Formalización de la investigación preparatoria en el delito de cohecho pasivo propio en el Juzgado de Investigación Preparatoria, Lima, 2021

La presente investigación tuvo por objetivo determinar el tipo de influencia de la Formalización de la Investigación Preparatoria en el delito de cohecho pasivo propio en el Juzgado de Investigación Preparatoria en la ciudad de Lima durante al año 2021; para conocer el grado de asociación entre ambas variables. Se realizó un estudio de tipo cuantitativo, básico, correlacional, de diseño no experimental y de corte transversal. Se evaluaron las dos variables mediante dos instrumentos, uno de ellos las encuestas aplicadas a los funcionarios del Juzgado de Investigación Preparatoria y por otro lado la lista de cotejo para la revisión de expedientes sobre formalización de la investigación preparatoria en los casos de delito de cohecho pasivo propio. De los datos obtenidos se encontró que existe una relación directa e influencia positiva de la Formalización de la Investigación Preparatoria en el delito de cohecho pasivo propio, la investigación preliminar si es un factor determinante para la formalización de la Investigación Preparatoria, que los casos no formalizados son los de mayor prevalencia y que la no formalización de la investigación preparatoria tiene una influencia negativa en el delito de cohecho pasivo propio. Se concluye que si existe relación e influencia entre la Formalización de la Investigación Preparatoria y el delito de cohecho pasivo propio, ya que las formalizaciones de los actos preparatorios son una forma de lograr solución ante la impunidad contra los delitos de corrupción

Nose Structure Delineation of Bouguer Anomaly as the Interpretation Basis of Probable Hydrocarbon Traps: a Case Study on the Mainland Area of Northwest Java Basin

DOI: 10.17014/ijog.v7i3.144Two important aspects in the exploration of oil and gas are technology and exploration concepts, but the use of technology is not always suitable for areas with geological conditions covered by young volcanic sediments or limestone. The land of the Northwest Java Basin is mostly covered by young volcanic products, so exploration using seismic methods will produce less clear image resolution. To identify and interpret the subsurface structure and the possibility of hydrocarbon trap, gravity measurements have been carried out. Delineation of nose structures of a Bouguer anomaly map was used to interpret the probability of hydrocarbon traps. The result of the study shows that the gravity anomalies could be categorized into three groups : low anomaly (< 34 mgal), middle anomaly (34 - 50 mgal), and high anomaly (> 50 mgal). The analysis of Bouguer anomaly indicates that the low anomaly is concentrated in Cibarusa area as a southern part of Ciputat Subbasin, and in Cikampek area. The result of delineation of the Bouguer anomaly map shows the nose structures existing on Cibinong-Cileungsi and Pangkalan-Bekasi Highs, while delineation of residual anomaly map shows the nose structures occurs on Cilamaya-Karawang high. Locally, the gas fields of Jatirangon and Cicauh areas exist on the flank of the nose structure of Pangkalan-Bekasi High, while the oil/gas field of Northern Cilamaya is situated on the flank of the nose structure of Cilamaya-Karawang High. The concept of fluid/gas migration concentrated on nose structures which are delineated from gravity data can be applied in the studied area. This concept needs to be tested in other oil and gas field areas

Trade-off modeling of superconducting levitation machines: theory and experiment

Based on the critical state model for the superconducting components, we develop a set of theoretical tools that allow to extract relevant engineering parameters of a superconducting levitation machine. We provide a number of analytical and numerical expressions for the evaluation of the electromagnetic quantities, energies and forces in 2D problems. This assumption includes: (i) rotational symmetric systems as those in bearings and motors, and also the case of (ii) translational symmetry as in long transportation lines. The theory, that trades off simplicity and predictive power builds on the vector potential/current density formulation of the Maxwell equations (A, J) and is validated by comparison against experimental tension-compression data in our universal test machine. As shown, very simple computer coding is required to implement the method.Funding of this research by Spanish MINECO and the European FEDER Program (Projects MAT2011-22719 and ENE2011-29741) and by Gobierno de Aragon (Research group T12) is gratefully acknowledged.Peer Reviewe

Spin-phonon coupling and slow-magnetic relaxation in pristine ferrocenium

We report the spin dynamic properties of non-substituted ferrocenium complexes. Ferrocenium shows a field-induced single-molecule magnet behaviour in DMF solution while cobaltocene lacks slow spin relaxation neither in powder nor in solution. Multireference quantum mechanical calculations give a non-Aufbau orbital occupation for ferrocenium with small first excitation energy that agrees with the relatively large measured magnetic anisotropy for a transition metal S=1/2 system. The analysis of the spin relaxation shows an important participation of quantum tunnelling, Raman, direct and local-mode mechanisms which depend on temperature and the external field conditions. The calculation of spin-phonon coupling constants for the vibrational modes shows that the first vibrational mode, despite having a low spin-phonon constant, is the most efficient process for the spin relaxation at low temperatures. In such conditions, vibrational modes with higher spin-phonon coupling constants are not populated. Additionally, the vibrational energy of this first mode is in excellent agreement with the experimental fitted value obtained from the local-mode mechanism

Quantum tunneling in a three dimensional network of exchange coupled single-molecule magnets

A Mn4 single-molecule magnet (SMM) is used to show that quantum tunneling of magnetization (QTM) is not suppressed by moderate three dimensional exchange coupling between molecules. Instead, it leads to an exchange bias of the quantum resonances which allows precise measurements of the effective exchange coupling that is mainly due to weak intermolecular hydrogen bounds. The magnetization versus applied field was recorded on single crystals of [Mn4]2 using an array of micro-SQUIDs. The step fine structure was studied via minor hysteresis loops.Comment: 4 pages, 4 figure

DFT calculation of the intermolecular exchange interaction in the magnetic Mn4_4 dimer

The dimeric form of the single-molecule magnet [Mn$_4$O$_3$Cl$_4$(O$_2$CEt)$_3$(py)$_3$]$_2$ recently revealed interesting phenomena: no quantum tunneling at zero field and tunneling before magnetic field reversal. This is attributed to substantial antiferromagnetic exchange interaction between different monomers. The intermolecular exchange interaction, electronic structure and magnetic properties of this molecular magnet are calculated using density-functional theory within generalized-gradient approximation. Calculations are in good agreement with experiment.Comment: 4 page

Amalan Etika Kerja Dalam Perkhidmatan Awam Malaysia : Satu Kajian di Kementerian Pembangunan Usahawan dan Koperasi Malaysia

The objectives of this study is to determine the level of work ethic among the employees of the Ministry of Entrepreneur and Cooperative Development (MECD) and also to determine whether there are significant difference in work ethic characteristics among the MECD employees based on demographic variables namely gender, age, marital status and educational level as well as work variables namely job category, income and tenure of service. This study was conducted on a sample of 187 MECD employees using a 73-item questionnaire to measure all 12 pillars of The Twelve Pillars Work Ethic. T-test, one-way ANOVA test and Post HOC Tukey HSD test were used in the analysis to test whether there are significant difference in work ethic characteristics based on demographic and work variables among the MECD employees. The empirical results indicate that the level of work ethic among the MECD employees are good with a mean score of 3.89. Results further reveal that MECD work ethic characteristics differs significantly across gender, age, educational level, job category, income and tenure of service whereas there is no difference based on marital status. The findings have theoritical implications towards a better understanding of the relationship between demographic variables as well as work variables and work ethic. It is also hope that the findings of this study could assist the MECD management formulate sound strategies to improve the present programs and to implement new programs towards enhancing the work ethic of MECD employees