bluuebunny/crossref_metadata_2025_split huggingface dataset:
Exploring deaf sign language interpreting students’ experiences from joint sign language interpreting programs for deaf and hearing students in Finland
Authors: Skaten Ingeborg , Urdal Gro Hege Saltnes , Tiselius Elisabet 
Published: September 2020

Abstract
Integrated university programs for deaf and hearing sign language interpreting students are rare. In Finland, deaf interpreting students have been integrated in the only university program for sign language interpreting since its beginning in the early 2000s. This article investigates the experiences of the deaf interpreting students and deaf sign language interpreters (n = 5) who attend and have attended the program. We analyzed interview responses using critical discourse analysis and the concept of identity construction, and found that deaf interpreting students, despite some disadvantages, benefited from the integrated program. We also found three identity positions – competent deaf identity, student identity, and professional DI identity – and support for recognition (Honneth 1996) in both the solidarity and legal sphere developed through the program.
Paratext as weapon
Authors: Sicari Ilaria 
Published: September 2020

AbstractAlthough the selection and publication of foreign literature in the USSR was subject to state control, many foreign works were able to reach the Soviet reader, thanks to the clever strategies employed by editors, literary advisers, critics, and translators. This was particularly true in the case of foreign literature written by Western authors, which underwent more rigorous control and often required incisive cultural and ideological domestication in order to comply with the aesthetics of the Soviet literary canon. Through the analysis of a corpus of published and unpublished Soviet critical texts, this article sheds new light on the Soviet system of cultural production by taking into account the strategies implemented, at different levels, by cultural operators, and in particular by critics. This article focuses on the Soviet reception of Western anti-mimetic novels by Italo Calvino and Kurt Vonnegut, illustrating the strategies of critical domestication to which they were subjected.
Retraction: Forecasting Electric Load Demand through Advanced Statistical Techniques (Journal of Physics: Conference Series
1432 012031)
Authors: Silva Jesús , Naveda Alexa Senior , Guliany Jesús García , Núñez William Niebles , Palma Hugo Hernández 
Published: September 2020

Published 15 September 2020
This article, and others within this volume, has been retracted by IOP Publishing following clear evidence of plagiarism and citation manipulation.
This work was originally published in Spanish (1) and has been translated and published without permission or acknowledgement to the original authors. IOP Publishing Limited has discovered other papers within this volume that have been subjected to the same treatment. This is scientific misconduct.
Misconduct investigations are ongoing at the author’s institutions. IOP Publishing Limited will update this notice if required once those investigations have concluded. To date, there is no evidence to suggest anyone other than Amelec Viloria / Jesus Silva was directly culpable for the actions that led to retraction.
IOP Publishing Limited request any citations to this article be redirected to the original work (1).
Anyone with any information regarding these papers is requested to contact jpconf@ioppublishing.org.
Retraction: Temporary Variables for Predicting Electricity Consumption Through Data Mining (Journal of Physics: Conference Series
1432 012033)
Authors: Silva Jesús , Naveda Alexa Senior , Palma Hugo Hernández , Núñez William Niebles , Núñez Leonardo Niebles 
Published: September 2020

Published 15 September 2020
This article, and others within this volume, has been retracted by IOP Publishing following clear evidence of plagiarism and citation manipulation.
This work was originally published in Spanish as part of a thesis (1) and has been translated and published without permission or acknowledgement to the original authors. IOP Publishing Limited has discovered other papers within this volume that have been subjected to the same treatment. This is scientific misconduct.
Misconduct investigations are ongoing at the author’s institutions. IOP Publishing Limited will update this notice if required once those investigations have concluded. To date, there is no evidence to suggest anyone other than Amelec Viloria / Jesus Silva was directly culpable for the actions that led to retraction.
IOP Publishing Limited request any citations to this article be redirected to the original work (1).
Anyone with any information regarding these papers is requested to contact conferenceseries@ioppublishing.org.
Retraction: Using Big Data to Determine Potential Dropouts in Higher Education (Journal of Physics: Conference Series
1432 012077)
Authors: Viloria Amelec , Naveda Alexa Senior , Palma Hugo Hernández , Núñez William Niebles , Núñez Leonardo Niebles 
Published: September 2020

Published 15 September 2020
This article, and others within this volume, has been retracted by IOP Publishing following clear evidence of plagiarism and citation manipulation.
This work was originally published in Spanish (1) and has been translated and published without permission or acknowledgement to the original authors. IOP Publishing Limited has discovered other papers within this volume that have been subjected to the same treatment. This is scientific misconduct.
Misconduct investigations are ongoing at the author’s institutions. IOP Publishing Limited will update this notice if required once those investigations have concluded. To date, there is no evidence to suggest anyone other than Amelec Viloria / Jesus Silva was directly culpable for the actions that led to retraction.
IOP Publishing Limited request any citations to this article be redirected to the original work (1).
Anyone with any information regarding these papers is requested to contact conferenceseries@ioppublishing.org.
Angular zone of influence for fusion and direct reactions on elastic scattering of 6Li with 58Ni, 59Co, 64Ni, and 64Zn
Authors: Aguilera E F , Torabi F 
Published: September 2020

Abstract
Recently, a systematic study of fusion and elastic scattering data was performed for the 6Li + (58Ni, 59Co, 64Ni, 64Zn) systems. Appropriate polarization potentials satisfying the dispersion relation were extracted, which can be associated to fusion and direct reaction couplings, respectively. By examining the relative strengths of the corresponding absorptive parts, a semiclassical analysis can be carried out which gives an indication about the angular range where direct (fusion) reactions are more important in determining the elastic scattering angular distributions. The results of such an analysis are presented for all four systems. The developed method is useful to explore the sensitivity of the elastic scattering angular distributions to the radial details of the phenomenological optical model potential. An example is presented where large sensitivity to distances smaller than the Coulomb barrier radius is evident.
Recent results on heavy-ion direct reactions of interest for 0νββ decay at INFN - LNS
Authors: Cavallaro M. , Acosta L. , Adsley P. , Agodi C. , Altana C. , Amador-Valenzuela P. , Auerbach N. , Barea J. , Bellone J. I. , Bijker R. , Borello-Lewin T. , Boztosun I. , Branchina V. , Brasolin S. , Brischetto G. A. , Brunasso O. , Burrello S. , Campajola L. , Calabrese S. , Calabretta L. , Calvo D. , Capirossi V. , Cappuzzello F. , Carbone D. , Charon Garcia L. E. , Chávez Lomeli E. R. , Chen R. , Ciraldo I. , Colonna M. , Cutuli M. , D’Agostino G. , Delaunay F. , Deshmukh N. , Djapo H. , Gambacurta D. , De Geronimo G. , De Los Rìos K. , Eke C. , Ferraresi C. , Ferreira J. L. , Ferretti J. , Finocchiaro P. , Firat S. , Fisichella M. , Flechas Garcia D.C. , Foti A. , Gandolfo E. , Garcia-Tecocoatzi H. , Hacisalihoglu A. , Huerta-Hernandez A. , Kotila J. , Kucuk Y. , Iazzi F. , Jivan H. , Lanzalone G. , Lay J. A. , La Fauci L. , La Via F. , Lenske H. , Linares R. , Lubian J. , Ma J. , Marin-Lámbarri D. , Mas Ruiz J. , Medina N. H. , Mendes D. R. , Mereu P. , Moralles M. , Neri L. , Neveling R. , Oliveira J. R. B. , Pakou A. , Pandola L. , Pellegri L. , Petrascu H. , Pietralla N. , Pinna F. , Reito S. , Ries P. C. , Russo A. D. , Russo G. , Santopinto E. , Santos R. B. B. , Serbina L. , Sgouros O. , da Silveira M. A. G. , Solakci S. O. , Souliotis G. , Soukeras V. , Spatafora A. , Torresi D. , Tudisco S. , Vargas Hernandez H. , Vsevolodovna R. I. M. , Wang J. , Werner V. , Yang Y. , Yildirin A. , Zagatto V. A. B. 
Published: September 2020

Abstract
Neutrinoless double beta decay of nuclei, if observed, would have important implications on fundamental physics. In particular it would give access to the effective neutrino mass. In order to extract such information from 0νββ decay half-life measurements, the knowledge of the Nuclear Matrix Elements (NME) is of utmost importance. In this context the NUMEN and the NURE projects aim to extract information on the NME by measuring cross sections of Double Charge Exchange reactions in selected systems which are expected to spontaneously decay via 0νββ. In this work an overview of the experimental challenges that NUMEN is facing in order to perform the experiments with accelerated beams and the research and development activity for the planned upgrade of the INFN-LNS facilities is reported.
Application of Trojan Horse Method to radioactive ion beams induced reactions
Authors: Gulino Marisa , Cherubini Silvio , Kubono Shigeru , Lamia Livio , Cognata Marco La , Pizzone Rosario Gianluca , Yamaguchi Hidetoshi , Hayakawa Seya , Wakabayashi Yasuo , Iwasa Naohito , Kato Seigo , Komatsubara Tetsuro , Teranishi Takashi , Coc Alain , de Séréville Nicolas , Hammache Fairouz , Kiss Gabor , Bishop Shawn , Binh Dam Nguyen , Roeder Brian , Trache Livius , Tribble Robert , Spitaleri Claudio 
Published: September 2020

Abstract
In the last decades, many indirect methods have been developed to measure the cross section of nuclear reactions at the low energies interesting in many astrophysical scenarios. The Trojan Horse Method uses a three body reaction, involving by a strong clusterized nucleus, to infer information about a two body reaction of interest, selecting the events that proceed through the quasi-free reaction mechanism. To reconstruct the reaction kinematic and to identify the useful reaction mechanism, the energy and angle of at least two of the three outgoing particles must be carefully measured. Moreover, enough statistics is required, as the quasi-free events usually represent just a small fraction of the acquired statistic.
These requirements hardly match with the typical characteristics of radioactive ion beams: low intensity, large divergence and possible presence of contaminants. For this reason, only recently the Trojan Horse Method has been applied to study reactions induced by radioactive beams. This application gives also the opportunity to measure cross section of neutron induced reactions on radioactive isotopes, even if they have a short lifetime.
In the following some results obtained in the study of the reactions 18F(p,α)15O and 18F(n,α)15N will be presented.
Efficency of a HPGe extended range detector for determination of 7Be concentration in air filters
Authors: López-López Ó. E. , Domínguez-García R. , Cabral-Lares R. M. , Canche-Tello J. , Montero-Cabrera M. E. 
Published: September 2020

Abstract
Using the GEANT4 Monte Carlo simulation software, the efficiency of the HPGe extended range detector of the Environmental Radiological Surveillance Laboratory of CIMAV was modeled. A 137Cs certified point source was employed to determine the experimental gamma efficiency in the desired geometry for the energy of 662 keV. The resulting value was compared with the theoretical efficiency obtained by the Monte Carlo simulation. The results of the simulation were consistent with the experimental one. The same method was applied to calculate the theoretical efficiency in the same detector for borosilicate filters in an extended geometry. The energy then was 477 keV, of the gamma quanta from 7Be, to determine its concentration in air. This efficiency value was applied for air sampling in the city of Chihuahua.
Weak nuclear processes in the quest for elusive particles
Authors: Moreno O. 
Published: September 2020

Abstract
Nuclear processes involving the weak interaction can be used to extract information on some elusive properties of particles. Remarkably useful to this goal is parity-violating elastic electron scattering off nuclei, which can be used to determine accurately the distribution of neutrons within the nucleus, including information on the neutron skin that can be related to the structure of neutron stars. It can also be used to determine the content of strange quark-antiquark virtual pairs in nucleons and can help in evaluating accurately Standard Model parameters or higher-order radiative corrections. To achieve these goals it is essential keeping under control the theoretical uncertainties that arise in modelling some confounding nuclear effects, such as isospin mixing or Coulomb distortion of electron wave functions.
The paradigm of an evasive particle in current physics is dark matter. Sterile neutrinos are hypothetical dark matter candidates that could be produced in nuclear beta decays leaving a signal in the energy spectrum of the emitted charged lepton. They can also be coherently scattered by nuclei through an indirect weak neutral interaction, whose cross section can be written in terms of elastic electron scattering observables. We study the probability of these production and detection mechanisms using experimental and cosmological constraints on the sterile neutrino properties.
The coherent scattering cross section off nuclei has also been analyzed for the Standard Model neutrinos, being a notably elusive process that has been recently measured for the first time and that can be used for Standard Model tests or for nuclear structure studies in ways analogous to parity-violating electron scattering.
From Halo Effective Field Theory to the study of breakup and transfer reactions: reliably probing the halo structure of 11Be and 15C
Authors: Moschini L , Yang J , Capel P 
Published: September 2020

Abstract
In this work we study one-neutron halo nuclei, and in particular 11Be and 15C, which can be seen as an inert core of 10Be or 14C plus a loosely bound neutron. During the last decades several transfer and breakup reactions involving these systems have been measured on different targets and energies. We study these processes using one single structure model for each nucleus applying the halo effective field theory (Halo EFT) at next-to-leading order NLO. The main parameters of this EFT are adjusted on nuclear-structure data and/or ab initio predictions. We model the transfer reaction within the Adiabatic Distorted Wave Approximation (ADWA) and the breakup process applying an eikonal model with a consistent treatment of nuclear and Coulomb interactions at all orders. At high energy, our model includes a proper treatment of special relativity Our theoretical calculations are in good agreement with experiment for a variety of reaction observables, thus assessing the robustness of the structure model provided for these nuclei. This new idea enables us also to reliably estimate the nuclear-structure observables that actually affect the reaction process, and hence that can be inferred from such measurements.
Heavy Ω
c
and Ω
b
baryons in the quark model
Authors: Ortiz-Pacheco E. , Bijker R. , García-Tecocoatzi H. , Giachino A. , Santopinto E. 
Published: September 2020

Abstract
In this contribution, we present a study of ground- and excited-state Ω
c
and Ω
b
baryons consisting of two strange quarks and a heavy charm or bottom quark. An analysis in the quark model shows that the recently observed excited Ω
c
and Ω
b
states can be interpreted in terms of λ-mode excitations.
Fusion studies at around the barrier energies: A case 10B+27Al system
Authors: Sharma Vijay R. , Aguilera E. F. , Amador-Valenzuela P. , Morales-Rivera J. C. , Martinez Quiroz E. , Lizcano D. 
Published: September 2020

Abstract
Nuclear Reactions around the Coulomb barrier are complex in nature due to the existence of non-fusion channels at these energies, and offers excellent opportunities to explore several dynamical effects as well as the sub-lime effects of nuclear structure. Some of the outstanding issues related to nuclear reactions at these energies are: the role of nucleon transfer events in the manipulation of fusion cross-section, and pairing correlations. As such, an experiment was performed to carry out some conclusive measurements for the 10B+27Al system at energies ≈ 1.3 - 1.7 MeV/A. The experiment based on γ-ray spectroscopy has been performed at the Tandem Laboratory, National Institute of Nuclear Investigation, Mexico, to obtain the fusion cross-sections at several beam energies. In the present paper, some experimental details, analysis and preliminary results are presented.
On the possible virtual state nature of the LHCb Pc
(4312)+ signal
Authors: Silva-Castro J. A. 
Published: September 2020

Abstract
In this contribution we study the nature of the new Pc
(4312)+ signal reported by LHCb collaboration in the J/ψ p spectrum. We use S-matrix principles to perform a minimum-bias analysis of the data, focusing on the analytic properties that can be related to the microscopic origin of the Pc
(4312)+ peak. Using the scattering length approximation we find evidence for interpretation of the signal as a virtual state generated by the attractive effect of the

Σ

c

+

D

¯

0

channel opening.
Cooling demand in integrated assessment models: a methodological review
Authors: Colelli Francesco Pietro , Cian Enrica De 
Published: September 2020

Abstract
The paper systematically reviews and compares 88 scenarios of energy demand in commercial and residential buildings that include the additional energy use or savings induced by thermal adaptation in heating and cooling needs at global level. The resulting studies are grouped in a novel classification that makes it possible to systematically understand why the energy projections of integrated assessment models vary depending on how changes in climatic conditions and the associated adaptation needs are modeled. Projections underestimate the energy demand of the building sector when it is driven only by income, population, unchanging climatic conditions and their associated adaptation needs. Across the studies reviewed, already by 2050 climate change will induce a median 30% (90%) percentage variation of a building’s energy demand for cooling and a median −8% (−24%) percentage variation for heating, leading to a 2% (13%) increase when cooling and heating are combined, under the Representative Concentration Pathway 1.9 (8.5). The results underscore that models lacking extensive margin adjustments, and models that focus on residential demand, highly underestimate the additional cooling needs of the building sector. Topics that deserve further investigation regard improving the characterization of adopting energy-using goods that provide thermal adaptation services and better articulating the heterogeneous needs across sectors.
Effect of calcium and enzyme involvement to survival rate and development of the early stage zoea Portunus pelagicus
Authors: Permadi S , Pratama I S , Suryaningtyas I T , Jasmadi  
Published: September 2020

Abstract
The early stage of blue swimming crab (Portunus pelagicus) zoea requires calcium for calcification after molting which can be drawn from water and its diet. However, the digestive system of the early stages of the larvae is still not perfect, so the ability to digest food is limited. Calcium and enzyme inclusion in its formulated diet is important to aid the calcification process. Therefore, in this study, the effect of calcium and enzyme inclusion to survival rate and development of the zoea were examined. Zoeas were fed with nauplii Artemia and three levels of calcium Kalzana-D without enzyme Enzyplex inclusion (At, Bt and Ct) and with enzyme Enzyplex inclusion (AtE, BtE and CtE). There were three replicates in each treatment that had 100 zoeas in 2-L plastic tube on 30°C water bath. The result revealed that 50 mg calcium with enzyme involvement supported the early stage of zoea to molt and develop to the next stage. In addition, calcium inclusion with or without enzyme involvement promoted survival rate of the zoea.
The effect of different temperature on the stability of phycocyanin on microcapsule Spirulina platensis
Authors: Purnama FNW , Agustini TW , Kurniasih RA 
Published: September 2020

Abstract
Phycocyanin as antioxidants is a special pigment in Spirulina platensis that belongs to the temperature-sensitive. Microencapsulation of S. platensis is needed to maintain the phycocyanin content. The aimed of this study was to determine the effect of microencapsulation and different temperatures (40 °C and 100 °C) process to phycocyanin degradation, the relative concentration (CR) of phycocyanin, the antioxidant degradation and total color different (TCD) and its interaction. The result shown the microencapsulation process could increase the stability of phycocyanin against temperature. The higher heating processes cause an increase in phycocyanin degradation. The interaction between high temperature treatment and microencapsulation produced the highest value of phycocyanin degradation (57.23±0.16%) and antioxidant degradation (46.85±0.04%), namely S. platensis powder (without microencapsulation) with a temperature of 100 °C, while the highest of phycocyanin CR (95.72±0.13%) at S. platensis microcapsules with a temperature of 40 °C. However, microencapsulation gave a higher TCD value of S. platensis caused by the Maillard reaction.
Quality deterioration kinetics and shelf-life estimation of fish koya
Authors: Anandito RBK , Kawiji  , Purnamayati L , Putri AMS 
Published: September 2020

Abstract
This study aimed to determine the quality deterioration kinetics of fish Koya and to estimate its shelf-life. Koya is a savory powder and usually added to traditional Indonesian foods such as Soto and noodles. In general, Koya is made from crushed shrimp crackers and fried garlic. In this study, Koya was made from red tilapia and tempeh flour, then packed in metalized plastic. The three formulas in this study were N1 (60% tempeh flour : 40% red tilapia fillets), N2 (50% tempeh flour : 50% red tilapia fillets), and N3 (40% tempeh flour : 60% red tilapia fillets). The Koya then stored at 35°C, 45°C, and 55°C for 28 days. Sensory quality and Thiobarbituric Acid (TBA) values during storage were observed every seven days. The sensory evaluation was conducted using multiple comparisons test. Shelf-life of fish Koya was determined at 30°C (room temperature) using Accelerated Shelf Life Test (ASLT) with the Arrhenius model. The results showed that aroma was the first parameter that decreased compared to other parameters. The zero-order equations were suitable to describe the decreased aroma quality of N1, N2, and N3. The activation energy of decreased quality for N1, N2, and N3 were 29.64 kJ/mol.K, 24.79 kJ/mol.K, and 22.43 kJ/mol.K, respectively. The shelf-life estimation for N1, N2, and N3 at room temperature was 131 days, 109 days, and 108 days, respectively.