Doping Control in the Republic of Moldova: Specific Features

Recently, there has been a strong effort regarding all sports organizations in order to reduce the universality and frequency of doping in sport. However, the efficacy of current strategies to fight against doping might be improved by using anti-doping polices adjusted to the features of doping in each sport. Contemporary sports activity is regarded as a complex phenomenon that involves both physical components, as well as a variety of medical, legal or economic aspects. In recent times, sport worldwide is marked by severe discussions on doping and its effects. In this context, athletes and team members must know the facts that may empower violations of anti-doping legislation and regulations on the doping control procedure. The acquisition of these legal and medical rules will motivate the development of sports, with the effect of preventing risks represented by the doping phenomenon.

Geometric Algebra Framework Applied to Circuits with Non-sinusoidal Voltages and Currents

We apply a well known technique of theoretical physics, known as Geometric Algebra or Clifford algebra, to linear electrical circuits with non-sinusoidal voltages and currents. We rederive from the first principles the Geometric Algebra approach to the apparent power decomposition. The important new point consists in a choice of a natural convenient basis in the Clifford vector space which simplifies considerably the presentation. Thus we are able to derive a number of general results which are missing in the former papers. In particular, a natural correspondence with the Current Physical Components approach is shown.

The Role of The Physical Components Design for Healing Gardens in Promoting Psychological Health

This research examine the role of physical design elements for healing gardens in promoting the psychological health for the patients. Many studies had presented the role of the landscape in enhancing the psychological aspects of human, and its connection with outdoor environment. Previous studies also provided a definition of healing gardens design and components, but the study of the effect of physical components within healing gardens in promoting human psychological health, was not adequately addressed. This represented the research problem. As for the research hypothesis, it states that the physical components (natural and artificial components) for healing gardens will support the psychological environment and improve the quality of life for the patients. The research adopted descriptive analytical approach for a number of hospitals healing gardens, and their positive impact on the psychological health.

Typographical and Editorial Solutions as a Source of Hybridization in Polish Non-Fiction Literature

The article focuses on the selected examples of the blurring of a book’s genre status by means of specifi c editorial solutions, such as the use of a spatial layout of the text, the differentiation of fonts, the selection of printing paper, the cover design etc. This mechanism is discussed on the example of six experimental works of contemporary Polish non-fi ction literature. Books by Filip Springer and Jarosław Mikołajewski, bordering upon literary reportage, show how the use of typography enhances the formal hybridity or even amorphousness of the text. In turn, Mariusz Szczygieł and Wojciech Tochman, their documentary narratives, emphasize the mutual synergy between the physical components of the book, which undermines the standard genre classifi cation.

Charting the Identity of Shimla

Identity of a place changes due to rapid modern alterations in a city. There are various factors leading to these changes in the identity of a place. This research article investigates those factors through the physical mapping technique through the case study of the city, Shimla. The article delves into how the city of Shimla was formed as a British summer capital of India and has evolved its character and identity into a state capital. Components of identity of a place are explored and those components are applied to find the identity of Shimla on the basis of three major nodes of the city with important government offices. The components used to find the identity of the city are—historical layers of the structures, take of social community towards them, the components of the built form of the major nodes and activities performed at the nodes. The identity of a place is investigated by integrating all the aspects of the physical components associated with the major activity nodes extracted from the history and evolution of the city. Multiple ways of looking into physical spatial components of the nodes led to define the predominant factors to form the identity of the city.

Water Quality Sampling in Billy Barquedier National Park and Surrounding Areas, Belize, C.A.

Looking at the physical, microbial, and chemical makeup of water samples gives a good indication of the drinking quality, which is important as it’s a vital human need. Testing water from Billy Barquedier National Park and the Valley community in the Stann Creek District, Belize, CA. is important to tell whether contamination is taking place from the water source or in the pipe systems. Testing involved taking samples as well as testing in the field with the Pro DSS water quality meter. Lab testing used a colorimeter and autoclave to test the microbial and chemical makeup. It’s important to look to at the connection between the chemical and physical components compared to the microbial components to see connections between harmful bacteria such as Escherichia coli and fecal coliforms.

Optimisation of an Algorithm for Automatic Control of Transmission in a Wheeled Tractor

The paper considers a digital model of a wheeled agricultural tractor, as well as algorithms for automatic control of the engine and transmission. Simulation of the working conditions was performed in MATLAB and its applications, Simulink, Sim-scape. The tractor model is based on a systemic approach and includes such subsystems as the engine, transmission, undercarriage, hook load, and control actions from the operator, as well as functions of logic and optimisation for gear shifting. With the help of fundamental blocks of the Matlab package, models of tractor physical components are created. The fundamental blocks of the package serve to model the physical components of the tractor: engine, transmission control system, the transmission that includes friction clutches, gears, shafts ties with the necessary characteristics. Simulation of the working processes of a tractor unit is performed with optimisation of the laws of engine and transmission control according to the criterion of fuel efficiency and maximum power usage. The control system parameters were optimised in the transport mode, as well as in the maximum power mode in the traction range. As an illustration of the use of this analysis method, a solution to the problem of optimisation of an agricultural wheeled tractor operating modes is given. The results of this mathematical simulation are presented in this paper. Parameters of tractor operation control algorithm, which provide minimum fuel consumption in tractor operating cycles, are given. The research results showed the effectiveness of the proposed algorithms and the digital model. The presented digital model allows to debug the operating tractor control algorithms and offers an engineering practice for optimising automatic control of the agricultural tractor engine and transmission.

The Application of Simulation Based Product Development Practices

The use of simulation-based process modeling tools with the intent of reducing iterative physical component testing and process development costs when designing new components was investigated. Several processing and testing phases were simulated to generate physical properties and geometries which could then be compared against how physical components put through the same processes reacted. These comparisons were repeated over several trials to validate their results. A good correlation between simulation and physical component response was found, and that iterative simulations could reliably be used in place of iterative physical component testing.

QUALITY OF LIFE OF PATIENTS WITH ARTERIAL HYPERTENSION IN AMBULATORY CONDITIONS

The work is devoted to the study of the quality of life in patients with arterial hypertension from the standpoint of a personalized approach. Taking into account the results of the study at the outpatient stage of patient management, it was recommended to fill out the EQ-5D questionnaires in the 3L modification and the HADS hospital scale of anxiety and depression, according to the evaluation of the results of which, measures to correct the physical and mental components of the quality of life are added to the rehabilitation programs. The outpatient management of patients, taking into account the reduced quality of life revealed by questionnaires, will not only increase the psychological and physical components of the quality of life, but also reduce the number of complications from arterial hypertension and concomitant pathology.