Natalia Tsidaeva
Biographic Data
| ID | 9424771 |
|---|---|
| NAME | Natalia Tsidaeva |
| GIVEN NAMES | Natalia |
| FAMILY NAME | Tsidaeva |
| SIGNATURE | TSIDAEVA N |
| AFFILIATIONS | North-Caucasian Mining and Metallurgical Institute |
| ORCID | 0000-0002-7022-4590 |
| VERIFIED | Yes |
| TOTAL WORKS | 5 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 5 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2021 |
| LATEST PUBLICATION YEAR | 2025 |
| H-INDEX | 0 |
Two-dimensional composite systems
Introduction. The development of new purification methods and the creation of new materials as highly effective sorbents are essential for preserving freshwater sources from dyes and heavy metals. The unique magnetic and adsorption properties of Alk-MXene/ferrite-garnet composites are currently a priority area of research and will enable the creation of highly effective filter materials. Research objective. Synthesize and study the magnetic and a…
MXene/Pr3Fe5O12 two-composite systems as promising materials for industrial wastewater treatment
Introduction. The pollution problem, which leads to freshwater shortages, requires new purification methods. The development of new synthesis technologies and the study of the characteristics of filtration materials allow us to improve existing purification methods. The unique adsorption properties of composites based on alk - MXene and Pr3Fe5O12 are currently a priority area of research. Materials and Methods. Nanostructured powders based on 2D …
The effect of particle size and shape on the magnetic and adsorption properties of erbium iron garnets as industrial wastewater treatment filter materials
Introduction. The water resources of our planet contain large amounts of pollutants in the form of chemicals such as heavy metals and dyes, which pose a serious threat to the environment and public health. The reason for their presence in the water is industrial wastewater that has not been properly treated. Solving the problem of pollution, which causes a lack of fresh water, requires the development of new materials for purification filters and…
New materials based on Pr3Fe5O12 iron garnets as filters for industrial wastewater treatment
Introduction. Solving the problem of pollution, which causes a lack of fresh water, requires the development of new materials for purification filters and improvement of existing cleaning methods. The unique magnetic and adsorption properties of rare-earth garnet ferrites, due to the large area of the adsorbing surface, the properties of magnetic nanoparticles and the processes of adsorbent regeneration for subsequent use, are currently a priorit…
Industrial Wastewater Purification Adsorption Materials Based on Rare-Earth Ferrite Garnets Sm3fe5o12
One of the main global threats in the 21st century is the pollution by industrial enterprises (dyes and heavy metals) of the world’s fresh water resources. The main danger is posed by contaminated industrial wastes, which are so loaded with industrial waste that they cannot be used in the future, as well as dumped without purification due to toxicity, aggressiveness and other negative properties. Methods of chemical oxidation, ion exchange, nanof…
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Industrial Wastewater Purification Adsorption Materials Based on Rare-Earth Ferrite Garnets Sm3fe5o12
One of the main global threats in the 21st century is the pollution by industrial enterprises (dyes and heavy metals) of the world’s fresh water resources. The main danger is posed by contaminated industrial wastes, which are so loaded with industrial waste that they cannot be used in the future, as well as dumped without purification due to toxicity, aggressiveness and other negative properties. Methods of chemical oxidation, ion exchange, nanof…
The effect of particle size and shape on the magnetic and adsorption properties of erbium iron garnets as industrial wastewater treatment filter materials
Introduction. The water resources of our planet contain large amounts of pollutants in the form of chemicals such as heavy metals and dyes, which pose a serious threat to the environment and public health. The reason for their presence in the water is industrial wastewater that has not been properly treated. Solving the problem of pollution, which causes a lack of fresh water, requires the development of new materials for purification filters and…
New materials based on Pr3Fe5O12 iron garnets as filters for industrial wastewater treatment
Introduction. Solving the problem of pollution, which causes a lack of fresh water, requires the development of new materials for purification filters and improvement of existing cleaning methods. The unique magnetic and adsorption properties of rare-earth garnet ferrites, due to the large area of the adsorbing surface, the properties of magnetic nanoparticles and the processes of adsorbent regeneration for subsequent use, are currently a priorit…
Two-dimensional composite systems
Introduction. The development of new purification methods and the creation of new materials as highly effective sorbents are essential for preserving freshwater sources from dyes and heavy metals. The unique magnetic and adsorption properties of Alk-MXene/ferrite-garnet composites are currently a priority area of research and will enable the creation of highly effective filter materials. Research objective. Synthesize and study the magnetic and a…
MXene/Pr3Fe5O12 two-composite systems as promising materials for industrial wastewater treatment
Introduction. The pollution problem, which leads to freshwater shortages, requires new purification methods. The development of new synthesis technologies and the study of the characteristics of filtration materials allow us to improve existing purification methods. The unique adsorption properties of composites based on alk - MXene and Pr3Fe5O12 are currently a priority area of research. Materials and Methods. Nanostructured powders based on 2D …
Adsorption (4 works) · Wastewater (4 works) · Engineering (3 works) · Environmental Science (3 works) · Industrial wastewater treatment (3 works) · Chemical Engineering (2 works) · Chemistry (2 works) · Composite material (2 works) · Electromagnetic wave absorption materials (2 works) · Environmental Engineering (2 works)