RAMPEX - a new spin experiment (presented for HELION97, 20-24 Jan 1997, Kobe, Japan)

RAMPEX - Russian-AMerican Polarization EXperiment - is dedicated to studies of one-spin asymmetries which have twist-3 and also twist-2 origin, in hard and semi-hard inclusive processes on the polarized propane-diol target. A special consideration has been given for the prospects of using polarized 3He target. The studies will be performed at the Serpukhov accelerator at 70 GeV/c (proton beam) and 40 GeV/c (pi- beam).Comment: 8 pages, 1 figur

Título de seguridad: medios para asegurar la obligación

The article is devoted to the review of the effectiveness of the security mechanism of titles. In current research the performance of the obligation with the use of dialectical method, analysis and synthesis, the essence, content and types of title security are considered. The study summarizes the experience of applying the provisions of foreign title security legislation, analyzes the characteristic features of fiduciary in Roman law, and attempts to correlate the provisions of Roman law with the modern understanding of title security. The necessity of detailed contractual regulation of title security as an unnamed method of securing the obligation is revealed and substantiated. Special attention is paid to the practice (including foreign ones) of titular collateral application in bankruptcy cases. We suggested to consider the mechanism of security effect in title security through the prism of Roman fiduciary and secondary rights.El artículo está dedicado a la revisión de la efectividad del mecanismo de seguridad de títulos. En la investigación actual se considera el cumplimiento de la obligación con el uso del método dialéctico, el análisis y la síntesis, la esencia, el contenido y los tipos de seguridad del título. El estudio resume la experiencia de aplicar las disposiciones de la legislación de seguridad de títulos extranjeros, analiza los rasgos característicos del fiduciario en el derecho romano e intenta correlacionar las disposiciones del derecho romano con la comprensión moderna de la seguridad de títulos. La necesidad de una regulación contractual detallada de la garantía de títulos como un método sin nombre para asegurar la obligación es revelada y comprobada. Se presta especial atención a la práctica (incluidas las extranjeras) de la solicitud de garantía titular en casos de quiebra. Sugerimos considerar el mecanismo del efecto de seguridad en la seguridad del título a través del prisma de los derechos fiduciarios y secundarios romanos

Research and development of the antenna array for ground penetrating radar

The design and results of investigation of the antenna array for ground penetrating radar are presented. The antenna array is intended for measurement of the electrical properties of the road coating and finding of irregularities at monitoring the quality of roads. Antenna elements are made by PCB technology on the plate of FR4. Each antenna element is placed in a reflector formed by aluminum corner. The results of simulation in CST Studio Suite and the results of measurements of the characteristics of the antenna elements, and their mutual influence are presented. The developed antenna array can be used at the ultrawideband pulse excitation, and at a scanning of continuous frequencies in the range of 0.5–2 GHz

The Job Analysis of Civil Servants

This paper has been devoted to the job analysis as the first stage of civil servants’ competencies modeling; the jobs have been correlated with solution of managerial, organizational and economic, organizational and administrative, organizational and methodical, organizational and technical goals and tasks

Antenna system of ultrawideband borehole radar based on loaded electric dipoles

The design of an ultrawideband borehole radar antenna system based on loaded electric dipoles is presented. The antennas are designed to operate in a dielectric medium in the frequency range of 0.25–1 GHz. The results of calculations and measurements of antenna characteristics are presented. The results of sounding the objects when placing antennas in a medium with a relative permittivity of 4 are presented as well

Ultrawideband combined antenna with improved matching

To study the immunity of electronic equipment to ultrawideband irradiation, a combined antenna with improved matching has been created. In contrast to the previously presented, a novel antenna has a modified input node with a flat part instead of a cylindrical one. As a result of optimizing the geometry of the antenna electrodes, a matching band with the feeder of 0.38-2.4 GHz was achieved by the VSWR = 2. The results of the investigations of antenna characteristics in the frequency domain, as well as the waveforms of the radiated short ultrawideband pulses are presented

Algorithm and software development to allocate locomotives for transportation of freight trains

We suggest a mathematical model to allocate locomotives for transportation of freight trains. The aim of the optimization in this model is to minimize the number of locomotives used for the transportation of the trains by choosing routes of the trains and locomotives. It is supposed that the trains can be transported only at defined time intervals (so-called train paths); every locomotive has possible routes called railway hauls. We take into account the necessity of periodic maintenance. We use graph theory and integer optimization to formulate the problem. We suggest mathematical definitions of a railway haul, a train path, a train route, and a locomotive route. An heuristic search algorithm to find an approximate solution of the problem is suggested. The main idea of the algorithm is maximal usage of locomotives that started earlier than other ones. The algorithm contains three stages. A solution of the previous stage is improved at each following stage. We use transfers of the locomotives to improve the current solution. We describe software development to optimize the model. We solve the problem using the historical data of Moscow railway.Russian Science Foundation, RSF: 16-11-00062The work has been supported by Russian Science Foundation (project No 16-11-00062)

Experimental software modeling of knowledge acquisition processes for automated knowledge bases construction in dynamic integrated expert systems

This paper analyzes the results of the experimental research of automated knowledge base construction for dynamic intelligent systems, in particular dynamic integrated expert systems on the basis of the so-called original combined method of knowledge acquisition with temporal extensions. The focus of this work is on some aspects of the application and development of technologies of knowledge acquisition from various sources (experts, NL- texts, data bases) in order to create new applied intellectual technologies that can be used, for example, in the field of healthcare (personalized medicine, "smart" hospital, etc.)

An Apparatus to Control and Monitor the Para-D2 Concentration in a Solid Deuterium, Superthermal Source of Ultra-cold Neutrons

Controlling and measuring the concentration of para-D2 is an essential step toward realizing solid deuterium as an intense ultra-cold neutron (UCN) source. To this end, we implemented an experimental technique to convert para- to ortho-deuterium molecules by flowing D2 gas through a cryogenic cell filled with paramagnetic hydrous ferric oxide granules. This process efficiently reduced the para-D2 concentration from 33.3% to 1.5%. Rotational Raman spectroscopy was applied to measure the residual para-D2 contamination to better than 2 parts in 10^3, and the hydrogen contamination to 1 part in 10^3. We also contrast our optical technique to conventional thermal conductivity measurements of the para-D2 concentration, reporting some of the relevant strengths and weaknesses of our implementation of each technique.Comment: accepted for publication in NIM