Identifying Life Satisfaction Among The Students From The University Of Bucharest

Abstract

The purpose of this study is to identify the level of life satisfaction and the differences regarding life satisfaction among the students from the University of Bucharest. In order to measure the level of satisfaction we applied an instrument designed for psychological testing -Multidimensional Studentsʼ Life Satisfaction Scale (MSLSS). The participants selected for this research were 140 students from the University of Bucharest, both male and female. The research results were processed in SPSS. After applying the descriptive statistics and the T-test for identifying the studentsʼ differences by gender, it was noticed a higher level of satisfaction at the male students. Furthermore, there were also noticed considerable differences on the five domains of the questionnaire: family, friends, school, living environment and self. Findings of the study showed significant differences in terms of satisfaction level for the two categories of subjects, so the training and development of self-image is influenced by the four areas of the life of every individual.

Archaeometric and Chemometric Studies Involved in the Authentication of Old Heritage Artefacts I. Contributions of the Iasi school of Conservation Science

“…Elucidating the mechanism by which the Liesegang effect forms in the lying period was previously presented in two monograph works [11,12] and in a series of papers published in established journals [16][17][18][19][20][21][22][23][24][25][26][27][28][29][30][31].…”

“…Thus, for the wooden mediums (panels, chassis, frames, and casings), on the basis of the normal domain of variation of the hydric equilibrium, two archaeometric characteristics have been ascertained: the duration and critical point of correlation of the hydric equilibrium (the intersection of the adsorption-desorption curves of the hygroscopic water, respectively the RMC = f(t) curves, with the limits of the domain of variation between the maximum value RMC = ∆EMC and the minimum hypothetical one RMC = 0 -figure 12 and tables 4 and 5) [76,77]; the chemometric reports of wood contraction (tables 6-8) along the three directions: L (longitudinal), R (radial) and T (tangential); the remanent concentration in crystalline cellulose; the remanent concentration in volatile compounds; the concentration in ash; etc. [10, 77-84].…”

“…The chemometric reports of wood contraction along the three directions: L (longitudinal), R (radial) and T (tangential) were found to be ver y important archaeometric characteristics, as their variation depends on the wood's species and age, the age of the tree, the chopping area, the period and geographical area of collecting, treatment and processing during manufacture, etc. [77][78]. Table 3 THE Si/Al, Ca/Mg AND K/Na CHEMOMETRIC RATIOS OF ARCHAEOMETRIC ASSESSMENT OF COUNTERFEIT CUCUTENI CERAMICS [61] Fig.…”

“…12. The hydration-dehydration curves involved in evaluating the normal domain of variation of the hydric equilibrium for linden wood: a. new, b. old, c. treated with red petroleum and propolis [76,77] Tables 6, 7 and 8 present the data on wood contraction (%) for four species (linden, poplar, fir, and oak) along the three directions (L, R and T), and the values of the chemometric characteristics [78].…”