Science and innovation. 2021, 17 (4) АРХІВ (Всі випуски) 
 | Science and innovation
2021. Вип. 4 |
- Title.
- Contents.
- Kachynskyi V. S., Koval M. P., Klymenko V. I. Development of Technology and Creation of Test Equipment for Pressure Welding of High-Load Thin-Walled Heterogeneous Steel Tubular Parts. - C. 3-10.
- Fialko N. M., Stepanova A. I., Navrodska R. O., Gnedash G. O., Shevchuk S. I. Complex Methods for Analysis of Efficiency and Optimization of HeatRecovery Systems. - C. 11-18.
- Smirnov O. M., Narivskiy A. V., Smirnov E. N., Verzilov A. P., Semenko A.Yu., Goryuk M. S. Development of a Two-Chamber MHD Tundish for Metal Casting. - C. 19-24.
- Babachenko O. I., Kononenko G. A., Podolskyi R. V. Development of a Model for Calculating Changes in K76F Rail Steel Temperature to Determine the Heat Treatment Parameters. - C. 25-32.
- Kovtun Yu. V., Glazunov G. P., Moiseenko V. E., Maznichenko S. M., Bondarenko M. N., Konotopskiy A. L., Siusko Y. V., Tarasov I. K., Shapoval A. N., Lozin A. V. Development of Technology for Vacuum Surface Conditioning by RF Plasma Discharge Combined with DC Discharge. - C. 33-43.
- Semykin S. I., Golub T. S., Dudchenko S. A. Direct observation of high-temperature areas of metal melt at oxygen converter blowing with low voltage application. - C. 44-54.
- Falkovich O. L., Palkin I. Ye. Creation of Mineral Resource Base of Strategic Materials (by Example of the Prutivskyi Copper-Nickel and Precious Metal Ore Deposit). - C. 55-61.
- Sereda V. The Role of Law in Promoting the Efficiency of the Modern Economy (Theoretical approach). - C. 62-71.
- Tsurko E. N., Kunz W. Salting-in and Saltingout Effects of Polyphenols, Aromatic Compounds, and Amino Acids on Poly (N-Isopropylacrylamide) and Egg White Aqueous Solutions. - C. 72-78.
- Gerasymov O. I., Spivak A. Y., Andrianova I. S., Sidletska L. M., Kuryatnikov V. V., Kilian A. M. Tightening (Compaction) of BiComponent Micromechanical (Granular) System. - C. 79-88.
- Melnyk O. P., Galimova V. M., Radzievska I. G., Marynin A. I. Application of the Inverse Chronopotentiometry Method to Control the Content of Toxic Elements in Refining Production. - C. 89-96.
- Instructions to Authors. - C. 97-99.
|
|
