bluuebunny/crossref_metadata_2025_split huggingface dataset:
Herméneutique du regard médico-légal : faits divers et criminologie, des sœurs Papin à l’« Érostrate » de Sartre
Authors: Mai Louise 
Published: September 2024

À partir d’une contextualisation de l’imaginaire culturel, juridique et scientifique qui unit crime et folie, cet article propose de montrer comment Sartre mobilise, dans « Érostrate », l’herméneutique du regard médico-légal, afin d’interroger la notion de folie criminelle et la question de son diagnostic. L’analyse se fonde sur l’identification et l’étude de la relation intertextuelle que la nouvelle (écrite en 1936 et reprise dans Le Mur en 1939) entretient avec l’affaire des sœurs Papin telle qu’elle est racontée dans Détective et Paris-Soir, et une thèse de criminologie psychiatrique, De l’érostratisme ou vanité criminelle, soutenue en 1903 par Pierre Valette sous la direction du criminologue Alexandre Lacassagne. Il s’agit de montrer comment le texte fait jouer une source contre l’autre, renvoyant dos à dos deux figures de l’anormalité identifiées par Michel Foucault, celle du « grand monstre » et celle du « petit pervers ». L’article propose de lire la nouvelle par le prisme de l’hypothèse, défendue par Pierre Valette dans sa thèse, d’une « alcoolisation morale » des criminels par la « littérature ordurière », idée que Sartre mobilise en la déplaçant sur le plan idéologique. L’article montre ainsi comment « Érostrate » fonctionne comme un piège tendu à la figure du juré humaniste, forcé de s’identifier et de souscrire à l’antihumanisme du personnage. La nouvelle est enfin analysée comme un jalon de la réflexion sartrienne sur le trouble psychique, que Sartre envisage non pas dans une perspective médicale mais dans un cadre existentiel, détaillé en conclusion.
L’entre-deux : une grille de lecture pour Pusilipo de Cristóbal Suárez de Figueroa ?
Authors: Daguerre Blandine 
Published: September 2024

Le présent article prétend étudier l’œuvre de Cristóbal Suárez de Figueroa, Pusílipo : ratos de conversación en los que dura el paseo (1629, Naples, Lazaro Scoriggio) à l’aune du concept d’entre-deux afin de déterminer si celui-ci peut offrir une grille de lecture applicable à l’ensemble de la production littéraire de l’auteur castillan.
Energy Performance Indicator of a Gold Mining Industry in Indonesia
Authors: Mahandari Cokorda Prapti , Yamin Mohamad , Palaloi Sudirman , Hasan Muhammad Syukri , Kurniawan Cucuk 
Published: September 2024

Energy Audit follows ISO 50002 standard had been done on one of gold mining industry in North Maluku, Indonesia that has operations involving two underground mining. As part of the energy audit report, this paper present energy sources and energy consumption, specific energy consumption cum energy intensity of the plant. Energy audit methods include energy audit planning, opening meeting, data collection, measurement plant, siti visit, data analysis, energy audit reporting and closing audit. Most electricity data were collected from the SCADA system which the company use to monitor and control maximum electricity demand. Arithmetic mean, energy intensity equation and visual graphic methods had been employed to investigate energy profile and energy performance indicator of this gold mining. As the site located far away from the national grid then four Diesel powerhouses generates the electricity. Fuel consumption for four unit mainly electricity generation, transportation, heavy duty and supporting are investigated thoroughly. Since Diesel powerhouse occupy more than 80 % fuel consumption then the Diesel power houses is the Significant energy users (SEU). Further study SEC and on heat rate of the powerhouse is carried out and benchmarked with the IEA. It shows that the powerhouses have excellent performance as SEC and heat rate is lower than typical powerhouses. The powerhouse distributed electricity to four different unit, Kencana Underground Mining, Toguraci underground mining, Mill and Merril Crowe Processes and Supporting Unit. Among these units, Togurachi under gound mining with its uniqueness become the highest electricity end user as expected. It covers more than 40 % electricity consumption resulting quite high total energy intensity by ore milled which is approximately 475 kWh/ton (1710 MJ/ton) and energy intensity by Dore bullion is 1,420 kWh/ounce (5108 MJ/oz).
Impact of Fair Value Measurement and Disclosure of Biological Assets Based on PSAK 69 on Agricultural Firm Value (2018-2022)
Authors: Fidelys Grecia Hutabarat  , Retno Yuni Nur Susilowati  , Liza Alvia  , Widya Rizky Eka Putri  
Published: September 2024

The agricultural sector plays an important role in Indonesia's capital markets, making a significant contribution to the economy despite facing the challenges of the COVID-19 pandemic. The consistent growth of this sector, marked by an increase in contribution to GDP by 2.20% in 2020 and 12.4% in 2022, has attracted investor interest. To support better investment decisions, agricultural companies need to improve the quality of the financial information they present. The implementation of PSAK 69, which requires disclosure of the fair value of biological assets, is an important step in increasing corporate transparency and accountability. This research aims to empirically test the influence of the fair value of biological assets and disclosure of biological assets on firm value in the Indonesian agricultural sector for the 2018-2022 period. The research was conducted using multiple linear regression analysis. The research results show that disclosure of biological assets has a positive effect on increasing firm value, while the fair value of biological assets does not have a significant effect.
"Veritas evangelica per typographiam": Zur Genese der in Zürich gedruckten Berner Disputationsakten 1528
Authors: Lavater-Briner Hans Rudolf 
Published: September 2024

The Bern Disputation of 1528 was both the response to the Baden Disputation of 1526 and its continuation. From a formal perspective, the Baden served as a model for the Bernese. However, with respect to the printing of the disputation acts, this model needed to be improved upon as the delayed and flawed Lucerne edition of the Baden acts had led to justified doubts about the reliability of its protocol. In Bern, the four parallel transcripts of their disputation written under the direction of city secretary Peter Cyro were first collated before being delivered to the printer Christoph Froschauer in Zurich by one of the notaries charged with supervising the production of the complete edition. As a result of close cooperation between the typesetter and two theologically educated proofreaders, and under the eyes of Zwingli, a quarto edition appeared on March 23, 1528, almost two months after the Bern disputation and in time for the Frankfurt Book Fair. It was followed exactly one month later by an octavo edition.
Buchdruck und Reformation in Genf (1478-1600): Ein Überblick
Authors: Würgler Andreas 
Published: September 2024

This article links profits from the rich literature in the fields of Reformation history and book-history in order to analyse the relation between printing and the Reformation in Geneva from 1478 to 1600 in a general historian’s perspective. Although various genres of religious and literary (illustrated) books have been printed for a local market since 1478, texts with evangelical tendency have not been produced in Geneva before 1536. Therefore, the ideas of Reformation were rather introduced by evangelical preachers than by the printing press. But after that Geneva became the centre of protestant or better: Calvinist printed propaganda in French (and Latin) until the early 1560s. Because of changing political contexts – French wars of Religion and the comeback of the Duke of Savoy as a neighbour – and the emerging of reformed printing in France forced Geneva to redirect their production towards more learned and non-religious books in Latin (humanism, classical authors, science). Nether the less, the production of (Genevan) Bibles and texts of Calvin and his followers and successors did not cease.
SAMI3‐RCM simulation of the 17 March 2015 geomagnetic storm
Authors: Huba J. D. , Sazykin S. , Coster A. 
Published: December 2016

AbstractWe present a self‐consistent modeling study of the ionosphere‐plasmasphere system response to the 17 March 2015 geomagnetic storm using the coupled SAMI3‐RCM code. The novel feature of this work is that we capture the important storm time dynamics of the ionosphere on a global scale and its manifestation in the plasmasphere. We find that the penetration electric fields associated with the magnetic storm lead to a storm time enhanced density in the low‐ to middle‐latitude ionosphere. We compare the modeled total electron content (TEC) with GPS‐measured TEC in the American sector. Additionally, we observe the development of polar cap “tongues of ionization” and the formation of subauroral plasma streams in the postsunset, premidnight sector, and its impact on the plasmasphere. However, we did not see the development of plasmaspheric plumes during this event which we attribute to the long main phase of the storm (∼18 h).
Effects of magnetic drift shell splitting on electron diffusion in the radiation belts
Authors: Zheng Liheng , Chan A. A. , O'Brien T. P. , Tu W. , Cunningham G. S. , Albert J. M. , Elkington S. R. 
Published: December 2016

AbstractDrift shell splitting in the presence of pitch angle scattering breaks all three adiabatic invariants of radiation belt electron motion and produces new diffusion terms that fully populate the diffusion tensor in the Fokker‐Planck equation. The Radbelt Electron Model (REM) solves such a Fokker‐Planck equation and is used to investigate the phase space density sources. Our simulation results and theoretical arguments suggest that drift shell splitting changes the phase space location of the source to smaller L shells, which typically reduces outer zone phase space density enhancements, and this reduction has a limit corresponding to two‐dimensional local diffusion on a curved surface in the phase space.
Interseismic strain accumulation across the central North Anatolian Fault from iteratively unwrapped InSAR measurements
Authors: Hussain Ekbal , Hooper Andrew , Wright Tim J. , Walters Richard J. , Bekaert David P. S. 
Published: December 2016

AbstractThe North Anatolian Fault (NAF) is a major tectonic feature in the Middle East and is the most active fault in Turkey. The central portion of the NAF is a region of Global Navigation Satellite Systems (GNSS) scarcity. Previous studies of interseismic deformation have focused on the aseismic creep near the town of Ismetpasa using radar data acquired in a single line‐of‐sight direction, requiring several modeling assumptions. We have measured interseismic deformation across the NAF using both ascending and descending data from the Envisat satellite mission acquired between 2003 and 2010. Rather than rejecting incorrectly unwrapped areas in the interferograms, we develop a new iterative unwrapping procedure for small baseline interferometric synthetic aperture radar (InSAR) processing that expands the spatial coverage. Our method corrects unwrapping errors iteratively and increases the robustness of the unwrapping procedure. We remove long wavelength trends from the InSAR data using GNSS observations and deconvolve the InSAR velocities into fault‐parallel motion. Profiles of fault‐parallel velocity reveal a systematic eastward decrease in fault slip rate from 30 mm/yr (25–34, 95% confidence interval (CI)) to 21 mm/yr (14–27, 95% CI) over a distance of ∼200 km. Direct offset measurements across the fault reveal fault creep along a ∼130 km section of the central NAF, with an average creep rate of 8 ± 2 mm/yr and a maximum creep rate of 14 ± 2 mm/yr located ∼30 km east of Ismetpasa. As fault creep is releasing only 30–40% of the long‐term strain in the shallow crust, the fault is still capable of producing large, damaging earthquakes in this region.
High‐speed video observation of stepwise propagation of a natural upward positive leader
Authors: Wang Zhichao , Qie Xiushu , Jiang Rubin , Wang Caixia , Lu Gaopeng , Sun Zhuling , Liu Mingyuan , Pu Yunjiao 
Published: December 2016

AbstractUsing a high‐speed video camera operated at 150,000 frames per second, we have documented the upward propagation of an initial positive leader from a 325 m meteorological tower in Beijing. The stepwise development of the upward positive leader was clearly revealed during its self‐sustained propagation toward the cloud base, providing the first optical evidence for the stepping processes of a positive leader. The leader developed with definitive intermittent pauses and re‐establishment with abrupt jump of the leader top. Obvious brush‐like corona zone emitting outward from the leader top was identified in the frame of stepping, and the luminosity waves propagated downward along the already formed channel from the leader top immediately following the stepping, indicating that a current wave was generated at the leader top and subsequently traveled down the channel. The channel luminosity decreased during the leader pause stage, with the corona zone dimmed correspondingly. The positive leader experienced an average interstep interval of 61.7 µs (ranging between 30 µs and 120 µs) and an average 2‐D speed of 8.1 × 104 m/s. The transient speed of the step jump was estimated to be larger than 7.3 × 105 m/s with an average step length of 4.9 m. The need of sufficient positive charge accumulation at the leader top could be the main cause for the stepping characteristics.
Luminosity progression in dart‐stepped leader step formation
Authors: Wang D. , Takagi N. , Uman M. A. , Jordan D. M. 
Published: December 2016

AbstractUsing a high‐speed optical imaging system, we have observed the step formation bright pulse discharges occurring at the tip of dart‐stepped leaders of rocket triggered lightning with a time resolution of 0.1 µs and a spatial resolution of about 1.4 m. Each of the step formation pulse discharges appeared to initiate at a location immediately below the bottom of its previous pulse discharge and to propagate in bidirectional (upward and downward) waves with a speed on the order of 107 m/s. The downward waves of the pulse discharges tended to slow down significantly after they propagated a distance of about 2 m. Based on the results observed in this study and those published in literatures, we propose a conceptual view of leader step formation.
Spatial patterns of erosion in a bedrock gorge
Authors: Beer Alexander. R. , Turowski Jens M. , Kirchner James W. 
Published: December 2016

AbstractUnderstanding the physical processes driving bedrock channel formation is essential for interpreting and predicting the evolution of mountain landscapes. Here we analyze bedrock erosion patterns measured at unprecedented spatial resolution (mm) over 2 years in a natural bedrock gorge. These spatial patterns show that local bedrock erosion rates depend on position in the channel cross section, height above the streambed, and orientation relative to the main streamflow and sediment path. These observations are consistent with the expected spatial distribution of impacting particles (the tools effect) and shielding by sediment on the bed (the cover effect). Vertical incision by bedrock abrasion averaged 1.5 mm/a, lateral abrasion averaged 0.4 mm/a, and downstream directed abrasion of flow obstacles averaged 2.6 mm/a. However, a single plucking event locally exceeded these rates by orders of magnitude (∼100 mm/a), and accounted for one third of the eroded volume in the studied gorge section over the 2 year study period. Hence, if plucking is spatially more frequent than we observed in this study period, it may contribute substantially to long‐term erosion rates, even in the relatively massive bedrock at our study site. Our observations demonstrate the importance of bedrock channel morphology and the spatial distribution of moving and static sediment in determining local erosion rates.
A novel cytochrome P450, CYP3201B1, is involved in (R)‐mandelonitrile biosynthesis in a cyanogenic millipede
Authors: Yamaguchi Takuya , Kuwahara Yasumasa , Asano Yasuhisa 
Published: December 2016

Specialized arthropods and more than 2500 plant species biosynthesize hydroxynitriles and release hydrogen cyanide as a defensive mechanism. The millipede Chamberlinius hualienensis accumulates (R)‐mandelonitrile as a cyanide precursor. Although biosynthesis of hydroxynitriles in cyanogenic plants and in an insect are extensively studied, (R)‐mandelonitrile biosynthesis in cyanogenic millipedes has remained unclear. In this study, we identified the biosynthetic precursors of (R)‐mandelonitrile and an enzyme involved in (R)‐mandelonitrile biosynthesis. Using deuterium‐labelled compounds, we revealed that (E/Z)‐phenylacetaldoxime and phenylacetonitrile are the biosynthetic precursors of (R)‐mandelonitrile in the millipede as well as other cyanogenic organisms. To identify the enzymes involved in (R)‐mandelonitrile biosynthesis, 50 cDNAs encoding cytochrome P450s were cloned and coexpressed with yeast cytochrome P450 reductase in yeast, as cytochrome P450s are involved in the biosynthesis of hydroxynitriles in other cyanogenic organisms. Among the 50 cytochrome P450s from the millipede, CYP3201B1 produced (R)‐mandelonitrile from phenylacetonitrile but not from (E/Z)‐phenylacetaldoxime, whereas plant and insect cytochrome P450s catalysed the dehydration of aldoximes and hydroxylation of nitriles. CYP3201B1 is not phylogenetically related to cytochrome P450s from other cyanogenic organisms, indicating that hydroxynitrile biosynthetic cytochrome P450s have independently evolved in distant species. Our study will shed light on the evolution of cyanogenesis among plants, insects and millipedes.DatabaseNucleotide sequence data are available in the DDBJ/EMBL/GenBank databases under the accession numbers LC125356–LC125405.
Graphene/Fe3O4 Nanocomposites as Efficient Anodes to Boost the Lifetime and Current Output of Microbial Fuel Cells
Authors: Song Rong‐Bin , Zhao Cui‐e , Gai Pan‐Pan , Guo Dan , Jiang Li‐Ping , Zhang Qichun , Zhang Jian‐Rong , Zhu Jun‐Jie 
Published: December 2016

AbstractThe enhancement of microbial activity and electrocatalysis through the design of new anode materials is essential to develop microbial fuel cells (MFCs) with longer lifetimes and higher output. In this research, a novel anode material, graphene/Fe3O4 (G/Fe3O4) composite, has been designed for Shewanella‐inoculated MFCs. Because the Shewanella species could bind to Fe3O4 with high affinity and their growth could be supported by Fe3O4, the bacterial cells attached quickly onto the anode surface and their long‐term activity improved. As a result, MFCs with reduced startup time and improved stability were obtained. Additionally, the introduction of graphene not only provided a large surface area for bacterial attachment, but also offered high electrical conductivity to facilitate extracellular electron transfer (EET). The results showed that the current and power densities of a G/Fe3O4 anode were much higher than those of each individual component as an anode.
Improved control performance of the 3‐DoF aeroelastic wing section: a TP model based 2D parametric control performance optimization
Authors: Szollosi Alexandra , Baranyi Peter 
Published: December 2016

AbstractBased on the most recent Tensor Product model transformation solutions, the paper presents an improved control performance for the most recent version of the three Degree of Freedom aeroelastic wing section model including Stribeck friction, according to signals pitch, plunge, trailing edge and control value, based on practical engineering criteria such as overshoot, undershoot, signal end values and settling time. This is achieved through proposing a novel two dimensional parametric convex hull manipulation based method for Tensor Product model transformation based Control Design Frameworks. The approach provides two TP model representations for the different requirements of the controller and observer of a given model, opening the possibility to utilize the TP model transformation's convex hull manipulation potential in control performance optimization for a separate optimization of the two TP model representations. Numerical simulation results are provided to illustrate the control performance improvements of the aeroelastic wing section model through the proposed 2D parametric convex hull manipulation based design method.
Puerarin offsets the anticoagulation effect of warfarin in rats by inducing rCyps, upregulating vitamin K epoxide reductase and inhibiting thrombomodulin
Authors: Ge Beikang , Zhang Zhen , Lam Teddy Taining , Zuo Zhong 
Published: December 2016

AbstractPurposeThe current study was conducted to investigate the potential pharmacokinetic and pharmacodynamic interactions between warfarin and puerarin which is the most abundant component in Pueraria lobata (Gegen). In vivo and ex vivo rat models were used to reveal the underlying mechanisms of such interactions.MethodsApart from one control group, five groups of Sprague–Dawley rats were treated with warfarin, oral puerarin, oral puerarin with warfarin, intravenous puerarin, intravenous puerarin with warfarin. The treatment lasted for 5 consecutive days. Thereafter, the levels of warfarin, warfarin metabolites and puerarin in plasma of these rats were monitored and compared. The rCyps activity and expression in rat livers of different treatment groups were assessed. The prothrombin time was observed. The vitamin K epoxide reductase (VKOR) activity and expression in rat livers were evaluated. Thrombomodulin activity and expression in the rat lung and rat plasma were assessed. The soluble thrombomodulin (sTM) concentrations of different treatment groups were examined.ResultsIntravenously administered puerarin altered the pharmacokinetics of warfarin significantly by shortening t1/2, decreasing AUC0–96 h and increasing the clearance of warfarin. Further mechanistic studies suggested that both oral and intravenous administration of puerarin significantly induced the activities and expressions of rCyp2b1, rCyp2c6 and rCyp1a1. In addition, co‐administration of puerarin reduced the prothrombin time of rat plasma by enhancing VKOR and inhibiting thrombomodulin.ConclusionPuerarin increased warfarin metabolism and offset warfarin anticoagulation by inducing rCyps, upregulating VKOR and inhibiting thrombomodulin in rats. The clinical impact of such potential interactions warrants further verification. Copyright © 2016 John Wiley & Sons, Ltd.