Fluxul tehnologic şi analiza fizico-chimică a brânzei din lapte de capră obţinută prin metode tradiţionale într-o unitate de capacitate mică din judeţul Iaşi, România

The aim of the current paper is to present the traditional homemade technological flow utilised for obtaining goat cheese into a small range unit from IaşiCounty, Romania and to realise an analyse upon the product’s physical-chemical features. Regarding physical-chemical characteristics, the current paper aimed to study the following parameters: fat content, moisture content and acidity of goat cheese. At the end of the study we can affirm that goat cheese homemade obtained into a small range unit from IaşiCounty, Romania, fulfilled all the demandsrequired by the Romanian legislation, being a traditionally made product. The quality of the product is a very good one, being recorded superior values to thoseimposed by nowadays standards, for all the analysed physical-chemical indicators

Arguing with behavior influence: A model for web-based group decision support systems

In this work, we propose an argumentation-based dialogue model designed for Web-based Group Decision Support Systems, that considers the decision-makers' intentions. The intentions are modeled as behavior styles which allow agents to interact with each other as humans would in face-to-face meetings. In addition, we propose a set of arguments that can be used by the agents to perform and evaluate requests, while considering the agents' behavior style. The inclusion of decision-makers' intentions intends to create a more reliable and realistic process. Our model proved, in different contexts, that higher levels of consensus and satisfaction are achieved when using agents modeled with behavior styles compared to agents without any features to represent the decision-makers' intentions.- (undefined

Laser ablation and structuring of hard coating with ultra-short laser pulses

For material processing one of the main advantages of using ultra short laser pulses, comparing to long pulses, is the highly localized modification. Ultra short pulse laser modification of materials is valuable for their application in nanotechnology, tribology, microelectronics, medical application, etc. In this paper, special attention is paid to experimental investigations of femtosecond laser surface modification of hard protective coating. The sample has been processed by a Ti:sapphire laser with pulse duration of 200 fs and wavelength of 775 nm. Single and multi pulse irradiation were performed in air. Various analytical techniques were used for characterization. The damage threshold for the examined coating, irradiated by 200 fs pulses, was determine