bluuebunny/crossref_metadata_2025_split huggingface dataset:
Arresting God’s Attention: The Rhetorical Intent and Strategies of Job 3
Authors: Pohl William C. 
Published: September 2018

Abstract
Interpreters have struggled to make sense of Job’s opening speech in Job 3; the speech seems out of place following the prologue. This article uses rhetorical criticism to understand Job’s rhetorical aim and strategies and thus attempts to bring clarity to the current understanding of Job’s rhetorical goal. To do this, the article establishes Job’s rhetorical situation, analyzes the forms (Gattungen) Job uses, and identifies and analyzes five rhetorical strategies: imprecation, tropes, pseudosorites, allusion, and rhetorical questions with delayed disambiguation.
Is the Masoretic Text Still a Reliable Primary Text for the Book of Hosea?
Authors: Kim Sungjin 
Published: September 2018

Abstract
This article discusses three textual issues related to the book of Hosea––(1) Hebrew Vorlage(n) of the book, (2) the nature of translation of LXX Hosea, and (3) the northern dialect influence on the Hebrew text of Hosea––and concludes that MT Hosea is a reliable primary witness for the book of Hosea. First, it argues that 4QXIIc, a Qumran manuscript that some believe to show textual affinity to LXX Hosea, does not substantiate the existence of a Hebrew Vorlage aligned with the LXX. Second, the translation nature of LXX Hosea suggests that the LXX may not be an accurate representation of its Hebrew Vorlage. Third, it demonstrates that recent linguistic studies and a precise reading of Hos 14:10a[9a] suggest that the difficulties of the Hebrew text of Hosea are due to the peculiarities of the prophet’s dialect and to his deliberate employment of an obscure literary style.
Motivering door de Nederlandse cassatierechter
Authors: van der Wiel B.T.M. 
Published: September 2018

Motivering door de Nederlandse cassatierechter
Ook uitspraken van de Hoge Raad dienen zodanig te worden gemotiveerd dat de beslissing zowel voor partijen als voor derden controleerbaar en aanvaardbaar is. Bezien wordt hoe de Hoge Raad invulling geeft aan deze eisen, met name in het licht van zijn rechtsontwikkelingsfunctie.
Hoe verkrijg ik een executoriale titel?
Authors: Knigge M.W. 
Published: September 2018

Hoe verkrijg ik een executoriale titel?
Indien partijen ter zitting een schikking bereiken, kunnen zij een executoriale titel verkrijgen door de schikking op grond van artikel 87 lid 3 Rv /artikel 30 m lid 1 Rv (KEI) neer te leggen in een proces-verbaal. De vraag is wat geldt indien partijen buiten de zitting tot een schikking komen. In dit artikel staan twee constructies centraal die tot doel hebben om partijen in een dergelijk geval een executoriale titel te verschaffen. De eerste constructie houdt in dat de rechter uitspraak doet conform de schikking, waarbij hij een onderhandse akte aan het vonnis of de beschikking kan hechten. In de tweede constructie maakt de rechter een proces-verbaal in executoriale vorm op, waaraan hij een door partijen opgemaakte onderhandse akte met daarin de schikking hecht. In dit artikel wordt verdedigd dat beide constructies geschikt zijn om partijen een executoriale titel te verschaffen. Wel verdient de tweede constructie duidelijk de voorkeur boven de eerste.
A Multi-Objective Memetic Algorithm for a Fuzzy Parallel Blocking Flow Shop Scheduling Problem of Panel Block Assembly in Shipbuilding
Authors: Yang Zhi , Liu Cungen , Zhang Shuiming , Shi Jun 
Published: September 2018

Scheduling plays an important role in improving the efficiency of panel block assembly. Because of the characteristics of the assembly lines and the imprecise and vague temporal parameters in real-world production, the scheduling of panel block assembly on parallel lines is formulated as a fuzzy parallel blocking flow shop scheduling problem with fuzzy processing time and fuzzy due date to minimize the fuzzy makespan and maximize the average agreement index. To solve this combinational optimization problem, a multiobjective memetic algorithm (MOMA) is proposed. In the MOMA, two novel heuristics are designed to generate several promising initial solutions, and a local search method is embedded to improve the exploitation capability. The performance of the MOMA is tested on the production instances of panel block assembly in shipbuilding. Computational comparisons of the MOMA with two other well-known multi-objective evolutionary algorithms demonstrate its feasibility and effectiveness in generating optimal solutions to the bi-criterion fuzzy scheduling problem of panel block assembly.

1. Introduction
The development of large ships leads to an increased demand for panel blocks. Most large shipyards have established panel block assembly lines. The scheduling of panel block assembly belongs to a class of blocking flow shop scheduling problem (BFSP) because there is no buffer between consecutive stations (machines) in an assembly line. The BFSP has received increasing attention in the literature, and most studies consider minimizing the makespan. For more than a decade, various heuristics have been proposed for the scheduling problem with a makespan criterion, including the Nawaz-Enscore-Ham (NEH) heuristic (Nawaz et al. 1983), Min-Max enumeration heuristic (Ronconi 2004), and NEH-Wang-Pan-Tasgetiren (NEH-WPT) heuristic (Wang et al. 2011). Moreover, a growing number of meta-heuristics have also been developed for this type of problem, such as the genetic algorithm (GA) (Caraffa et al. 2001), tabu search approaches (TS and TS+M) (Grabowski & Pempera 2007), iterated greedy algorithm (Ribas et al. 2011), discrete particle swarm optimization algorithm (Wang & Tang 2012), memetic algorithm (MA) (Pan et al. 2013), and modified fruit fly optimization algorithm (Han et al. 2016).
Arts vivants et interdisciplinarité : l’interartistique en jeu
Authors: Lesage Marie-Christine 
Published: September 2018

Dans cet article, l’auteure effectue une distinction conceptuelle entre l’interdisciplinarité théorique et celle relevant des pratiques artistiques. Il existe en effet deux manières d’envisager l’interdisciplinarité : du côté des savoirs théoriques et de l’épistémologie, et du point de vue des pratiques artistiques. L’interdisciplinarité au sens strict est une confrontation de disciplines constituées, de méthodologies et de théories provenant d’horizons épistémologiques différents. Aussi importe-t-il de différencier cette dernière de la rencontre de plusieurs arts à l’intérieur de la représentation théâtrale ou de la performance, qui relève de l’interartistique. La création interartistique, pour sa part, renvoie plus spécifiquement à des processus de création fondés sur des dialogues complexes entre diverses pratiques qui préservent leur autonomie, ce qui est encore à distinguer du fait que l’art du théâtre fasse appel à différents médiums. La notion d’interartistique cherche à désigner despraxisavant toute chose, lesquelles – c’est une hypothèse – tendraient à s’éloigner du modèle de la mise en scène.
Création interdisciplinaire et indiscipline de l’interprète-créateur1
Authors: Willkie Angélique 
Published: September 2018

Comment un performeur accède-t-il à son interdisciplinarité? Le corps – dans son contexte global, avec ses émotions, ses sensations, ce qui lui est imposé, ce qu’il provoque – est central à mon expérience d’interprète dans la création interdisciplinaire. Le chemin vers l’inconnu – caractéristique fondamentale d’un travail entre-les-disciplines – est vécu et exploré par la totalité de ma personne, bien au-delà de ma discipline de formation, la danse. Par le biais de cette corporéité, la chaosmose de Guattari et le devenir de Deleuze, j’examinerai le chemin de l’interdisciplinarité pour l’interprète et l’agentivité qu’il exerce dans un processus de création interdisciplinaire.
Parlez-en en bien, parlez-en en mal : Mademoiselle Clairon et son émancipation sociale par la scène
Authors: Blais Michaël 
Published: September 2018

Mademoiselle Clairon (1723-1803) est certainement l’une des plus grandes actrices de son siècle. Peu de temps avant sa mort, elle rédige ses mémoires en réponse aux discours diffamatoires entretenus à son sujet tout au long de sa carrière. De ce nombre, on compte l’Histoire de Mademoiselle Cronel, une série de textes à caractère érotique qui nourrit l’opprobre associé à la vie de coulisse, encore répudiée par la société du xviiie siècle. Cet article propose tour à tour une lecture des libelles diffamatoires et des Mémoires attachés au parcours de Mademoiselle Clairon afin d’éclairer la montée sociale de l’actrice. Ce cas particulier tend à montrer qu’en choisissant d’embrasser la carrière théâtrale, les femmes d’origines modestes comme Clairon se plaçaient en marge de la société et que cette position marginale permettait une émancipation sociale exceptionnelle pour l’Ancien Régime.
La tourbière de la base de plein air de Sainte-Foy : quatre décennies de changements floristiques
Authors: Blanchard Florence , Pellerin Stéphanie , Poulin Monique 
Published: September 2018

L’objectif de cette étude était de reconstituer les changements floristiques survenus dans la tourbière de la base de plein air de Sainte-Foy (ville de Québec) entre 1978 et 2015, notamment à la suite du processus de boisement qui semble s’opérer. Les objectifs spécifiques étaient d’identifier les espèces dont la fréquence et l’abondance ont le plus changé et d’évaluer comment ces changements ont modifié la composition floristique globale de la tourbière. Trente-cinq placettes échantillonnées en 1978 ont été rééchantillonnées en 2015. La flore de la tourbière est beaucoup plus riche maintenant qu’en 1978 (hausse de 152 % de la richesse spécifique) et le cortège floristique des deux années diffère fortement (indice de dissimilarité de Sørensen de 0,62). Les espèces typiques des milieux humides sont celles qui ont le plus diminué en fréquence et en abondance, alors que celles associées à des habitats forestiers ont augmenté de façon importante. Une diversification biotique (hausse de la diversité bêta) a également été observée, ce qui indique que les assemblages floristiques sont désormais plus différents d’une placette d’échantillonnage à l’autre qu’en 1978. Des actions pouvant être prises pour assurer la protection de la tourbière sont discutées.
Conservation du ciel nocturne : surveillance de l’éclairage extérieur et de la pollution lumineuse au parc national et à la Réserve internationale de ciel étoilé du Mont-Mégantic
Authors: Boucher Rémi , Knefati Sarah , Ouimet Camille-Antoine 
Published: September 2018

Pourtant d’apparence immuable, le ciel étoilé est aujourd’hui menacé de disparition. La cause est la croissance généralisée de la pollution lumineuse, résultat de l’utilisation de dispositifs d’éclairage inadéquats. Nous présentons ici les résultats de la mesure de cette pollution obtenue par différentes approches méthodologiques sur le territoire de la Réserve internationale de ciel étoilé du Mont-Mégantic (RICEMM). La RICEMM a été créée en 2007 afin de protéger la qualité des observations astronomiques et de recherche de l’observatoire du mont Mégantic, ainsi que pour conserver les paysages étoilés exceptionnels du site. Deux aspects incontournables de la lumière artificielle nocturne ont été pris en compte : ses sources, ainsi que sa diffusion dans l’atmosphère. Les analyses démontrent que le niveau de pollution lumineuse est resté stable depuis 10 ans dans la RICEMM, tant au zénith que pour l’ensemble du ciel, et ce, malgré une tendance mondiale à la hausse des niveaux d’éclairement, l’augmentation de la population dans la périphérie du parc national du Mont-Mégantic et l’arrivée sur le marché de types de luminaires problématiques.
Algorithmic Mimesis: Translation, Technology, Resistance
Authors: Slessor Stephen , Voyer1 Anne Sophie 
Published: September 2018

Translation technologies often figure translation as a simple process of linguistic transfer from one code to another or as a question of selecting the correct matching segments from a database. The prominence of such technologies in the digital age has thus renewed discussions of fidelity and equivalence for translators. The critical attention given to broader cultural and textual contexts that came into focus with the cultural turn seems at risk of disappearing into cyberspace. However, the ongoing proliferation of textual production and reproduction also foregrounds the possibilities of variability and difference in repetition. Using the foibles of technology as catalysts for their own creative ventures, digital-age artists such as Urayoán Noel and Malinda Kathleen Reese channel deficiencies productively in their art, revealing the unsuspected potentials of digital technologies. Such a view of translation as creation challenges the commonplace notion that translation is a scientific act of “carrying across,” a purely semantic transfer that results in the (illusion of) identicality of source and target. Echoing Lévi-Strauss’s notion of “bricolage”—the means by which people retrieve and recombine cultural materials to create new content—Reese and Noel shatter the semantic shackles of identicality by using technology to retrieve and transform the material scraps of language and culture. Their art helps us reconceptualize translation and go beyond fixed notions of what a translation should be or do in terms of fidelity and equivalence. Their playful misuse of machine translation and voice-recognition software allows for a critical analysis of the tension between the universal and the particular as it relates to the act of translation, and does so in a way that uses formal experimentation and humour to resist traditional power dynamics.
MEMS mirrors using sub-wavelength High- Contrast-Gratings with asymmetric unit cells
Authors: Maksimović Milan 
Published: September 2018

High-contrast gratings (HCG) are ultra-thin elements operating in sub-wavelength regime with the period of the grating smaller than the wavelength and with the high-index grating material fully surrounded by low-index material. Design of MEMS mirrors made from HCG with specific reflectivity response is of great practical interest in integrated optoelectronics. We theoretically investigate design of the spectral response for HCGs with the complex unit cells. We show that the spectral response can be tailored via the unit cell perturbations and with the asymmetric unit cell perturbations may introduce completely new spectral response. Our results can serve as guidance for the design of the complex HCGs and help with the choice of the efficient initial grating topology prior to global optimization procedure.
Prototype of the Multichannel Acquisition System Developed for ICTM Pressure Transmitters
Authors: Poljak P. , Vukelić B. , Vorkapić M. , Randjelović D.V. 
Published: September 2018

This paper presents a prototype of the multichannel acquisition unit AKV-100 developed for purposes of pressure and temperature measurements using proprietary ICTM pressure transmitters TPa-110 based on MEMS piezoresistive pressure sensors and thermocouples TMMU01. Details about the acquisition unit, dedicated software, measurement setup and test procedure are given. Measurements results are presented and the directions of future research activities are discussed.
Single DD-DXCCII based quadrature oscillator with simultaneous current and voltage outputs
Authors: Chaturvedi B. , Mohan J. 
Published: September 2018

In this paper, a versatile quadrature oscillator using single Differential Difference Second Generation Dual-X Current Conveyor (DD-DXCCII) as an active element, two grounded capacitors and three grounded resistors is presented. The proposed oscillator provides two current outputs and three voltage outputs in quadrature relationship simultaneously so named as versatile quadrature oscillator. The proposed versatile quadrature oscillator exhibits the feature of orthogonal control over the frequency of oscillation and condition of oscillation. Effects of non-idealities along with sensitivity analysis are also analyzed. The proposed circuit has low active and passive sensitivities. Parasitic study is further explored. The simulation results with 0.18μm CMOS process parameters using PSPICE are also given. Possible realization of proposed oscillator using AD-844 and LM13600 along with some simulation results are also given for completeness sake.
Elevator Safety Monitoring and Early Warning System Based on Directional antenna transmission technology
Authors: Huang Ying , Yu Weijia 
Published: September 2018

In order to solve problems of the absence of security protection and the lack of early warning mechanism in the current elevator operation process, elevator safety monitoring and early warning system based on directional antenna transmission technology was proposed. The system includes sensor module circuit, microcontroller module circuit, display module, directional antenna transmission module, remote server and data monitoring system. Design ideas of hardware development, remote server and data monitoring system are introduced. Two version monitoring software are written, one for PC monitor, the other one for mobile phone monitoring. In order to improve data transmission distance, transmission rate and transmission quality, automatic antenna alignment system is designed, which combines the advantages of directional antennas and omnidirectional antennas transmission technique. To overcome problems such as instability of the alignment process, delay and other factors, DMC（ Dynamic Matrix Control ） algorithm should be used in the system and optimal control of the antenna angular alignment will be achieved. The system can continuously transmit real-time elevator’s working status information and environmental information, and it also send commands to notify elevator company managers once an abnormal conditions occur in the elevator, so that people can take urgent measures and maintenance measures. This system can be applied to real-time warning of all-types elevators.
Growth under cold conditions in a wide perennial ryegrass panel is under tight physiological control
Authors: Förster Lena , Grant Jim , Michel Thibauld , Ng Carl , Barth Susanne 
Published: September 2018

Background
Perennial ryegrass is a cool-season grass species from the family Poaceae and is widely cultivated in temperate regions because it exhibits rapid growth and establishment, and possesses high forage quality. The extension of the growing season in Ireland in spring and autumn is a breeding target to make farming more profitable since a grass-fed diet based on grazing is the cheapest way of nutrition for ruminants.

Methods
Fifty-seven perennial ryegrass accessions were screened for their ability to grow under typical Irish spring conditions as taken from long term temperature records in controlled climate chambers. They were grown in low temperature (8 °C/2 °C day/night) and control conditions (15 °C/8 °C day/night) in three consecutive independent experiments. Fresh weight, height, chlorophyll content and electrolyte leakage were measured, and these parameters were used to rank plant performance under low temperature growth conditions.

Results
The results showed that height, yield and electrolyte leakage are excellent measures for the impact of cold stress tolerance. Little variation in growth was seen under cold stress, but a wide variety of responses were observed under control conditions.

Discussion
Our results suggest that cold stress is under tight physiological control. Interestingly, the various genotypes responded differentially to more amenable control conditions, indicating that a quick response to more amenable growth conditions is a better target for breeding programmes.
Frustrated Lewis Pairs Accelerating CO2 Reduction on Oxyhydroxide Photocatalysts with Surface Lattice Hydroxyls as a Solid‐State Proton Donor
Authors: Wang Xiaohui , Lu Lei , Wang Bing , Xu Zhe , Xin Zhenyu , Yan Shicheng , Geng Zhirong , Zou Zhigang 
Published: September 2018

AbstractLight‐driven CO2 reduction into high value‐added product is a potential route to convert and store solar energy. Here, using the hydroxyls on an oxyhydroxide photocatalyst, CoGeO2(OH)2, as solid‐state proton source to reduce the CO2 into CH4 is proposed. It is found that under irradiation, the lattice hydroxyls on surface of CoGeO2(OH)2 are oxidized by photogenerated holes, resulting in the generation of oxygen vacancies (OVs) and protons. The photoinduced OVs (Lewis acid) and its proximal surface hydroxyls (Lewis base) are more likely to form the frustrated Lewis acid–base pairs, which can capture, activate, and reduce CO2 with the assistance of protons into CH4. The surface lattice hydroxyls are able to regenerate when the catalyst is exposed to the water molecule–containing atmosphere, thus achieving a sustainable CO2 conversion. The proposed CO2 reduction by self‐breathing surface hydroxyls may open a new avenue to use photocatalysis for energy conversion.
An Alternative to Lithium Metal Anodes: Non‐dendritic and Highly Reversible Sodium Metal Anodes for Li–Na Hybrid Batteries
Authors: Zhang Qiu , Lu Yanying , Miao Licheng , Zhao Qing , Xia Kexin , Liang Jing , Chou Shu‐Lei , Chen Jun 
Published: September 2018

AbstractHighly reversible, stable, and non‐dendritic metal anode (Li, Na etc.) is a crucial requirement for next‐generation high‐energy batteries. Herein, we have built a Li–Na hybrid battery (LNHB) based on Na plating/stripping, which features a high and stable coulombic efficiency of 99.2 % after 100 cycles, low voltage hysteresis (42 mV at 2 mA cm−2), and fast charge transfer. As a result of the Li+ electrostatic shield layer, the Na deposition showed cubic morphology rather than dendritic, even at high current density of 5 mA cm−2. The solvation/desolvation of Li+ and Na+ were modelled by density functional theory calculations, demonstrating the fast desolvation kinetics of Na+. Owing to the superior performance of the Na metal anode, the LNHB coupled with LiFePO4 cathode exhibited low voltage hysteresis and stable cycling performance that demonstrates its feasibility in practical applications.
Molecular identification of sterol regulatory element‐binding protein‐1c from Helicoverpa armigera pheromone gland
Authors: Zhang Yunhui , Ma Nana , Yin Letong , Wei Jizhen , Xi Yuqiang , Zhao Xincheng , Du Mengfang , An Shiheng 
Published: September 2018

AbstractSterol regulatory element‐binding protein‐1c (SREBP‐1c) is a basic helix‐loop‐helix type transcription factor that regulates the fatty acid and cholesterol biosynthesis. Lepidoptera sex pheromone is a product of fatty acid biosynthesis followed by carbon chain modifications. However, the role of SREBP‐1c on sex pheromone biosynthesis remains elusive. In the present study, Helicoverpa armigera was used as a model to investigate the role of SREBP‐1c on sex pheromone biosynthesis (HaSREBP‐1c). Sequence analysis demonstrated that the open reading frame of HaSREBP‐1c consists of 3201 bp nucleotides that encode 1066 amino acid residues. Blast searches based on amino acid sequences demonstrated that HaSREBP‐1c shares higher amino acid identity with lepidopteran homologues. Development expression profiles demonstrated that HaSREBP‐1c transcript could be detected at 72 hr before adult emergence, then gradually increased, and finally reached its peak at 24 hr after adult emergence. The spatial expression pattern demonstrated that HaSREBP‐1c was ubiquitously expressed in all examined tissues. The decrease of HaSREBP‐1c messenger RNA (mRNA) levels as shown by RNA interference caused significant decreases in acetyl‐coA carboxylase (ACC) mRNA levels and subsequent sex pheromone production. Behavior analysis demonstrated that the decrease of HaSREBP‐1c mRNA level caused a significant decrease in the female’s ability to attract males. Altogether our results demonstrated that HaSREBP‐1c acts as a transcription factor to regulate ACC mRNA expression and, therefore, to influence female sex pheromone biosynthesis.