Miracle-dz/UniFAR-FTUs huggingface dataset:
Evaluation of Cardiac Functions in Hypothyroidism and Subclinical Hypothyroidism

Abbreviations: HR-Heart Rate; SBP-Systolic Blood Pressure; DBP-Diastolic Blood Pressure; TSH-Thyroid Stimulating Hormone; ECGElectrocardiogram ; LVEDDLeft Ventricular End Diastolic Diameter; LVESD-Left Ventricular End Systolic Diameter; dIVST Inter Ventricular Thickness In Systole; dLVPWT – Left Ventricular Posterior Wall Thickness In Systole; EF%-Ejection Fraction; FSFractional Shortening; IRT-Isovolumic Relaxation Time; WNL-With In Normal Limit; ABAnti Thyroid Antibodies; LAHBLeft Anterior Hemi Block; RBBBRight Bundle Branch Block; LVC-Low Voltage Complexes
On the priority of salience-based interpretations: The case of sarcastic irony

Abstract Results from 2 experiments support the view that, regardless of strength of contextual expectation for utterance nonsalient (ironic) interpretation, (a) salience-based interpretations will not be blocked. Instead, they will be facilitated initially. And, (b) if conducive to the interpretation process, they will not be suppressed, albeit incompatible (Giora 2003; Giora and Fein 1999a; Giora and Fein 1999b; Giora et al. 2007). In Experiment 1, expectancy for an ironic utterance was manipulated by introducing an ironic speaker, whose ironic utterances were prefaced by overt ironic cues, making explicit the speaker's ironic intent. In Experiment 2, expectancy strongly biased via repeated exposure to ironic utterances, was further strengthened by informing participants that the experiment was testing sarcasm interpretation. Long processing times were allowed so as to tap later (suppression) processes. Results from reading times and lexical decisions support the temporal priority of salience-based interpretations, while arguing against both, the contextualist views (Gibbs 2002; Katz 2009) and the Gricean suppression hypothesis (Grice 1975).
The Impact of Storm Tracks on Warm-Season Precipitation in the Midwest: Contrasting the 1988 Drought and 1993 Flood

To assess the role of cyclone tracks in contributing to floods and droughts, we highlight the role of midlatitude cyclones played in the 1988 drought and the 1993 flood. Our results demonstrate that the 1988 drought featured a poleward-displaced cyclone track with a reduced role for cyclone-induced precipitation, especially in the spring of 1988. The 1993 flood featured a cyclone track from Mexico northeast to Missouri in the spring, while the summer featured two cyclone tracks: one in the southwestern US and the other across Canada linked to the right-entrance and left-exit regions of a strong 200 hPa Jetstream across the upper Midwest. Enhanced 850 hPa inflow from the Caribbean northeast to the Midwest with high precipitable water values occurred in conjunction with the right entrance portion of the 200 hPa Jetstream. Linking storm tracks and the 200 hPa Jetstream to a storm-rain index for the Midwest showed that these extreme events conformed to features of the general circulation normally associated with wet/dry episodes in the warm half of the year. Although El Nino did not play a role in the 1993 flood, the 1988 drought was associated with a poleward displacement of cyclone tracks in response to La Nina.
PHOSPHORUS DYNAMICS AND AVAILABILITY AND IRRIGATED COFFEE YIELD ( 1 )

Research data have demonstrated that the P demand of coffee (Coffea arabica L.) is similar to that of short-cycle crops. In this context, the objective of this study was to evaluate the influence of annual P fertilization on the soil P status by the quantification of labile, moderately labile, low-labile, and total P fractions, associating them to coffee yield. The experiment was installed in a typical dystrophic Red Latosol (Oxisol) cultivated with irrigated coffee annually fertilized with triple superphosphate at rates of 0, 50, 100, 200, and 400 kg ha-1 P2O5. Phosphorus fractions were determined in two soil layers: 0–10 and 10–20 cm. The P leaf contents and coffee yield in 2008 were also evaluated. The irrigated coffee responded to phosphate fertilization in the production phase with gains of up to 138 % in coffee yield by the application of 400 kg ha-1 P2O5. Coffee leaf P contents increased with P applications and stabilized around 1.98 g kg-1, at rates of 270 kg ha-1 P2O5 and higher. Soil P application caused, in general, an increase in bioavailable P fractions, which constitute the main soil P reservoir.
Does Governance Mechanism Affect the Disclosures of Top Management's Compensation?

The paper examines the role of corporate governance in the disclosure of top management’s compensation. We find that companies with higher levels of top management shareholding provide greater transparency in their compensation disclosures. By contrast, firms with a higher proportion of executive directors, the greater divergence between the control and cash flow rights and CEO duality, will have a lower transparency of compensation disclosures. In summary, our findings suggest that firms with weaker governance mechanism have a greater agency problem and a lower transparency of top management’s compensation disclosures.
Spectral-finite element approach to viscoelastic relaxation in a spherical compressible Earth: application to GIA modelling

SUMMARY The choice of the physical model of postglacial rebound plays a decisive role to derive information about the mantle rheology and viscosity from observed data. In models for the mantle rheology, an incompressible Maxwell material is often assumed in spite of seismic observations showing that the Earth's mantle is composed of compressible material. In this study, in order to assess the influence of compressibility on glacial isostatic adjustment (GIA), the spectral-finite element approach proposed by Martinec is extended to incorporate the effect of compressibility. Using this approach, the present-day velocity field is computed for Peltier's ICE5G/VM2 earth-model/glaciation-history combination considering the sea level equation in the formulation of Hagedoorn et al. The results show that the effect of compressibility on the vertical displacement rate is small whereas the horizontal rates are markedly enhanced. For example, the rate around Fennoscandia and Laurentide becomes twice as large when compressibility is considered. This large difference between the compressible and incompressible models can be reduced by adjusting the elastic rigidity of the incompressible model so that the flexural rigidity becomes approximately the same as that in the compressible model. However, differences of ∼1 mm yr−1 still remain for wavelengths longer than 8000 km. These findings show that when modelling horizontal motion induced by GIA, the influence of compressibility cannot be neglected.
Unit Specific Nursing Orientation

4 Acknowledgements.5 CHAPTER 1: EXPLORING THE LITERATURE ON UNIT SPECIFIC NURSING ORIENTATION.6 Introduction.6 Research Question.8 Significance.9 Theoretical Perspective.9 . Methodology.11 Search Strategy.12 Limitations.13 Table of Selected Articles.14 CHAPTER 2: FINDINGS FROM INTEGRATIVE LITERATURE REVIEW.18 Conducting an Investigatory Survey.19 A Nursing University Program.20 Orientation Specific to Experienced New Nursing Hires.22 . Transition Support.25 A Fellowship.31 Staged or Phased Orientation.33 A Unit Specific Orientation Class.37 Summary.39 CHAPTER 3: DISCUSSION OF FINDINGS.40 UNIT SPECIFIC NURSING ORIENTATION 3 CHAPTER 4: CONCLUSION AND RECOMMENDATIONS.48 Suggestions for Education and Organizations.50 Limitations of the Review.51 Conclusion. 52 REFERENCES.53 UNIT SPECIFIC NURSING ORIENTATION 4
Policies, Practices, and Attitudes toward Inclusive Education: The Case of Greece

Inclusive education is now firmly established as the main educational policy for children with special educational needs and disabilities, which emerges as the mean of creating an inclusive society in which equal opportunities are provided. However, there are concerns expressed on the effect of such a change in the educational system and on how possible it is to make this a reality. The concerns and objections of educators toward inclusion are mainly based on the diversity of learning disabilities, the learning outcomes that could be generated by applying this practice, and the lack of confidence of teachers to teach in an inclusive environment. In this study, we examine teachers’ attitudes toward inclusive education, while at the same time, we analyze current inclusive policies and practices in the Greek educational system. Results revealed that teachers have generally positive attitudes toward inclusion. However, they indicated some issues and barriers to the implementation of inclusion. We consider that policy-makers in Greece should target educator training and increase funding for education.
A Political Leader’s Image in Public Diplomacy and Nation Branding: The Impact of Competence, Charisma, Integrity and Gender

Although country image and its potential spillover effects are central research topics in international public relations and public diplomacy, there is a lack of research regarding the effect that political leaders’ images have on those of their home countries. Previous research does indicate that a political leader might be highly influential in terms of attracting benefits for their country; however, our study tests for the first time how a political leader’s image influences their home country’s image by employing a 2 ´ 3 factorial experimental design. Results confirm the hypothesized spillover effect of a political leader’s image on that of their home country, with the integrity of political leaders showing the greatest impact on country image, followed by the competence and charisma dimensions. We also found that the gender of the political leader plays an important role. Future studies should therefore consider and elaborate on this effect in more depth.
Structure and composition of the liana assemblage of Azagny National Park in the Southern Côte d ’ Ivoire

The Azagny National Park represents one of the most important blocks of forest in Côte d’Ivoire, but its liana assemblage has never been characterized. Liana floristics, diversity, species composition and structure were evaluated. Fourteen plots of 1 ha (20 × 25 m) were established in different biotopes of the forest. All individual lianas of dbh ≥ 1 cm were identified, measured and marked. For each 1 ha plot, old growth forest from secondary forest was distinguished. In total, 5,436 lianas, representing 63 species, 47 genera, and 28 families were identified. The average number of species was 18.35, mean basal area was 0.21 m 2 and mean Fisher’s alpha, Shannon index and Simpson diversity index values were 19, 2.81 and 0.72, respectively. Ten dominant plant families accounting for 83% of total species richness, 71% of liana abundance and 71% of basal area were also identified. Twiners, zoochorous, light-demanding and microphanerophyte species dominated. There were more large lianas in old growth forests than in secondary forests. The liana assemblage and species floristic composition is generally similar to that in other tropical African forests.
A ug 2 01 7 Fermi-to-Bose crossover in a trapped quasi-2 D gas of fermionic atoms

Physics of many-body systems where particles are restricted to move in two spatial dimensions is challenging and even controversial: On one hand, neither long-range order nor Bose condensation may appear in infinite uniform 2D systems at finite temperature, on the other hand this does not prohibit superfluidity or superconductivity. Moreover, 2D superconductors, such as cuprates, are among the systems with highest critical temperatures. Ultracold atoms are a platform for studying 2D physics. Uniquely to other physical systems, quantum statistics may be completely changed in an ultracold gas: an atomic Fermi gas may be smoothly crossed over into a gas of Bose molecules (or dimers) by tuning interatomic interactions. We review recent experiments where such crossover has been demonstrated as well as critical phenomena in the Fermi-toBose crossover. We also present simple theoretical models describing the gas at different points of the crossover and compare the data to these and more advanced models.
Numerical Assessment of Similitude Parameters and Dimensional Analysis for Water Entry Problems

The prediction of impulsive loads deriving from the sudden impact of a solid body on the water surface is of fundamental importance for a wide range of engineering applications. The study of hull-slamming phenomena largely relies on laboratory scale experimental investigations and on simplified analytical models. The aim of this paper is to quantitatively assess the interplay between the relevant nondimensional parameters for the water entry of a two-dimensional body, evidencing the similitude conditions that allow the transition from scaled experiments to real size applications. This assessment is performed through the numerical study of the hydrodynamics induced by the water impact of a two-dimensional wedge. The fluid flow is considered incompressible. First of all numerical simulations are validated by comparison with experimental data from the literature and with the Wagner seminal theory. Afterwards, a thorough computational study is performed by systematically varying all the relevant parameters, such as the nondimensional entry velocity and acceleration. We conclude by evidencing some design prescriptions that should be adopted in order to facilitate the transition of laboratory scale experiments to real scale applications.
The WC10 central stars CPD−56° 8032 and He 2–113 –III. Wind electron temperatures and abundances

We present a direct spectroscopic measurement of the wind electron temperatures and a determination of the stellar wind abundances of the WC10 central stars of planetary nebulae CPD−56° 8032 and He 2–113, for which high-resolution (0.15-A) UCLES echelle spectra have been obtained using the 3.9-m Anglo-Australian Telescope. The intensities of dielectronic recombination lines, originating from autoionizing resonance states situated in the C2++e− continuum, are sensitive to the electron temperature through the populations of these states, which are close to their LTE values. The high-resolution spectra allow the intensities of fine-structure components of the dielectronic multiplets to be measured. New atomic data for the autoionization and radiative transition probabilities of the resonance states are presented, and used to derive wind electron temperatures in the two stars of 21 300 K for CPD−56°8032 and 16 400 K for He 2–113. One of the dielectronic lines is shown to have an autoionization width in agreement with the theoretical predictions. Wind abundances of carbon with respect to helium are determined from bound–bound recombination lines, and are found to be C/He=0.44 for CPD−56° 8032 and C/He=0.29 for He 2–113 (by number). The oxygen abundances are determined to be O/He=0.24 for CPD−56° 8032 and 0.26 for He 2–113. The effect of optical depth on the temperature and abundance determinations is investigated by means of a Sobolev escape-probability model. We conclude that the optically thicker recombination lines can still be used for abundance determinations, provided that their upper levels are far from LTE.
Eurozone stock returns co-movement:: Some findings for portfolio managers and central bankers

In this paper we assess the level of country risk vs industry risk for the Eurozone national stock markets and the measure of dispersion is used to deliver the desired estimates. We find a significant and permanent increase in the level of country risk since the beginning of the recent global financial crisis. This conclusion may be important both for portfolio managers and monetary policymakers.
Circles in a complex projective space

The study of circles is one of the interesting objects in differential geometry. A curve γ(s) on a Riemannian manifold M parametrized by its arc length 5 is called a circle, if there exists a field of unit vectors Ys along the curve which satisfies, together with the unit tangent vectors Xs — Ϋ(s)9 the differential equations : FSXS = kYs and FsYs= — kXs, where k is a positive constant, which is called the curvature of the circle γ(s) and Vs denotes the covariant differentiation along γ(s) with respect to the Aiemannian connection V of M. For given a point lEJIί, orthonormal pair of vectors u, v^ TXM and for any given positive constant k, we have a unique circle γ(s) such that γ(0)=x, γ(0) = u and (Psγ(s))s=o=kv. It is known that in a complete Riemannian manifold every circle can be defined for o o < 5 < o o (Cf. [6]). The study of global behaviours of circles is very interesting. However there are few results in this direction except for the global existence theorem. In general, a circle in a Riemannian manifold is not closed. Here we call a circle γ(s) closed if there exists So with 7(so) = /(0), XSo Xo and YSo— Yo. Of course, any circles in Euclidean m-space E are closed. And also any circles in Euclidean m-sphere S(c) are closed. But in the case of a real hyperbolic space H(c), there exist many open circles. It is well-known that in H(c) circles with curvature not exceeding v |c | are open and circles with curvature greater than v \c\ are closed (cf. [3]). That is, in H{c) the answer to the question "Is a circle γ(s) closed? " depends on its curvature. In this paper, we are concerned with circles in an n-dimensional complex projective space CP(c) of constant holomorphic sectional curvature c. In Section 1, by using Submanifold Theory we give an interesting family of open circles and closed circles with the same curvature /c/2^ in CP(c). In his paper [5], Naitoh
Allocating Air Traffic Flow Management Slots

In Europe, when an imbalance between demand and capacity is detected for air traffic network resources, Air Traffic Flow Management slots are allocated to flights on the basis of a First Planned First Served principle. We propose a market mechanism to allocate such slots in the case of a single constrained en-route sector or airport. We show that our mechanism provides a slot allocation which is economically preferable to the current one as it enables airlines to pay for delay reduction or receive compensations for delay increases. We also discuss the implementation of our mechanism through two alternative distributed approaches that spare airlines the disclosure of private information. Both these approaches have the additional advantage that they directly involve airlines in the decision making process. Two computational examples relying on real data illustrate our findings.
An Approach to Regular Separability in Vector Addition Systems

We study the problem of regular separability of languages of vector addition systems with states (VASS). It asks whether for two given VASS languages K and L, there exists a regular language R that includes K and is disjoint from L. While decidability of the problem in full generality remains an open question, there are several subclasses for which decidability has been shown: It is decidable for (i) one-dimensional VASS, (ii) VASS coverability languages, (iii) languages of integer VASS, and (iv) commutative VASS languages. We propose a general approach to deciding regular separability. We use it to decide regular separability of an arbitrary VASS language from any language in the classes (i), (ii), and (iii). This generalizes all previous results, including (iv).
The Acceptance of the e-Filing System by MalaysianTaxpayers: a Simplified Model

The e-filing system is an important e-government service in Malaysia. This paper investigates the factors that lead to the acceptance of e-filing among taxpayers by using TAM. This study proposes a model consisting of three constructs, which are perceived usefulness, perceived ease of use and perceived risk. The model proposed by this study is a simpler model compared to other studies on e-filing. The confirmatory factor analysis shows that the model is an adequate fit. Based on the data collected from 166 respondents, the results showed that the proposed model explained up to 61% of the variance in behavioral intention. All of the variables significantly influence behavioral intention. The perceived risk construct has a negative association with the perceived usefulness construct. However, there is no significant association between the perceived risk and perceived ease of use constructs.
Tectonics of an ultrahigh‐pressure metamorphic terrane: The Dabie Shan/Tongbai Shan Orogen, China

Ultrahigh-pressure metamorphic rocks with coesite and diamond form a tectonic slice over 20 km thick, called the eclogite zone, within the Dabie Shan complex in the Qinling orogen in central China. The orogen separates the Sino-Korean block in the north from the Yangtze block in the south. The Dabie Shan Complex is a composite terrane made up of eclogite facies and amphibolite facies gneiss slices and represents fragments of the lower continental crust of the Yangtze block. The Dabie Shan Complex is bounded in the south by a Triassic foreland fold-thrust belt and in the north by a greenschist facies metaclastic unit, the Foziling Group, which probably represents the passive continental apron deposits of the Yangtze block. Farther north is a granulite facies gneiss complex, the Qinling Group, which has ultramafic slivers and includes the remnants of an island arc with two bounding suture zones. North of the Qinling Group are early Paleozoic active margin deposits of the Sino-Korean block. The eclogite zone in the Dabie Shan Complex is sandwiched between amphibolite facies gneiss slices. Dating by Sm-Nd, Rb-Sr, and Ar-Ar of two eclogite samples from the eclogite zone gives early to middle Triassic ages (236–246 Ma); the initial eNd values indicate reworking of a 2.11 and 1.55 Ga continental crust. A Himalayan-type tectonic evolution is envisaged for the Qinling orogen with the creation of a 100-km-thick crustal thrust wedge through continuous underplating during the subduction of the Yangtze continental lithosphere. Exhumation of the ultrahigh-pressure metamorphic rocks was chiefly achieved by the southward propagation of the thrust planes, thereby isostatically uplifting and eroding the earlier deeply subducted parts of the orogen. A total of 680 km of southward thrusting in front of Dabie Shan is inferred, based on the abrupt termination of the Tanlu fault. Normal faulting possibly caused by gravitational collapse probably also had a role in the exhumation process.
Regression for Compositional Data with Compositional Data as Predictor Variables with or without Zero Values

Compositional data are positive multivariate data, constrained to lie within the simplex space. Regression analysis of such data has been studied and many regression models have been proposed, but most of them not allowing for zero values. Secondly, the case of compositional data being in the predictor variables side has gained little research interest. Surprisingly enough, the case of both the response and predictor variables being compositional data has not been widely studied. This paper suggests a solution for this last problem. Principal components regression using the α -transformation and Kulback-Leibler divergence are the key elements of the proposed approach. An advantage of this approach is that zero values are allowed, in both the response and the predictor variables side. Simulation studies and examples with real data illustrate the performance of our algorithm.
Women and Leadership Style

Abstract:This article addresses the topic of gender, especially as it relates to women, their presence, their power, their vulnerabilities, and their ways of being involved in group leadership. It reviews the author s personal experiences as the leader of a professional organization as well as her experiences as a group therapist. It highlights five areas to which female leaders should be alert to be prepared and effective leaders.