Search

Objective: In this article materials for a scientific substantiation of requirement of a contingent of departmental public health services in the emergency stationary help are presented. Materials and Methods: Emergency hospital needs of the adult population of each 1000 people depending on institutional health services within a year, is examined in this paper. Rates of hospital admissions of people who are 30, 30-39, 40-49, 50 years old within a year were examined. Traditional approach and criterion is used for determining the volume of emergency stationary relieves. Results: It is observed that, emergency transports to hospitals are arising due to digestive system diseases, circulatory system diseases and injuries, respectively. Furthermore, it is found that, another important factor in the formation of the nature of emergency transport is age of patients. By basing on data given in this paper, emergency stationary relief needs of healthcare members are determined. Irregularities are found between bed capacity and patient transport needs. Conclusion: It is concluded that an optimum variant of satisfaction of requirements of noted contingent in emergency hospitalization is traditionally existing order of rendering of this help on the basis of corresponding hospitals. The specialized centers on emergency hospitalization of the contingent of departmental public health services can be created by interdepartmental integration. [ABSTRACT FROM AUTHOR]

In the presented work, B 4 C was irradiated with xenon swift heavy ions at the energy of 167 MeV. The irradiation of the substrate was done at room temperature to a fluence of 3.83 × 10 14 ion/cm 2 . The samples were then analyzed with the X-ray diffraction technique to study the structural modification, as it can probe the region of penetration of xenon atoms due to the low atomic number of the two elements involved in the material under study. The nano-cluster formation under ion irradiation was observed. Positron lifetime (PLT) calculations of the secondary point defects forming nanoclusters and introduced into the B 4 C substrate by hydrogen and helium implantation were also carried out with the Multigrid instead of the K-spAce (MIKA) simulation package. The X-ray diffraction results confirmed that the sample was B 4 C and it had a rhombohedral crystal structure. The X-ray diffraction indicated an increase in the lattice parameter due to the Swift heavy ion (SHI) irradiation. In B 12 -CCC, the difference between τ with the saturation of H or He in the defect is nearly 20 ps. Under the same conditions with B 11 C-CBC, there is approximately twice the value for the same deviation.