bluuebunny/crossref_metadata_2025_split huggingface dataset:
Walking on water: terrestrial mammal migrations in the warming Arctic
Authors: Berteaux Dominique , Lai Sandra 
Published: December 2021

AbstractCaribou and reindeer migrations are the tip of the iceberg when one considers migration among the 70 species of Arctic terrestrial mammals. About 26% of species indeed have migratory individuals, while 33% are non-migratory and 41% are data deficient. Such figures demonstrate the need to both better document and better understand seasonal movements in these vertebrates. Whereas spatiotemporal variations in resources are key drivers of Arctic terrestrial mammal migrations, the changes of water phase around 0°C, from liquid to solid and vice versa, have considerable impacts given that liquid water, snow, and ice differ so strongly in their physical properties. We explore how the interplay between resources and water phase shape Arctic terrestrial mammal migrations, demonstrate that a rich set of research questions emerges from this interaction, and introduce new concepts such as the micro-migrations of small mammals. We also list key questions about the migrations of Arctic terrestrial mammals, with emphasis on the impacts of climate change. We conclude by arguing that the strong exposure of the Arctic to climate change, combined with the quick development of biologging techniques, rapidly increase both the need and the capacity to enhance our knowledge of migration in Arctic terrestrial mammals.
Biermann battery as a source of astrophysical magnetic fields
Authors: Mikhailov Evgeny A. , Andreasyan Ruben R. 
Published: December 2021

Abstract
A large number of galaxies have large-scale magnetic fields which are usually measured by the Faraday rotation of radio waves. Their origin is usually connected with the dynamo mechanism which is based on differential rotation of the interstellar medium and alpha-effect characterizing the helicity of the small-scale motions. However, it is necessary to have initial magnetic field which cannot be generated by the dynamo. One of the possible mechanisms is connected with the Biermann battery which acts because of different masses of protons and electrons passing from the central object. They produce circular currents which induce the vertical magnetic field. As for this field we can obtain the integral equation which can be solved by simulated annealing method which is widely used in different branches of mathematics
Systematics of Hypnea (Cystocloniaceae, Rhodophyta) from coastal North Carolina, with a first report of Calliblepharis saidana from the United States Atlantic Coast
Authors: Campbell Jason T. , Freshwater D. Wilson , Bailey J. Craig 
Published: December 2021

Abstract
Complete and/or partial DNA sequences for the plastid-encoded rbcL gene and the 5′ end of the mitochondrial cytochrome oxidase I (COI-5P) gene were used to re-examine the systematics of Hypnea species (Cystocloniaceae, Rhodophyta) from North Carolina, USA. These data, combined with light microscopic observations, indicate that two species (Hypnea cryptica and H. musciformis sensu stricto) are present in nearshore waters of coastal North Carolina. Molecular and morphological analyses with topotype material of Hypnea volubilis from North Carolina offshore waters revealed that it and Calliblepharis saidana are conspecific. Hypnea volubilis is proposed as a heterotypic synonym of C. saidana. This is the first report of Calliblepharis from the United States Atlantic coast and only the second report from the western hemisphere.
“Thrice the brindled cat hath mew’d” – The Three Trials of William Hone
Authors: Abreu Georgina 
Published: December 2021

Abstract
This essay argues that the bold affirmation of the political, rather than the religious, purpose of his liturgical parodies enabled the journalist, satirist, and publisher William Hone (1780–1842) to turn three accusations of blasphemous libel into the triple defence of the freedom of the press during his trials in December 1817. Hone was accused of blasphemous and seditious libel for having printed and published three liturgical parodies in the early months of that year. These were The Late John Wilkes’s Catechism of a Ministerial Member, The Political Litany, Diligently Revised and The Sinecurist’s Creed, or Belief. He conducted his own defence and, against the odds, was acquitted in all three trials. On January 23, 1818, Hone published the narrated transcripts of the trials. The present essay analyses and interprets those transcripts, highlighting Hone’s eloquence, his de-sacralisation of court ritual, and, most important, the strategic use of satire as a legitimate method of political criticism and as an index of the freedom of the press. The Conclusion focuses on the political and cultural significance of Hone’s rebuttal performance and claims his long-standing right to our attention.
The crystal structure of KNa3Te8O18·5H2O exhibiting a ∞
2[Te4O9]2− layer
Authors: Geng Lei 
Published: December 2021

Abstract
KNa3Te8O18·5H2O, triclinic,

P

1
‾

$P\overline{1}$

(no. 2), a = 8.5701(4) Å, b = 8.7278(4) Å, c = 10.4082(5) Å, α = 67.582(2)°, β = 66.167(2)°, γ = 77.861(2)°, V = 656.85(6) Å3, Z = 1, R

gt
(F) = 0.0180, wR
ref(F
2) = 0.0452, T = 296(2) K.
A Philosophy of Szellemiism
Authors: Kumar Mahendar 
Published: December 2021

Abstract
The paper is intended to highlight the key tenets of Szellemiism including education, experience and wisdom and interactions of all three and how Szellemiism can be adopted in the society by creating new social classes, institutional mechanism and social contract. Moreover, Szellemiism emphasizes upon creating the right economic, social and political balance between intellectuals and non-intellectuals. Szellemiism explicitly rejects the idea of equal voting for all eligible citizens, rather it promotes idea of weightage voting based on one’s understanding of environment by objectifying three main elements, one’s education, one’s experience and one’s wisdom by using latest technology of artificial intelligence(AI). Following that philosophy, the three key institutions should be developed including parliament, senate and council of intelligentsia. Afterwards, those three collectively choose the head of state as, the majority tyranny is avoided at each and every stage of intellectocracy and the best among the all is chosen to tackle with complicated and sophisticated national and international challenges. Moreover, Szellemiism supports the idea of a new social contract that ensures timely health, education and livelihood support to the individual by the state but by allowing the state to get maximum private information about one’s self. Hence, the paper concludes that, the new slogan of 21st century would be “Maximum state support with maximum private information”.
Overview of COVID-19’s relationship with thrombophilia proteins
Authors: Aydin Suna , Ugur Kader , Yalcin Hanifi , Sahin İbrahim , Akkoc Ramazan Fazil , Yakar Burkay , Yucel Dogan , Aydin Suleyman 
Published: December 2021

Abstract
COVID-19 is the most devastating pandemic situation we have experienced in our age, affecting all systems. Although it affects all systems, it shows its most important effect through thrombophilia. Therefore, the possible cause of sudden death due to COVID-19 may be embolism caused by thrombophilia. D-dimer amounts increase due to COVID-19. The thrombosis is associated with sudden death in COVID-19 disease in populations. Since individuals with thrombophilia will be more prone to death due to COVID-19, it may be appropriate to administer low doses of Clexane (Enoxaparin sodium) or low-weight heparin for prophylactic purposes in order to consider these individuals at high risk and to prevent deaths. Moreover, in order not to risk the lives of healthcare professionals with thrombophilia, it would be appropriate to keep them away from individuals with COVID-19 disease and to employ them in different healthcare services according to their fields of expertise. It should also not be forgotten that different symptoms related to COVID-19 appear day by day, these different symptoms probably show that the virus has undergone mutations in order to survive, but no matter what, its effect on thrombophilia has not been eliminated yet. This compilation aims to present the reasons and causes of death due to COVID-19, possible treatment options, and thrombophilia panel tests and new parameters that may have a place in the meticulous interpretation of these tests and possible etiopathology in the light of current information. Therefore, presenting this information in a rational manner and keeping the parameters of the thrombophilia panel under strict control predict that the deaths due to the virus will be partially reduced.
Erweitertes Berechnungsmodell für Kugelgewindetriebe
Authors: Brecher Christian , Biernat Benedikt , Vorwerk-Handing Lennard , Neus Stephan 
Published: December 2021

Abstract
Der Spindelsteigungsfehler weist einen signifikanten Einfluss auf das Betriebsverhalten von Kugelgewindetrieben auf. In diesem Beitrag wird ein Simulationsmodell vorgestellt, mit dem der Einfluss des Steigungsfehlers auf die interne Lastverteilung, die Steifigkeit und die Lebensdauer quantifiziert werden kann. Mithilfe des Modells werden im Anschluss an die aktuelle Auslegungspraxis nach Norm angelehnte Korrekturfaktoren zur Berücksichtigung des Spindelsteigungsfehlers berechnet.
Die zwei Wege der Wertstrommethode zur Digitalisierung
Authors: Erlach Klaus , Böhm Markus , Gessert Stephan , Hartleif Silke , Teriete Tim , Ungern-Sternberg Roman 
Published: December 2021

Abstract
Der Wertstrom als angewandte Methode ist weitgehend ausgereift. Jedoch geht die Nutzung dieser digitalen Technik gegenwärtig kaum über die Visualisierungssoftware hinaus. Die Forschungsaktivitäten dazu sind wenig synchronisiert und zielgerichtet. Ursache dafür ist die unklare Abgrenzung zwischen der Wertstrommethode als Beitrag zur Digitalisierung und der Digitalisierung der Methode an sich. Dieser Beitrag beschreibt anhand dieser beiden Perspektiven einen Ordnungsrahmen für zukünftig mögliche Entwicklungsrichtungen der Forschung zur digitalisierten Wertstrommethode.
Monetäre Bewertung prozessualer Innovationen
Authors: Kuprat Vivian K. , Demke Tabea M. , Mütze Alexander , Nyhuis Peter 
Published: December 2021

Abstract
Prozessuale und organisatorische Innovationen können einen Wettbewerbsvorteil für Unternehmen generieren. Eine Bewertung der Einflüsse dieser Innovationen auf monetäre und produktionslogistische Zielgrößen vor der Implementierung wird jedoch aufgrund intransparenter Wirkzusammenhänge erschwert. Mit dem Ziel eines Rahmenwerks zur monetären und produktionslogistischen Innovationsbewertung wird in diesem Beitrag ein Vorgehen zur Entwicklung eines Ansatzes zur monetären Bewertung prozessualer Innovationen vorgestellt.
Earliest Experience of a Relatively Rare Sound But Not a Frequent Sound Causes Long-Term Changes in the Adult Auditory Cortex
Authors: Mehra Muneshwar , Mukesh Adarsh , Bandyopadhyay Sharba 
Published: December 2021

Sensory experience during a critical period alters sensory cortical responses and organization. We find that the earliest sound-driven activity in the mouse auditory cortex (ACX) starts before ear-canal opening (ECO). The effects of auditory experience before ECO on ACX development are unknown. We find that in mouse ACX subplate neurons (SPNs), crucial in thalamocortical maturation, respond to sounds before ECO showing oddball selectivity. Before ECO, SPNs are more selective to oddball sounds in auditory streams than thalamo-recipient layer 4 (L4) neurons and not after ECO. We hypothesize that SPN's oddball selectivity can direct the development of L4 responses before ECO. Exposing mice, of either sex, before ECO to a rarely occurring tone in a stream of another tone occurring frequently leads to strengthening the adult cortical representation of the rare tone, but not that of the frequent tone. Results of control exposure experiments at multiple developmental windows that also use only a single tone corroborate the observations. We further explain the strengthening of deviant inputs before ECO and not after ECO using a binary network model mimicking the hierarchical structure of subplate and L4 neurons and response properties derived from our data, with synapses following Hebbian spike time-dependent plasticity learning rule. Information-theoretic analysis with sparse coding assumptions also predicts the observations. Thus, relatively salient low probability sounds in the earliest auditory environment cause long-term changes in the ACX.SIGNIFICANCE STATEMENTEarly auditory experience can change the organization and responses of the auditory cortex in adulthood. However, little is known about how auditory experience at prenatal ages changes neural circuits and response properties. In mice at equivalent early developmental stages, we find that auditory experience of a particular kind, with a less frequently occurring sound in a stream of another sound, alters adult cortical responsiveness, specifically of the less frequent sound. However, at the previously known critical period of development, the opposite is observed, where the more frequent sound's representation is strengthened in the adult compared with the less frequent sound. We thus show that a specific type of auditory environment can influence adult auditory processing at the earliest ages.
Comparison of the clinical characteristics of primary thyroid lymphoma and diffuse sclerosing variant of papillary thyroid carcinoma
Authors: Zheng Xiaoya , Yu Shanshan , Long Jian , Wei Qiang , Liu Liping , Liu Chun , Ren Wei 
Published: December 2021

Objective
Both primary thyroid lymphoma (PTL) and diffuse sclerosing variant of papillary thyroid carcinoma (DSVPTC) are two rare malignant tumours with different therapies and prognoses. This study compared their clinical features.

Methods
From a retrospective review of the pathologic database at our institute between January 2015 and August 2020, 52 PTL patients and 40 DSVPTC patients were included. Demographic, clinical, laboratory and ultrasound data were extracted from electronic medical records. Statistical analyses were performed using GraphPad Prism 5.0.

Results
Both PTL and DSVPTC were more likely to occur in women (83.7 and 67.5%, respectively), but DSVPTC patients were younger (median age: 36 vs 64.5), had fewer compressive symptoms, and more frequently had neck lymph node metastasis than PTL patients. The prevalence of Hashimoto’s thyroiditis (HT) and hypothyroidism was significantly higher in PTL patients than in DSVPTC patients (31% vs 17.5%). Hyperthyroidism could only be found in DSVPTC patients, which accounted for 7.5%. Heterogeneous echogenicity and irregular edges were frequently observed in both PTL and DSVPTC. However, compared with PTL, DSVPTC exhibited smaller lesion sizes, higher frequencies of diffuse sonographic patterns and calcification and lower frequencies of hypoechoic features and internal blood flow signal. The overall survival rate with PTL was 77.23%, which was lower than that with DSVPTC (90.91%), but this difference was not significant (P  = 0.096).

Conclusion
Clinical characteristics such as age, compression symptoms, and sonographic features such as a large mass with heterogeneous echogenicity, hypoechoic, irregular edges, and calcification are helpful for impression diagnosis of PTL and DSVPTC before surgery.
Oral health-related quality of life in patients with X-linked hypophosphatemia: a qualitative exploration
Authors: Nguyen Caroline , Celestin Elisabeth , Chambolle Delphine , Linglart Agnès , Biosse Duplan Martin , Chaussain Catherine , Friedlander Lisa 
Published: December 2021

Introduction
X-linked hypophosphatemia (XLH) is a rare, hereditary, and lifelong phosphate-wasting disorder characterized by rickets in childhood and impaired teeth mineralization. In the oral cavity, spontaneous abscesses can often occur without any clinical signs of alteration of the causal tooth. The objective of our study was to evaluate the oral care pathway and the oral health-related quality of life (OHRQoL) of patients following in an expert oral medicine department located within a Parisian hospital and working in close collaboration with an endocrinology department expert in this pathology.

Methods
This study employed a qualitative descriptive design including semi-structured interviews using guiding themes.

Results
Twenty-one patients were included in the study. The topics brought up exceeded the initial objectives as the patients mostly addressed the alteration of their oral health-related and general quality of life; a very chaotic oral health care pathway with oral health professionals not aware of their pathology; consequences on their social, professional, and school integration. Patients declared the importance of having a multidisciplinary team around them, including medical and dental professionals.

Conclusions
The variety of manifestations in patients with XLH necessitates high coordination of multidisciplinary patient care to optimize quality of life and reduce disease burden. Oral health care pathways are very chaotic for patients who have difficulty in finding professionals with sufficient knowledge of the disease. OHRQoL is therefore diminished. This situation improves when patients enter a coordinated care network.
Development of an enhanced scatter search algorithm using discrete chaotic Arnold’s cat map
Authors: Rafash Amaal Ghazi Hamad , Saeed Enas Mohammed Hussein , Talib Al-Sharify Mushtaq 
Published: December 2021

Solving optimization problems is an ever-growing subject with an enormous number of algorithms. Examples of such algorithms are Scatter Search (SS) and genetic algorithms. Modifying and improving of algorithms can be done by adding diversity and guidance to them. Chaotic maps are quite sensitive to the initial point, which means even a very slight change in the value of the initial point would result in a dramatic change of the sequence produced by the chaotic map Arnold's Cat Map. Arnold's Cat Map is a chaotic map technique that provides long non-repetitive random-like sequences.
Chaotic maps play an important role in improving evolutionary optimization algorithms and meta-heuristics by avoiding local optima and speeding up the convergence. This paper proposes an implementation of the scatter search algorithm with travelling salesman as a case study, then implements and compares the developed hyper Scatter Arnold's Cat Map Search (SACMS) method against the traditional Scatter Search Algorithm. SACMS is a hyper Scatter Search Algorithm with Arnold's Cat Map Chaotic Algorithm. Scatter Arnold's Cat Map Search shows promising results by decreasing the number of iterations required by the Scatter Search Algorithm to get an optimal solution(s). Travelling Salesman Problem, which is a popular and well-known optimization example, is implemented in this paper to demonstrate the results of the modified algorithm Scatter Arnold's Cat Map Search (SACMS). Implementation of both algorithms is done with the same parameters: population size, number of cities, maximum number of iterations, reference set size, etc. The results show improvement by the modified algorithm in terms of the number of iterations required by SS with an iteration reduction of 10–46 % and improvements in time to obtain solutions with 65 % time reduction
Determining the influence of the microstructure and phase composition of glass-metal-ceramic coatings on their basic physical-technical properties
Authors: Karasik Elena , Hordieiev Yurii 
Published: December 2021

Given the development of new heat-resistant nickel alloys that operate at temperatures up to 1,250 °C, as well as the introduction of additive technologies for the production of various parts, it is a relevant task to devise new compositions of highly heat-resistant coatings.
Determining the influence of the phase composition of glass-metal-ceramic coatings on its basic properties could improve the effectiveness of protecting those parts that operate under extreme conditions. Therefore, it is promising to conduct a study aimed at establishing the relationship between the microstructure and phase composition of glass-metal-ceramic coatings and the main physical-technical characteristics.
This study's results have established that the most high-quality coatings were obtained on the basis of non-crystallizing glass. Such glass is characterized by a temperature coefficient of linear expansion of 92·10-7 degrees-1, a glass transition temperature of 625 °C, and surface tension of 260·10-3 N/m at 850 °C. These properties contribute to the formation of a defect-free coating, providing uniform spreading and high-quality adhesion to the substrate.
The resulting optimal coating is characterized by the adhesion strength of 98 %, the thermal resistance (mode 950↔20 °C) of 50 cycles, and the high heat resistance (a weight gain after 100 h in the temperature range of 1,000‒1,050 °C) of 0.03 g/m2·h.
Coatings with a minimum amount of glass bonding are distinguished by uniformity and high quality. The optimal ratio of phases "glass:metal-ceramic composition" is 10:90.
The structure of the recommended coating is uniform, characterized by the homogeneous distribution of components, the absence of cracks, visible defects, and high quality. The phase composition of the coating after firing is represented by crystals of metallic nickel and silicon, as well as a small amount of residual glass phase.
Luminescence efficiency of cerium-doped yttrium aluminum garnet ceramics formed by radiation assisted synthesis
Authors: Alpyssova Gulnur , Lisitsyn Victor , Golkovski Mikhail , Mussakhanov Dossymkhan , Karipbayev Zhakyp , Grechkina Tatyana , Karabekova Dana , Kozlovskiy Artem 
Published: December 2021

The variety of applications of yttrium-aluminum garnet (YAG)-based luminescent materials and the morphology necessary for these purposes required the development of many technologies for their synthesis. All synthesis technologies used are complex. The structural phase of yttrium-aluminum garnet is formed with any technology, at temperatures exceeding 1,500 °C. The starting materials for the synthesis are metal oxides of aluminum, yttrium and other oxides for activation and modification. It seems possible to use hard radiation to form a new phase. Radiation synthesis of ceramics is realized in less than 1 s, without the use of any additives and influences.
The synthesis was carried out at the electron accelerator of the Institute of Nuclear Physics (Novosibirsk). In this work, we studied the spectral-kinetic and quantitative characteristics of luminescence for the first time obtained by the method of radiation synthesis of ceramic samples of yttrium-aluminum garnet doped with cerium with statistical processing of their values. The dependences of the reproducibility of the spectral characteristics of the luminescence of the samples on the preliminary preparation of the charge for synthesis have been investigated. Several cycles of luminophore brightness studies have been performed.
It is shown that the obtained ceramics based on yttrium-aluminum garnet doped with cerium possesses the required spectral-kinetic properties, and the efficiency of conversion of the chip radiation into luminescence is achieved, which is comparable to that available in commercial phosphors. The maximum measured values of the position of the bands are from 553.5 to 559.6 nm. Brightness values range from 4,720 to 1,960 cd/m2.
It was found that the main reason for the scatter in the characteristics of the luminescent properties of ceramics of yttrium-aluminum garnet, activated by cerium obtained by radiation assisted synthesis is the high rate of synthesis and, especially, the high rate of cooling of the samples.