THE USE OF SEISMIC ATTRIBUTES (SPECTRAL DECOMPOSITION AND RMS AMPLITUDE) – AN ESSENTIAL TOOL IN UNDERSTANDING THE EVOLUTION OF SEDIMENTARY BASINS

Book Chapter in INSIGHTS OF GEOSCIENCES FOR NATURAL HAZARDS AND CULTURAL HERITAGE, Editor: Florina CHITE

Thermal Maturity and Kerogen Type of Badenian Dispersed Organic Matter from the Getic Depression, Romania

The aim of this study is to evaluate the thermal maturity of Upper Badenian (Middle Miocene) petroleum source rocks of the Getic Depression, Romania, and to characterize the dispersed organic matter using organic petrography associated with Rock-Eval pyrolysis. A total of 33 core samples of Upper Badenian source rocks from the central–southern part of Getic Depression was studied. The results show that most samples with values of total organic carbon (TOC) o%) ranging between 0.41% and 0.55%, and the values of Tmax between 409 °C and 443 °C. Optical microscopy with reflected white light and fluorescence blue light was used for identification of terrigenous macerals (vitrinite, liptinite as, resinite, cutinite, sporinite, and inertinite) associated with marine liptinite macerals (telalginite and lamalginite) showing yellow and bright–yellow epifluorescence

FREQUENCY OF THIRD MOLAR PATHOLOGY: INNOVATIVE CAUSES, SYMPTOMS AND TREATMENT OPTIONS

This study aims to present the frequency of pathology at the level of molars of the mind, this pathology can have a multitude of local and general factors, but the most common rate of the inclusion of the molar of the mind following research seems to be characterized by the presence of local factors. One of the most common complications is the impact, ie the inability of the mind molars to erupt on the dental arch. Treatment for the pathology of the mind molars may include observation, extraction, administration of antibiotics, oral surgery, correct orthodontic treatment, or oral hygiene, depending on the nature and severity of the problem. Nanotechnology in the scientific world is a new current, and in dentistry, new branches are already sketched: the nanodiagnotic (cancers diagnosis), the nanoprevention (nanocapsule toothpaste), nanotrataments (odontology, pedodontics, orthodontics, endodontics, surgical treatments, periodontal diseases). Nanomaterials can be simple solutions for solving complex dental problems and can represent the next generation in terms of dental materials development technology