de la didactique de la lecture.
DE L’INFLUENCE DE LA CULTURE DES ÉCRANS SUR LA LECTURE D’ÉLÈVES EN LYCÉE PROFESSIONNEL
Authors: Lemarchand-Thieurmel Stéphanie 
Published: June 2018

La lecture des élèves en difficulté est ici étudiée sous deux aspects. Une enquête menée sur trois ans auprès de deux classes de lycées professionnels bretons donne accès aux lectures personnelles des élèves interrogés afin d’en établir le corpus. Celui-ci permet de mesurer l’impact de la culture des écrans sur leurs choix de livres. Le deuxième aspect questionné est celui de la lecture et de la réception des oeuvres patrimoniales proposées à l’école. En effet, la culture scolaire induit d’autres modes de lecture et des comportements spécifiques face aux livres. Des entretiens avec une douzaine d’élèves permettent de saisir une certaine influence de la culture des écrans sur leur réception des oeuvres et leur résistance à la compréhension des textes. Nous proposons d’examiner quelles sont les conséquences de cette culture des écrans : constitue-t-elle un enrichissement ou bien bloque-t-elle l’accès à la culture « savante » que l’école tente de transmettre ? Nous observons un paradoxe de cette culture de l’image : si elle aide les élèves à comprendre et à apprécier un texte, elle est parfois un frein à l’imaginaire. L’apprentissage de la multilecture littéraire à l’école est donc un enjeu majeur pour conjurer une probable fracture culturelle.
HISTOIRES DE TOUJOURS ET MÉDIAS D’AUJOURD’HUI : QUESTIONS DE HIÉRARCHIE ET DE LÉGITIMITÉ
Authors: PUIDOYEUX Claude 
Published: June 2018

Liée à notre espèce fabulatrice, la transmission des histoires de toujours qui innervent le présent, initialement assurée par l’oralité puis, en Occident, par l’écrit et ses interprètes autorisés à l’adresse de ses héritiers, se libère aujourd’hui des coteries pour investir les médias de la modernité en tirant parti de leurs potentialités, avec l’énergie vitale qui la conduisit jadis vers l’écrit où elle fut sanctuarisée.
Cette troisième ère de la culture se déploie en un espace-temps ouvert, le cyberespace, qui englobe jusqu’au public des déshérités à qui elle fait découvrir le plaisir de la lecture comme jeu, jusque-là réservé au seul Lecteur. Le patrimoine, lui-même bousculé par les pratiques de la transfictionnalité, se régénère dans des oeuvres multimodales qui repoussent les frontières de la légitimité culturelle.
La narration transmodale est-elle la forme esthétique d’une ère nouvelle de culture partagée ou bien, compte tenu des enjeux financiers, s’agit-il d’une usurpation, d’une « commercialisation » de l’enfance ? Dans un contexte où les valeurs et les références académiques sont, sinon contestées, au moins passablement chahutées, comment enseigner cette nouvelle littératie sans renoncer à la littérature ou s’enfermer dans de nouveaux académismes ?
UN DISPOSITIF D’APPROCHE MULTIMODALE DE LA LECTURE LITTÉRAIRE
Authors: Cuin Hélène 
Published: June 2018

Notre communication concerne la lecture littéraire en classe de seconde au lycée et s’ancre dans le constat d’un rapport problématique des élèves à la lecture littéraire et aux oeuvres patrimoniales. Dans le cadre d’une recherche exploratoire, nous avons fait le choix d’associer et de conjuguer l’actualisation (Citton, 2007) des textes selon une approche multimodale et des activités régulières mettant en jeu le sujet lecteur et avons fait aboutir notre démarche sur la production d’un texte de lecteur (Mazauric, Fourtanier et Langlade, 2011) multimodal. Dans le cadre d’un enseignement ordinaire (une séquence de lecture en seconde consacrée à l’étude de Tartuffe en oeuvre intégrale), comment la production d’une écriture de commentaire sous forme multimodale est-elle susceptible de manifester certaines compétences de lecture littéraire ? Dans cette perspective, nous avons convoqué la notion de lecture littéraire (Dufays, Gemenne et Ledur, 2009) et avons émis l’hypothèse que l’introduction à l’école des pratiques sociales de référence des élèves dominées par la multimodalité (Donnat, 2008 ; Lebrun, Lacelle et Boutin, 2012) serait susceptible de favoriser le rapport à la lecture littéraire et aux oeuvres patrimoniales.
Les premiers résultats semblent confirmer cette hypothèse et ouvrent des pistes sur la question du sujet de lecture spectature (Lacelle, 2009).
Light‐Activatable Assembled Nanoparticles to Improve Tumor Penetration and Eradicate Metastasis in Triple Negative Breast Cancer
Authors: Ji Jianfeng , Ma Fei , Zhang Hongbo , Liu Fengyong , He Jian , Li Wanlin , Xie Tingting , Zhong Danni , Zhang Tingting , Tian Mei , Zhang Hong , Santos Hélder A. , Zhou Min 
Published: June 2018

AbstractTriple‐negative breast cancer (TNBC) is a kind of aggressive malignancy with fast metastatic behavior. Herein, a nanosystem loaded with a near‐infrared (NIR) agent is developed to achieve chemo‐photothermal combination therapy for inhibiting tumor growth and metastasis in TNBC. The NIR agent of ultrasmall sized copper sulfide nanodots with strong NIR light‐absorbing capability is entrapped into the doxorubicin‐contained temperature‐sensitive polymer‐based nanosystem by a self‐assembled method. The temperature sensitive nanoclusters (TSNCs) can significantly enhance the drug penetration depth and significantly kill the cancer cells under the near‐infrared laser irradiation. Importantly, it is plausible that the tumor penetrating nanosystem combined with NIR laser irradiation can prevent lung and liver metastasis via extermination of the cancer stem cells. The in vivo characteristics, evaluated by photoacoustic imaging, pharmacokinetics, and biodistribution, confirm their feasibility for tumor treatment owing to their long blood circulation time and high tumor uptake. Thanks to the high tumor uptake and highly potent antitumor efficacy, the doxorubicin‐induced cardiotoxicity can be avoided when the TSNC is used. Taken together, it is believed that the nanosystem has excellent potential for clinical translation.
The Advanced Designs of High‐Performance Platinum‐Based Electrocatalysts: Recent Progresses and Challenges
Authors: Shao Qi , Li Fumin , Chen Yu , Huang Xiaoqing 
Published: June 2018

AbstractPlatinum (Pt) is considered “the Holy Grail” of electrocatalysts, which has emerged as an important branch in electrocatalysts. Designing electrocatalysts is the first and most important step to achieve Pt with advanced performance. However, the traditional composition and morphology strategies have been unable to further promote the performances of Pt‐based materials. Therefore, some new strategies for advanced Pt‐based catalysts, including phase‐, surface‐, interface‐, and strain‐engineered, emerged at a historic moment, which have harvested unprecedented electrochemical improvements. Herein, recent advances of the above new strategies for designing high‐performance Pt‐based electrocatalysts are highlighted. In each section, the authors first introduce the basic concepts of phase‐, surface‐, interface‐, and strain‐engineered strategies and their essences for improving the electrocatalyic performances. The synthetic methods and electrochemical applications of these catalysts are summarized and demonstrated by representative examples. Finally, the recent challenges and valuable perspectives for the future development of advanced Pt‐based catalysts are proposed.
Highly Doped 3D Graphene Na‐Ion Battery Anode by Laser Scribing Polyimide Films in Nitrogen Ambient
Authors: Zhang Fan , Alhajji Eman , Lei Yongjiu , Kurra Narendra , Alshareef Husam N. 
Published: June 2018

AbstractConventional graphite anodes can hardly intercalate sodium (Na) ions, which poses a serious challenge for developing Na‐ion batteries. This study details a novel method that involves single‐step laser‐based transformation of urea‐containing polyimide into an expanded 3D graphene anode, with simultaneous doping of high concentrations of nitrogen (≈13 at%). The versatile nature of this laser‐scribing approach enables direct bonding of the 3D graphene anode to the current collectors without the need for binders or conductive additives, which presents a clear advantage over chemical or hydrothermal methods. It is shown that these conductive and expanded 3D graphene structures perform exceptionally well as anodes for Na‐ion batteries. Specifically, an initial coulombic efficiency (CE) up to 74% is achieved, which exceeds that of most reported carbonaceous anodes, such as hard carbon and soft carbon. In addition, Na‐ion capacity up to 425 mAh g−1 at 0.1 A g−1 has been achieved with excellent rate capabilities. Further, a capacity of 148 mAh g−1 at a current density of 10 A g−1 is obtained with excellent cycling stability, opening a new direction for the fabrication of 3D graphene anodes directly on current collectors for metal ion battery anodes as well as other potential applications.
Heterogeneous Molten Salt Design Strategy toward Coupling Cobalt–Cobalt Oxide and Carbon for Efficient Energy Conversion and Storage
Authors: Yan Chunshuang , Zhu Yue , Fang Zhiwei , Lv Chade , Zhou Xin , Chen Gang , Yu Guihua 
Published: June 2018

AbstractStrong coupling between non‐noble metal and carbon materials that enables fast electrochemical reaction kinetics is highly desired in many energy‐related applications. Herein, a volatile organic salt–induced heterogeneous molten salt method is proposed to couple embedded cobalt oxide nanocrystals and encapsulated cobalt nanoparticles on a 2D graphitic carbon matrix, featuring enhanced charge transport and increased exposed active sites. Originating from its unique structure, this hybrid delivers excellent electrocatalytic and electrochemical activity with impressive stability. This work represents a new synthetic strategy to create bridged bonds in 2D‐encapsulated nanostructures for various energy applications.
Highly Stretchable Separator Membrane for Deformable Energy‐Storage Devices
Authors: Shin Myoungsoo , Song Woo‐Jin , Son Hye Bin , Yoo Seungmin , Kim Sungho , Song Gyujin , Choi Nam‐Soon , Park Soojin 
Published: June 2018

AbstractWith the emergence of stretchable electronic devices, there is growing interest in the development of deformable power accessories that can power them. To date, various approaches have been reported for replacing rigid components of typical batteries with elastic materials. Little attention, however, has been paid to stretchable separator membranes that can not only prevent internal short circuit but also provide an ionic conducting pathway between electrodes under extreme physical deformation. Herein, a poly(styrene‐b‐butadiene‐b‐styrene) (SBS) block copolymer–based stretchable separator membrane is fabricated by the nonsolvent‐induced phase separation (NIPS). The diversity of mechanical properties and porous structures can be obtained by using different polymer concentrations and tuning the affinity among major components of NIPS. The stretchable separator membrane exhibits a high stretchability of around 270% strain and porous structure having porosity of 61%. Thus, its potential application as a stretchable separator membrane for deformable energy devices is demonstrated by applying to organic/aqueous electrolyte–based rechargeable lithium‐ion batteries. As a result, these batteries manifest good cycle life and stable capacity retention even under a stretching condition of 100%, without compromising the battery's performance.
Cubosomen: die nächste Generation intelligenter Lipid‐Nanopartikel?
Authors: Barriga Hanna M. G. , Holme Margaret N. , Stevens Molly M. 
Published: June 2018

AbstractCubosomen sind hochstabile Nanopartikel, die aus einer kubischen Lipidphase gebildet und durch eine polymerbasierte äußere Hülle stabilisiert werden. Lipidische kubische Phasen bestehen aus einer einzigen Lipid‐Doppelschicht, die eine kontinuierliche periodische Membran‐Gitterstruktur mit Poren aufweist, die von zwei miteinander verwobenen Wasserkanälen gebildet wird. Die Porengröße kann durch die Cubosom‐Zusammensetzung angepasst werden. Dabei können die Cubosomen auch bioaktive Lipide enthalten. Zusätzlich kann die äußere Polymerhülle als Target verwendet werden und ist unter physiologischen Bedingungen sehr stabil. Die Cubosomstruktur bietet eine deutlich höhere Membranoberfläche für die Beladung von Membranproteinen und kleinen Wirkstoffmolekülen als Liposomen. Aufgrund der jüngsten Fortschritte können sie in vitro sowohl als Bulkmaterial als auch als Nanopartikel für Wirkstoff‐Transporte, Membranbioreaktoren, künstliche Zellen und Biosensoren genutzt werden. Dieser Aufsatz skizziert die jüngsten Fortschritte in der Cubosom‐Technologie und liefert Empfehlungen für die zielgerichtete Entwicklung neuer Systeme für biomedizinische Anwendungen.
Benzofurazan‐based fluorophore for the selective determination of flupentixol dihydrochloride: Application to content uniformity testing
Authors: Mostafa Islam M. , Derayea Sayed M. , Nagy Dalia M. , Omar Mahmoud A. 
Published: June 2018

AbstractOne of the most commonly used drugs in treatment of schizophrenia is flupentixol dihydrochloride, therefore it is important to develop a simple, low cost and sensitive spectrofluorimetric method for the estimation of flupentixol dihydrochloride. The yellow fluorescent product that is generated from the nucleophilic substitution reaction of the free lone pair of the alcoholic hydroxyl group of the drug and 4‐chloro‐7‐nitrobenzofurazan (NBD‐Cl) in Mcllvaine buffer pH 7.0 was estimated at 510 nm (λex 460 nm). The variables that affect the development of the reaction product were explored and optimized. The linear range of this method was 0.5–2.5 μg ml−1 with a limit of quantitation equal to 0.29 μg ml−1. Our method was successfully applied for the assurance of flupentixol in tablet form with average percentage recovery of 99.08 ± 1.01% without obstruction from the basic excipients exhibits. Furthermore, our strategy was extended to study the content uniformity testing of flupentixol in Fluaxnol® tablets.