Miracle-dz/UniFAR-FTUs huggingface dataset:
deportivo militar con

Multiple variables must be considered when talking about sports performance. Among them, the literature establishes the importance of psychology and indicator techniques of experience acquired in the discipline. This study aims to establish the relationship between certain constructs that define the psychological profile of the athlete with skill indicators in military parachuting. For this, 42 jumpers aged 40.86 years old (±7.35) belonging to the Spanish army and the civil guard during the celebration of the National Military Championship of Skydiving which is held annually surveyed to know their level of optimism, resilience, psychological well-being, and burnout. It is concluded that the years of skydiving experience and the number of jumps, as indicators of skill, must be taken into account with a higher level of concreteness and specificity since certain psychological variables can increase or decrease depending on them. It is convenient to study each case, in particular, to understand what can happen in the state of the parachutist and develop strategies for optimizing sports performance.
Thermohydraulic Effects of Scaling in Flat Plate Solar Collector Networks

This work presents a theoretical study of fouling in flat plate solar collectors. The thermal performance of solar collectors is determined by operating variables such as surface area, network configuration, and flow distribution, as well as external factors such as solar radiation and weather conditions. However, in most flat plate solar collectors, where water is the working fluid, it is common for scaling to occur, reducing heat transfer and increasing pressure drop. Fouling in pipes increases resistance to heat transfer and increases pressure drop. Consequently, the thermal performance of solar collectors decreases while increasing pumping power. An inadequate design of a network of solar collectors causes poor fluid distribution, which affects thermal performance. In channels with low water flow rates, the fluid reaches higher temperatures, which increases the rate of scaling deposition on the surfaces of the pipes. There are few studies on fouling in solar collectors and its effect on thermal and hydraulic performance. Therefore, the use of a model to predict fouling and the development of a mathematical model to determine the flow distribution in the network will allow for the identification of improved network structure designs. It is shown that in retrofit, reduction of free flow area by 40 %, reduces fouling deposition and pressure drop due to scaling but only reduces the maximum outlet temperature by 0.55 °C between the clean and fouled conditions.
The Role of Receivables Cash and Dividends in Stock Investment on the Indonesia Stock Exchange

Investment plays an important role in a country's economy. How companies controlled by majority shareholders can establish a relationship of mutual need and mutual benefit with retail investors. Dividends can be a bridge for fair and proportional profit sharing. The ratio of receivables to cash and Dividend Per Share is important to be further investigated using statistical tests. The ratio of receivables to cash is a novelty in financial management research. If the ratio of receivables to cash is too high, it will create the potential for high dependence of the company on the collective receivables in the future to finance its operations. This article was created with the aim of gaining a strong understanding of the ratio of accounts receivable to cash and Dividend Per Share (DPS) and its relation to sharia-indexed stock prices. The method used in writing this article is descriptive qualitative method. Based on empirical studies and also analysis in the discussion, it shows that Dividend Per Share (DPS) has a large and crucial role in making decisions on stock buying and selling transactions made by investors. This can be interpreted that theoretically, Dividend Per Share (DPS) affects stock prices.
Effect of rice straw incorporation on soil properties and rice yield.

Effect of rice straw management on soil properties in rice soil was conducted in this study. The Pathumthani 1 rice variety was planted in pot experiment by using Kamphaeng Saen soil series (Typic Haplustalfs). The experiment was designed by Completely Randomized Design (CRD) with three treatments of soil preparation which included 1) soil without rice straw or rice straw ash application (control) 2) soil with rice straw incorporation and, 3) soil with rice straw ash incorporation. The rate of rice straw used in treatment 1 and 2 were 13.15 kg m -2 . Soil properties such as soil pH, %OM, %OC, available P, extractable K, bulk density, Total N, Total C and C/N ratio were determined after growing season and compared with its properties before growing period. Control treatment presented less %OM, %OC and K than soil with rice straw and soil with rice straw ash. Rice cultivation in soil with rice straw incorporation presented highest %OM, %OC compared with other. Phosphorus and potassium contents in rice straw treatment were higher than that control treatment. In addition, lowest bulk density has been observed in soil with rice straw applied. These results implied that rice straw induces soil fertility which is useful for plant growth.
, and Systematics Patterns and Evolutionary Consequences of Pleiotropy

Pleiotropy refers to the phenomenon of one gene or one mutation affecting multiple phenotypic traits. While the concept of pleiotropy is as old as Mendelian genetics, functional genomics has finally allowed the first glimpses of the extent of pleiotropy for a large fraction of genes in a genome. After describing conceptual and operational difficulties in quantifying pleiotropy and the pros and cons of various methods for measuring pleiotropy, I review empirical data on pleiotropy, which generally show an L-shaped distribution of the degree of pleiotropy (i.e., the number of traits affected), with most genes having low pleiotropy. I then review the current understanding of the molecular basis of pleiotropy. In the rest of the review,I discuss evolutionary consequences of pleiotropy,focusing on advances in topics including the cost of complexity, regulatory versus coding evolution,environmental pleiotropy and adaptation,evolution of ageing and other seemingly harmful traits, and evolutionary resolution of pleiotropy
Revisiting Total Quality Management in Service Organisations

Scholars have studied Total Quality Management (TQM) implementation in manufacturing companies, but there are few studies on TQM implementation in service organizations. The aim of this paper is to describe the practices, benefits, and obstacles of implementing TQM in service organizations. The research looked at seven TQM activities as well as some of the factors that impede TQM implementation, such as middle-management resistance to change, poor education and training, inappropriate organisational culture, complexity of processes and inappropriate organisational structure. Managers will be able to create more efficient strategies for implementing TQM in service organizations by identifying these variables and following the recommendations.
An Eﬃcient Energy Minimization for Conformal Parameterizations

Surface parameterizations have been widely applied to digital geometry processing. In this paper, we propose an eﬃcient conformal energy minimization (CEM) algorithm for computing conformal param-eterizations of simply-connected open surfaces with a very small angular distortion and a highly improved computational eﬃciency. In addition, we generalize the proposed CEM algorithm to computing conformal parameterizations of multiply-connected surfaces. Furthermore, we prove the existence of a nontrivial accumulation point of the proposed CEM algorithm under some mild conditions. Several numerical results show the eﬃciency and robustness of the CEM algorithm comparing to the existing state-of-the-art algorithms. An application of the CEM on the surface morphing between simply-connected open surfaces is demonstrated thereafter. Thanks to the CEM algorithm, the whole computations for the surface morphing can be performed eﬃciently and robustly.
Empirical statistical model relating scintillation indices with solar and geomagnetic activity for L band GNSS receivers at high latitudes

The main objective of this study was to figure out a relationship between space weather environment phenomena (solar activity and geomagnetism) and ionospheric events that impact L-band satellite navigation systems (scintillations, electron content gradients) in the Nordic European area. Ionosphere events observed at high latitudes are strongly linked to the solar activity and its impact on the magnetic field of the Earth, especially due to the solar wind. The consequences on GNSS signals impairments have been the subject of several recent investigations [1] [2]. In the Northern area, the main effects of solar activity and of charged particles penetration in the Earth's atmosphere through the poles are linked with:
Archives of Psychiatric Nursing

We aimed to deepen our understanding of the concept of compassion in caring for patients with mental illness in forensic psychiatric inpatient care settings. Qualitative analysis was used to illuminate themes from interviews conducted with 13 nurses in a prior study. The audiotaped interviews, which had been transcribed verbatim, were analyzed following a hermeneutic approach. Results revealed the main theme of “ being compassionate in forensic psychiatry is an emotional journey ” and three themes. Overall, compassion was seen as a changeable asset, but also an obstacle when absent; sensitivity to one's own vulnerability is necessary to overcome that obstacle.
SNOWMELT DETECTION FROM SENTINEL-1 SYNTHETIC APERTURE RADAR IN THE LAJOIE BASIN, BRITISH COLUMBIA

Snowmelt runoff supplements streamflow and soil moisture during warm summer months in Western North America. As direct snowpack measurements are sparse, many models exist to predict the release of runoff in alpine regions. An increase in spatially distributed observational data of seasonal snow may help to refine and improve these efforts going forward. Synthetic Aperture Radar (SAR) is sensitive to the liquid water content of snow and has been successfully used to map wet snow in alpine regions. We employ SAR and multispectral data to estimate the onset and duration of snowmelt in 2018 in the Lajoie Basin, British Columbia. We collate and process Sentinel-1, Sentinel-2 and Landsat-8 images in Google Earth Engine. A backscatter threshold is used to define the inferred period at which the snowpack is saturated and begins to generate runoff. Multispectral imagery is used to estimate snow-free dates across the basin to define the end of the snowmelt period. These methods are most effective on moderate to low slopes (< 30°) in open areas. This approach has high potential for adaptability to other alpine basins or regions and can be used for future model calibration. (KEYWORDS: snowmelt, snowpack dynamics, Synthetic Aperture Radar, remote sensing, Google Earth Engine)
Design and evaluation of an efﬁcient high-precision ocean surface wave model with a multiscale grid system (MSG_Wav1.0)

Ocean surface waves induced by wind forcing and topographic effects are a crucial physical process at the air–sea interface, which signiﬁcantly affect typhoon development, ocean mixing, etc. Higher-resolution wave modeling can simulate more accurate wave states but requires a huge number of computational resources, making it difﬁcult for Earth system models to include ocean waves as a fast-response physical process. Given that high-resolution Earth system models are in demand, efﬁcient high-precision wave simulation is necessary and urgent. Based on the wave dispersion relation, we design a new wave modeling framework using a multiscale grid system. It has the fewest number of ﬁne grids and reasonable grid spacing in deep-water areas. We compare the performance of wave simulation using different spatial propagation schemes, reveal the different reasons for wave simulation differences in the westerly zone and the active tropical cyclone region, and quantify the matching of spatial resolutions between wave models and wind forcing. A series of numerical experiments show that this new modeling framework can more precisely simulate wave states in shallow-water areas without losing accuracy in the deep ocean while costing a fraction of the price of traditional simulations with uniform ﬁne-gridding space. With affordable computational expenses, the new ocean surface wave modeling can be implemented into high-resolution Earth sys-tem models, which may signiﬁcantly improve the simulation of the atmospheric planetary boundary layer and upper-ocean mixing.
Firm Financial Performance: A Review on Accounting & Market-Based Approach

: The researchers around the world have taken into account servral measures to evaluate firm financial perfomance. This study aims to remark the litereture review on measuring firm performance based on accounting profitability indicators as well as maket-based approach. Theoretically, researchers have generally considered accounting indicators such as Return on Assets (ROA), Return on Sales (ROS), and Return on Equity (ROE), as previous reflecting and short-term financial performance; while market measures, such as Tobin’Q, Price to Earnings (PE), Market to Book (MB), as current reflecting and long-term financial perspective performance of a firm. In this paper, the pros and cons of both measures will be discussed distinctly in order to apply for theoritical and empirical researches in operation management as well as corporate governance in practice.
XLIV Jornadas de Automática 2023

This paper presents the experimental evaluation of a kinaesthetic teleoperation system developed for the realization of dexterous bimanual manipulation tasks in aerial or ground service applications such as maintenance operations in industrial settings, or in aerial parcel grasping and delivery in logistics scenarios. The system consists of a pair of lightweight and compliant anthropomorphic dual arm manipulators (LiCAS) in leader-follower configuration, in such a way that the motion commands applied by the human user on the leader dual arm are replicated joint by joint in the follower dual arm, resulting in a natural and intuitive interface that facilitates transferring the human manipulation skills to the robot. The very low weight of the robotic arms (1 – 2.5 kg) makes possible their integration in medium scale multi-rotors and the fast deployment in any indoor / outdoor scenario. The performance of the LiCAS teleoperation system is evaluated with a Task Board used for benchmarking industrial manipulators, as well as in an aerial manipulation operation.
Numerical simulation of a turbulent flow in annular jet for different diameter ratio using the Reynolds Stress model

In present study, a detailed investigation of an annular jet of different diameter ratio has been reported numerically. We present in this paper the influence of the diameter ratio on the initial region of an annular jet. three different diameter ratios are investigated: the smaller diameter ratio (r = 0,701), intermediate diameter ratio (r = 0,82) and the high diameter ratio (r = 0,905). The numerical simulation was performed by making use of the commercial CFD “Fluent” code which discretizes the solution domain into quadrilateral elements and use a numerical finite volume method coupled with a multigrid resolution scheme. In this research the applications of the Reynolds stress model (RSM) for prediction of a turbulent flow in annular jet are described. The flow governing equations are solved by using a performed SIMPLE algorithm. The results of predicted axial velocity profiles are compared with the experimental data. The computations indicated that the results predicted by RSM model are in good agreement with the experiments
OBM Integrative and Complementary Medicine

Chronic obstructive pulmonary disease (COPD) impacts the physiological and psycho-emotional aspects of life. COPD-related secondary sequelae also synergistically interact with each other. For example, dyspnea affects the severity of breath, body functions, and the mind (e.g., anxiety, panic, fear). Such negative psycho-emotional states can further negatively impact the breath and the body (e.g., increased dyspnea). Given the breadth of the impact of COPD on multiple facets of health and well-being, it is essential to investigate comprehensive approaches to managing COPD, simultaneously addressing the mind, body, and breath
Role of immunohistochemistry for diagnosis of non-infectious diseases

Immunohistochemistry (IHC) is utilized to understand the distribution and localization of biomarkers and separately expressed proteins in various parts of animal tissues such as ovary, uterus. It can assist in differentiating muscular dystrophy from non-dystrophic disorders in muscle diseases. Diagnosis of cancers is done with the help of IHC because specific tumor antigens are expressed de novo or up-regulated in certain cancers. IHC plays an important role in diagnostic dermatopathology, marker selection and interpretation is highly informed in clinical context and the histologic differential diagnosis. Recently, the applications of novel IHC markers in melanoma diagnosis containing genetic mutation status markers e.g. BRAF (v-raf murine sarcoma viral oncogene homolog B) and NRAS (neuroblastoma RAS viral oncogene homolog) and an epigenetic alteration marker is highlighted (e.g. 5 hydroxymethylcytosine). The IHC
Fostering Student Participation with Design Thinking in Higher Education

In this reflective article, we describe our experiences using Design Thinking (DT) to increase student participation and challenge the standard roles and ways of working in Higher Education. We put together a design team of students, academic teaching staff, and educational developers. The intentional mix of perspectives facilitates critical discussions about teaching and learning, and the shared responsibilities associated with developing, implementing, and engaging in it. We describe a framework for using DT in Higher Education, which particularly takes advantage of DT’s “user-centered approach” and “bias towards action”. Additionally, we present a practical example from within our project, Students’ University, and discuss its potential in contributing to a more student-centered teaching and learning environment. We conclude by offering a brief summary of the opportunities, challenges, and potential transformations achievable through the application of DT in Higher Education.
Optimal Planning of Carbon Capture and Storage (CCS) Systems with Neutrosophic Uncertainties

Carbon capture and storage (CCS) is an important technology that mitigates the effect of climate change. It involves the capture of CO 2 from flue gas, transporting it through pipelines, and storing it underground in geological reservoirs. The characterization of the properties of geological reservoirs (i.e., storage capacity and flow rate limit) are subject to uncertainties. These uncertainties affect the planning of CCS systems, especially in determining which CO 2 sources are to be matched with geological sinks subject to capacity and injectivity constraints. In this study, a Neutrosophic Linear Programming (NeLP) model is developed for optimal planning of CCS systems considering these uncertainties modeled as neutrosophic sets. The model involves taking into account the degree of satisfaction when minimizing risks, the degree of dissatisfaction when overestimating storage parameters, and the degree of indeterminacy when defining accurate storage site parameters. A case study will be used to illustrate the model. The model was able to generate insights as to how much CO 2 must be injected into the geological reservoir to minimize the risks arising from uncertainty. The total CO 2 stored in geological reservoirs varies from one risk behavior to another
THREE USES OF VIRTUAL REALITY IN WORK AND ORGANIZATIONAL PSYCHOLOGY INTERVENTIONS. A DIALOGUE BETWEEN VIRTUAL REALITY AND ORGANIZATIONAL WELL-BEING: RELAXATION TECHNIQUES, PERSONAL RESOURCES, AND ANXIETY/DEPRESSION TREATMENTS

This study provides an annotated summary of available literature on the use of virtual reality (VR) in work and organizational psychology interventions. VR is a combination of technologies creating realistic virtual environments in which a person feels immersed. Its sensory experiences can enhance organizational interventions, therefore it is considered a relevant innovation for work and organizational psychology. The studies taken into consideration show that VR technology emerged as a potentially effective way to provide general and specialty health care intervention and it can provide support both in improving patient well-being and in reducing pain and anxiety. The fields of application in which VR is most relevant can be divided in three clusters: stress reduction through learning relaxation techniques, improvement of personal resources, and reduction of anxiety and depression. These three categories are relevant in work and organizational psychology, because they are part of many models of organizational well-being/disease. Personal resources and the use of relaxation techniques as a coping strategy are mediators between causes of disease and consequences. Anxiety and depression are two forms of psychological strain, inadequate for a specific situation and consequent to the interaction between organizational causes of disease and personal resources/coping strategies. The use of VR in combination with work and organizational psychology techniques, therefore, can be used on relevant organizational dimensions to improve health and well-being, as well as performance, making interventions more effective and efficient.
Measurement of the inclusive W± and Z/γ* cross sections in the e and μ decay channels in pp collisions at √s = 7 TeV with the ATLAS detector

The production cross sections of the inclusive Drell-Yan processes W (cid:1) ! ‘(cid:1) and Z=(cid:2) (cid:2) ! ‘‘ ( ‘ ¼ e , (cid:3) ) are measured in proton-proton collisions at ﬃﬃﬃ s p ¼ 7 TeV with the ATLAS detector. The cross sections are reported integrated over a ﬁducial kinematic range, extrapolated to the full range, and also evaluated differentially as a function of the W decay lepton pseudorapidity and the Z boson rapidity, respectively. Based on an integrated luminosity of about 35 pb (cid:3) 1 collected in 2010, the precision of these measurements reaches a few percent. The integrated and the differential W (cid:1) and Z=(cid:2) (cid:2) cross sections in the e and (cid:3) channels are combined, and compared with perturbative QCD calculations, based on a number of different parton distribution sets available at next-to-next-to-leading order.