bluuebunny/crossref_metadata_2025_split huggingface dataset:
Erfolgreiche freie mikrovaskuläre A. radialis-Lappenplastik zur Phalluskonstruktion bei persistierender A. mediana (PMA)
Authors: Schloßhauer Torsten , Kueenzlen Lara , Rothenberger Jens Martin , Sader Robert , Rieger Ulrich Michael 
Published: May 2020

Zusammenfassung
Hintergrund Anomalien des Gefäßsystems des Unterarmes können bei der mikrochirurgischen Hebung einer A. radialis-Lappenplastik von großer Bedeutung sein. Insbesondere bei der Verwendung der fasziokutanen Radialislappenplastik zur Bildung eines Penoids ist auf Grund der erforderlichen Größenausmaße der Lappenplastik eine suffiziente arterielle Versorgung von grundlegender Bedeutung. Beim Auftreten einer persistierenden A. mediana können dabei die Perfusionsverhältnisse im Versorgungsgebiet der A. radialis und der A. ulnaris verändert oder diese sogar vollständig rückgebildet worden sein.
Patienten und Methoden Es erfolgte eine retrospektive Auswertung aller in unserer Klinik durchgeführten Phalloplastiken mit Radialispenoid von Januar 2016 bis Dezember 2018. Bei allen Patienten wurde die Technik nach Gottlieb und Levine oder nach Chang angewandt.
Ergebnisse In der retrospektiv untersuchten Kohorte von 48 Patienten wurde bei zwei Patienten intraoperativ eine persistierende A. mediana gefunden, was einer Inzidenz von 4,2 % entspricht. Bei beiden Patienten gelang die hinsichtlich der Perfusion komplikationslose Bildung eines Radialispenoids ohne Einschränkungen der Lappenperfusion oder der Perfusion der Hand. Eine Literaturübersicht liefert einen Überblick über die Inzidenz auftretender Aberrationen der Vaskularisierung des Unterarmes und die daraus ableitbaren Konsequenzen für die Planung einer A. radialis-Lappenplastik.
Schlussfolgerung Auch im Falle einer verlässlichen mikrochirurgischen Lappenplastik wie der A. radialis-Lappenplastik sollten dem mikrochirurgisch tätigen Chirurgen die Möglichkeiten der anatomischen Varianten der arteriellen Versorgung des Unterarmes, wie das Vorhandensein einer persistierenden A. mediana, bekannt sein. Der standardmäßig durchzuführende Allen-Test liefert in vielen Fällen keine eindeutige Rückschlussmöglichkeit und bedingt somit häufig erst intraoperative Zufallsbefunde. Eine sorgfältige präoperative Planung und Evaluation der Perfusion sowie die Erörterung von Alternativtechniken sind hierbei notwendig.
Concept verification of a Remote Automatic Scoring System for Evaluating Knee Function after Total Knee Arthroplasty
Authors: Zhang Haohua , Zhou Yixin 
Published: May 2020

AbstractThe Knee Society Score (KSS) is the most commonly used scale for evaluating postoperative pain and physical function after total knee arthroplasty (TKA). However, this scale requires clinic visiting, which is not quite convenient. Our concept verification study demonstrated a remote automatic system for evaluating knee function after TKA using the KSS. The remote scoring system consists of two modules for data acquisition, an application for patients, a cloud server, and an application for doctors. The kinematic data are collected by the data acquisition modules and transmitted to the patient application via Bluetooth. The data acquisition module contains a motion sensor, a microcontroller unit, a power supply, and a Bluetooth module. The motion sensor consists of an accelerometer, a gyroscope, and a geomagnetic sensor, all of which are three-axis instruments. Using the nine-axis data, the three-dimensional (3D) angles are calculated according to the theory of attitude and heading reference system. The KSS score is calculated using a scoring algorithm in the patient application and transmitted to the doctor application through the cloud server. The knee function of 10 patients treated with unilateral TKA was evaluated by both a doctor and the remote scoring system. The consistency in KSS between the doctor and the system was analyzed using the paired t-test. The remote scoring system successfully recorded knee function data and transmitted the scores from the patient application to the doctor application through the cloud server. There was no significant difference in the KSS scores evaluated by the doctor and that by the system (p = 0.326). This remote automatic scoring system provides a reliable and convenient method for evaluating knee function after TKA at home.
Total Knee Arthroplasty in Patients with Dementia
Authors: Hernandez Nicholas M. , Cunningham Daniel J. , Jiranek William A. , Bolognesi Michael P. , Seyler Thorsten M. 
Published: May 2020

AbstractThere are few studies evaluating total knee arthroplasty (TKA) in patients with dementia. The purpose of this study was to evaluate the rate of revision, complication, emergency department (ED) visitation, and discharge disposition in patients with dementia undergoing primary TKA. In this retrospective study, we evaluated patients from 2007 to 2017 using a national database. Ninety-day complications in patients with dementia undergoing TKA were increased risk of ED visitation and skilled nursing facility (SNF) disposition (p  ≤  0.05). Two-year complications in patients with dementia undergoing TKA were increased risk of ED visitation and SNF disposition (p  ≤  0.05). Patients with dementia undergoing TKA are at an increased risk of resource utilization.
Preadmission Diet and Zip Code Influences the Pediatric Critical Care Clinical Course for Infants with Severe Respiratory Illness (N = 187)
Authors: Leimanis Laurens Mara L. , Jaji Amina M. , Montgomery Jessica , Jess Jennifer , Ferguson Karen , Parker Jessica , Sanfilippo Dominic , Rajasekaran Surender 
Published: May 2020

AbstractWe examined preadmission diet and zip code in infants with severe respiratory illness in the pediatric critical care unit. Patients aged 0 to 5 months admitted to the Helen DeVos Children's Hospital from January 2011 to May 2017 (N = 187), as exclusively formula, exclusively breastfed or mixed diet were included. Formula-fed infants (n = 88; 47%) clustered to zip codes with lower median incomes (<0.005), used public insurance as their payer type (p < 0.005), and were prescribed more ranitidine (p < 0.05) on admission.
The thermo-wetting instability driving Leidenfrost film collapse
Authors: Zhao Tom Y. , Patankar Neelesh A. 
Published: May 2020

Significance
The insulating vapor film formed during film boiling dramatically reduces the heat flux from the surface. This can be highly detrimental in the quenching of metal alloys, the cooling of nuclear fuel rods, and the thermal control of electronic and photonic devices. On the other hand, the vapor film can also be harnessed to reduce liquid–solid drag as well as design levitating, self-rotating rotors and self-propelled droplets for lab-on-a-chip applications. Control of vapor film collapse in different systems and operating conditions is therefore highly desirable. Surface wettability is known to influence this collapse. However, a comprehensive thermo-wetting instability theory that predicts observed data has been elusive. This work proposes such a theory.
The discursive construction of husband and
wife bonding
Authors: Ide Risako , Okamoto Takako 
Published: May 2020

Abstract
In this chapter, we analyze
Japanese women’s narratives about their
child-rearing experiences to reveal the meta-level
of positioning of their husbands’ involvement
through examining the use and non-use of
benefactive verb forms. We pose the grammatical
form of benefactive, especially the -te
kureru form, as a center of meaning
making wherein the ideologies of husband and wife
bonding are negotiated and enacted in the situated
context of interviews. Analyzing the narratives of
women in three different groups (i.e., housewives,
dual-income working women, and farmer women) in
Japan, we demonstrate how the use and the non-use
of -te kureru benefactive
differently indexes husband and wife bonding in
childrearing, while reflecting and reproducing
contrasting ideologies regarding gender relations
within the family.
Confronting the EU referendum as
immigrants
Authors: Hata Kaori 
Published: May 2020

Abstract
This paper focuses on how
immigrant Japanese women living in London
categorise themselves in interviews conducted
yearly from 2016 to 2019. Through analyses of
participants’ personal narratives as immigrants
and their relationships with their husbands’
relatives, I investigate (a) how they position
themselves in the post-referendum social order;
(b) how their positioning has changed over the
three-year period; and (c) how their positioning is negotiated with other participants during the course of a group interview. My analysis shows how two kinds
of bonding phenomena emerge during interactions.
The first, social bonding, is a
discursive, ideological practice to connect the
self to social groups, whereas the second,
interactional bonding, refers to
communicative developments participants
create.
Micro-bonding moments
Authors: Bushnell Cade 
Published: May 2020

Abstract
In the present study, I
examine the interaction of one pair of
participants (a first and second language speaker
of Japanese), which is part of a larger corpus of
dyadic initial interactional data gathered by
video recording pairs of participants asked to
participate in a topical discussion task. Bringing
to bear on these data a microethnographic
methodology, I show some of the functions of
laughter deployed by the participants. In
particular, the findings of the analyses indicate
that, in my data, laughter was used both to
indicate the frame or tenor of the interaction, to
display an orientation to and interactionally
co-constitute a moral order, and to negotiate and
coordinate joint participation in a next course of
action.
Participatory, self-organising, and learning
Authors: Yang Jun 
Published: May 2020

Abstract
This article presents a case study on communication in online collaborative translation projects, drawing on a
community of amateur Chinese translators called Yeeyan. Centring on the concept of ‘translaboration’, the study explores the
collaborative dimension of translation by examining conversational discourse during the translation process. It argues that
participants play the role not only of translators, but also of translaborators, who self-organise and resolve various kinds of
issues through collaboration. The study uses dialogue act analysis and social network analysis to investigate the features and
influence of communication that drive and shape translation and other collaborative activities. The findings show that
communication can help mitigate organisational and quality risks in online collaborative translation. A learning process embedded
in peer communication is also found. The study enriches existing knowledge of translaboration as a model of transdisciplinary
research of collaborative practices in multi-agent relationships, collective problem-solving and knowledge communication.
Promoting multimodal practices in multilingual classes of Italian in Canada and in Italy
Authors: Salvato Giuliana 
Published: May 2020

Abstract
This paper offers a qualitative analysis of the responses that 28 advanced learners of Italian in Canada and Italy
contributed to a questionnaire asking them to interpret the meanings and functions of six Italian gestures, alone and in
combination with dialogues. Participants were also asked to comment on their perception of body language in their L1 and in
Italian. The purpose of the exercise was to expand L2 pedagogy towards multimodality, while at the same time accounting for
learners’ multilingualism. We found that participants appreciated a multimodal approach to their Italian language learning
experience. We also found that knowledge of languages typologically related to Italian (i.e. Romance languages) was no guarantee
that our groups of multilinguals would be facilitated in the interpretation of L2 gesture forms and meanings. Rather, the presence
of verbal language in dialogues, the form of gesture, and familiarity with the nonverbal characteristics of interactions in the
target language, helped participants succeed in this multimodal activity.
Grabbing from below: a study of land reclamation in Egypt
Authors: Nour Saker El 
Published: May 2020

ABSTRACTThe article questions state land commodification and the expansion of frontiers in land reclamation projects in Egypt. It does so by drawing on ethnographic fieldwork in the form of in-depth interviews and archival research on land tenure relations in Wadi Al-Nukra, Upper Egypt. In the article, actors and structure dynamics are situated in the wider political economy framework in order to guide both the data collection and the discussion surrounding the results. The key finding was that agricultural development in the desert created a particular class formation and resulted in specific land concentration. It did not lead to the hegemony of agribusiness nor to the success of desert agriculture in solving agrarian questions or issues relating to food security and population redistribution. The coexistence of different legal frameworks, development policies and discourses concerning allocation of state land, all of these coming from different backgrounds, has led to the concentration of property and to cronyism. It also reveals a deepening social differentiation and class formation. The land reclamation project in desert areas is increasingly moving towards an acceleration of the commodification of state land used for production, accumulation and speculation.
Impact of the talent development environment on the wellbeing and burnout of Caribbean youth track and field athletes
Authors: Thomas Candice E. , Gastin Paul B. , Abbott Gavin , Main Luana C. 
Published: May 2020

AbstractThis study examined the perceived talent development environment (TDE) of youth track and field athletes within the Caribbean region and explores the relationship with their subjective wellbeing and burnout levels. A sample of 400 Caribbean youth track and field athletes (male = 198, and female = 202; age 13–20 years) participated in this cross‐sectional study. Athletes responded to a survey which included the Talent Development Environment Questionnaire (TDEQ‐5), the World Health Organization Wellbeing Index (WHO‐5) and the Athlete Burnout Questionnaire (ABQ). Structural equation modelling showed that a positive and supportive TDE was associated with better athlete wellbeing and lower athlete burnout. Moreover, gender and hours of training moderated relationships of athletes’ perceptions of their development environment with wellbeing and burnout levels respectively. Furthermore, there was a positive association between the support network and athlete wellbeing, while holistic quality preparation was negatively associated with athlete burnout. Development environments perceived as supportive and geared towards a holistic athlete‐centred approach were associated with better athlete wellbeing and lower burnout.
Metaheuristic algorithm approach to solve non-linear equations system with complex roots
Authors: Kamsyakawuni A , Sari M P , Riski A , Santoso K A 
Published: May 2020

Abstract
Non-linear equations system is a collection of some non-linear equations that will find the best solution. Finding the solution of non-linear equations system usually by using analytical method, but there are some complex cases that cannot be solved analytically, so new methods are needed to solve them. One method that can be used to solve non-linear equations system is by using metaheuristic algorithm. This research aims to solve non-linear equations system with complex roots by using metaheuristic algorithm. The metaheuristic algorithm used in this research is Particle Swarm Optimization (PSO), Firefly Algorithm (FA) and Cuckoo Search (CS). The input of this research is non-linear equations system that will be tested and parameters of the PSO, FA, and CS algorithm. Non-linear equations system which is the object of problem is polynomial function and transcendent function, which include logarithmic function, first degree trigonometric function and exponential function. The resulting output is an approximation of the complex roots and function value. Then the obtained solution of non-linear equations system compared with the result of accuracy by finding the value of the function f(x) which is closer to zero. The result of this research obtained by comparing the value of the function produced by each algorithm showed that Particle Swarm Optimization (PSO) algorithm is better at solving non-linear equations system with complex roots because the value of the resulting function is close to zero.
Mapping of gold mineralization using 3D inversion magnetic data at Zone X, West Java
Authors: Al Macky Muzzammil , Syamsu Rosid Mohammad , Pajrin Jaman Agus 
Published: May 2020

Abstract
Gold mineralization occurs when the hydrothermal fluid rise beneath the earth’s surface. Tectonic activity causes gold mineralization in several depositional environments, one of which is a low epithermal sulfide deposite. This type of deposite is characterized by low temperatures and controlled by many geological structures. The discovery of veins in geological mapping in Zone X needs to be supported by geophysical exploration to identify the distribution of gold mineralized zones. This study aims to identify zones of gold mineralization based on magnetic data. From the results of the study obtained the susceptibility parameters of the 3D inversion process of magnetic data. The results are verified by map of gravity anomalies and geological structures. So that there are 2 interesting blocks which are interpreted as zones of gold mineralization in the southeast-northwest orientation and the depth of the dominant magnetic body at 900 masl to 20 masl.
Hydrocarbon Reservoir Characterization of ‘Y’ Field in Kutai Basin East Kalimantan Using Artificial Neural Network Method
Authors: Hendryan Y R , Rosid M S , Haryono  
Published: May 2020

Abstract
The Kutai Basin in East Kalimantan is one of the largest oil and gas production areas in Indonesia. However, because the area has quite complex geology, the distribution of sandstone reservoirs in this area tends to be random. In the ‘Y’ field there are two wells named TU-1 and TS-1. The presence of gas-type hydrocarbon was shown in the TU-1 well while TS-1 well is a dry well. For this reason, the volume of rock properties were distributed to predict the presence and distribution of sandstones that have the potential to become hydrocarbon reservoirs. This study uses artificial neural network method with seismic attribute volumes, such as instantaneous amplitude, instantaneous phase, and instantaneous frequency, and also acoustic impedance inversion as the input. The volume of rock properties that were successfully predicted by the neural network were density, P-wave velocity, and effective porosity. From this volume, there is one horizon that becomes an interesting area because it has an area that indicates a hydrocarbon reservoir, that is Late Miocene horizon. Its properties have density value range from 2.1 - 2.25 gr/cc, P-wave velocity value ranges from 1800 - 2500 m/s, and effective porosity value ranges from 10 - 15%.
The effects of milling time on structure, magnetic properties and microwave absorption capability of strontium lanthanum ferrite compounds
Authors: Effendi Mukhtar , Nugraha Endra , Tri Cahyanto Wahyu , Widanarto Wahyu 
Published: May 2020

Abstract
A series of lanthanum oxide doped of Strontium ferrite material has been produced by using a solid-state reaction method with the composition of (1-x) SrO : (x)La2O3 : (6)Fe2O3, where x = 0.2 mol. The solid-state reaction method consists of mixing, milling with time duration of (hour) 0.5; 1.0 and 1.5, pressing, annealing at 800 ° C for 1 hour, and sintering at 1100 °C for 3 hours. XRD, VSM, and VNA characterizations have been carried out to analyze the structure, magnetic properties, and microwave absorption capability, respectively. The characterization results showed the appearance of Sr0,5La0,5Fe12O19, SrFe12O19 and Fe2O3 crystal phases. The samples with a milling time of 1 hour produced the highest Sr0.5La0.5Fe12O19 crystal phase and the smallest crystal size and also the highest M
s value. These factors result in to achieve the best microwave absorption capability. The highest microwave absorption is -35.99 dB at a frequency of 7.69 GHz which is attained by the samples with a milling time of 1 hour. Increasing the milling time by more than 1 hour will cause the sample to agglomerate so that the crystal size increases, the Sr0.5La0.5Fe12O19 crystal phase decreases, the M
s value also decreases, and ultimately causes absorption capability of the microwave also decreases. Generally, the 1 hour milling time process yields the magnetic material which is very promising for electromagnetic interference (EMI) absorption applications for frequencies of 8 - 12 GHz (X-Band).
Effect of Carbon Active Addition to Electrochemical Performance of Li4Ti5O12/SnO2 Composite Anode on Lithiumion Battery
Authors: Simamora Ebsan , Riady Jeffrey , Priyono Bambang , Syahrial Anne Zulfia 
Published: May 2020

Abstract
As a potential material on lithium ion battery, the composite Li4Ti5O12 (LTO) has a limitation due to its low theoretical capacity compared to graphite. To decrease the limitation, this research was conducted by adding activated carbon and SnO2 to LTO. The addition of activated carbon was conducted in 1%, 3% and 5%. Meanwhile, the addition of SnO2 was conducted in 10%. LTO was synthetized by using sol-gel method, hydrothermal method and mechano-chemical method. The sample was characterized with XRD and SEM-EDX. The XRD results showed that SnO2 particle were formed with no residue from previous reaction. The results of SEM-EDS showed that SnO2 particle had a small size and distribute evenly as the active carbon. Furthermore, to determine the addition effect of activated carbon and SnO2 on electrochemical performance of the battery, we conducted EIS, CV and CD testing. The results of CV testing showed that the addition of activated carbon increased the specific capacity of LTO. Meanwhile, the results of CD testing showed that the addition of activated carbon reduced the capacity loss on high c-rate.
New one-loop formulas for

H→γγ,Zγ
Authors: Hong Phan Khiem , Tri Tran Dzung 
Published: May 2020

Abstract
Based on the method for evaluating one-loop Feynman integrals developed in [A. I. Davydychev, Phys. Lett. B 263 (1991) 107], new analytic results for one-loop contributing to the decay channels

H
→
γ
γ
,

Z
γ

are presented. The form factors shown in this paper are valid at arbitrary space-time dimension.
Multiple scattering model considering the vibration effect
Authors: Nguyen Hien T , Phan Ngoc-Loan 
Published: May 2020

Abstract
The independent atomic (IAM) and the multiple scattering (MS) models are recently adopted to extract the molecular geometrical structures from the electron diffraction images, especially, in the laser-induced electron diffraction. In this study, firstly, we clarify the working range of the MS and the IAM models by comparing its diffraction images at various collision energies. We claim that the MS model is effective at low energy of incident electron while both MS and IAM models give similar results at high collision energy. Secondly, we successfully develop the MS model by numerically including the molecular vibration. By comparing with the diffraction patterns calculated within the IAM model at considerably high collision energy, we verify the accuracy of the developed MS model. We show that the diffraction curves simulated by the MS and IAM methods considering the vibration effect are consistent with each other. Moreover, the extracted interatomic distance from diffraction images well agrees with the initial input. This evidence proves that the MS model with the vibration effect is reliable.