High-throughput computation of novel ternary B–C–N structures and carbon allotropes with electronic-level insights into superhard materials from machine learning

Novel carbon allotropes and ternary B–C–N structures with ultrahigh hardness were screened and proposed by high-throughput computation. Electronic-level insights into superhard materials were provided from machine learning.

APPLICATION OF ELECTRONIC LEVELS AND IMPACT OF THEIR ACCURACY ON CONSTRUCTION MEASUREMENTS

Currently, in Kyrgyzstan, the pace and scale of construction of residential buildings are increasing, and such a geodetic device as an electronic level is in high demand in the industry. This article provides comparative analysis of digital levels released in last thirty years, such as WILD NA2000, Sokkia SDL50 and Leica LS15. Particular attention is paid to the technical characteristics, the study and analysis of which are the conclusions and results. Based on the study, the authors clearly show the development and close connection of modern technologies with electronic surveying instruments – levels. The topic of this article is relevant as we can observe high rate of urban development in case of Bishkek, therefore, the demand for such a device is considered to be high.