European Journal of Molecular & Clinical Medicine

After various types of information sent from outside are combined in our brains and adapted, after it, they become compound words. Adaptation in this form results in the formation of compound words based on both synonymity and antonymity by combining words with different meanings. The other part of compound words are made up of words that expressing opposite meanings. Man’s cognitive activity has made it possible to distinguish between the things that exist in nature and, in general, any concepts in certain features. It is as a result of this activity of the brain words have been formed that are opposite to each other in the language, and these words have been regrouped to form compound words. In cognitive linguistics, one of the components of compound words is considered to be the main one, and in general, it affects which part of speech the newly formed compound word is. In compound words, the first element takes a stress, but the second element defines a new class of compound words. The formation of compound words is closely related to conceptual factors. Mostly complex words are the result of the formation of a conceptual mixture. In this process, the elements of the two concepts are selected and “mixed” with a new, more complex concept. The article discusses the expression of compound lexical units’ components with parts of speech in the English and Azerbaijani languages, which are different system languages, and their cognitive features. Various scientific sources have been used in writing the article

The quality of an engine coolant plays a crucial role in the performance of an engine. A goodn quality engine oil quickly and substantially removes extra heat generated from the engine. It keeps the engine cool during the engine performance. Carbon Nanotube (CNT) based engine coolants are promising materials  the additional quality performance of engine coolant. However, carbon nanotubes are immiscible in waterbased coolants. To have a stable solution, a surfactant has to be used with it. In the present study organic surfactant like aloe vera, Cordia myxa (Lasoora) juices were used and found to be very effective in making CNT soluble in the water-based coolant. This enhances both thermal and electrical conductivities of coolant. In the present study, CNT enriched coolants were subjected to thermal and electrical conductivity measurements. Various compositions of the solution with carbon multi-walled nanotubes were used. It is observed that carbon nanotube enhances the thermal as well as the electrical conductivity of the coolant. Out of various compositions, organic coolant with Cordia myxa (Lasoora) juice as a surfactant shows extraordinary performance.

Any science gains independence if it has its own object, subject and terminology. While translation remains a field of linguistics, the problems it considers do not go beyond the comparative study of two languages. Translation studies in its current state includes all areas of research that study translation as a process and as a result.