ANTIWEAR MECHANISM AND ANTIFRICTIONAL ACTION OF TECHNI-LUBE CONDITIONER IN DIESEL FUEL COMPOSITION
Journal Title: Автомобильный транспорт - Year 2009, Vol 25, Issue
Abstract
Artificial introduction of Techni-lube conditioner into the diesel fuel is instrumental in the sub-stantial improvement of its antiwear and antifrictional properties. The researchers conducted by the help of the modernized foot of A.S. Ahmatova revealed that the fuel into which composition there was introduced the Techni-lube conditioner has a large thickness of border oiling tape. It results in substantial reduction of adhesive constituent of force friction that by adequate ap-pearance is reflected on the wear of surfaces.
Authors and Affiliations
E. Ventzel, A. Golubov, V. Krivorotko
ПАРАМЕТРИЧЕСКАЯ ОПТИМИЗАЦИЯ СИСТЕМЫ АВТОМАТИЧЕСКОГО УПРАВЛЕНИЯ ЗАЖИГАНИЕМ
Разработан метод получения оптимальных параметров системы автоматического управления зажиганием. Оптимизация производится по критерию качества, который включает экологические и технико-экономические параметры автомобиля,...
MODELING OF ICE CILINDER-PISTON GROUP WEAR IMMITATION
The method of ICE cylinder-piston group wear immitation that can be used at investigation of tool estimation of ICE residual service life is offered .
MAIN WAYS OF MEDIUM TONNAGE MILITARY VEHICLES DEVELOPMENT
The main development trends and technical characteristics of medium-tonnage military vehicles in modern armies were analyzed in the article. Based on the analysis carried out there was de-termined the necessity of vechic...
THE PROBLEM OF CREATING THE DISTANCE LEARNING COURSES FOR FOREIGN STUDENTS AT THE INITIAL STAGE OF STUDYING
The problems of creating and applying new teaching methods on the basis of distance learning courses are analyzed. The possibility of distance learning of Russian as a foreign lan-guage is considered. The structure of th...
CAR BODY RESIDUAL RESOURCE DETERMINATION METHOD
The method of car body condition determination according to the measurement results of checkpoints by CELLETE NAJA measuring stand is considered.