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Targeted Comprehensive Fundamental Research Program of NASU "Fundamental Problems of Nanostructured Systems, Nanomaterials, Nanotechnology"
EN
Вибрано
nano
>
EN
The distribution of projects in the directions of the Program
Вибрано
Projects by departments Sciences of Ukraine
Institutions - Executors of project
Heads of projects
Projects with a list of matching results
Results and classification of economic activities in Ukraine
Results for basic industries
The results of the strategic priorities for innovation in the years 2011-2021
Results for basic research directions
Results and program "Horizon 2020"
Results by product
The stage of completion results
Implemented (not implemented) results
Intellectual property rights to the results
Forms and conditions of transfer of products
The results of the priority thematic areas of research and scientific and technological development for the period up to 2015
Projects in the directions of the Program
1
Head directly
Naumovets Anton G.
Academician of NAS of Ukraine
Віце-президент Національної академії наук України
+380445250927
naumovets@nas.gov.ua
1
1.1. Nanophysics: fundamental problems
(7)
0011.1
0021.1
0031.1
0041.1
0051.1
0061.1
0071.1
1.2. Physics of semiconductor nanostructures
(7)
0081.2
0091.2
0101.2
0111.2
0121.2
0131.2
0141.2
1.3. Structure and properties of nanosystems
(14)
0151.3
0161.3
0171.3
0181.3
0191.3
0201.3
0211.3
0221.3
0231.3
0241.3
0251.3
0261.3
0271.3
0281.3
1.4. Diagnostics and modeling of nanosystems
(10)
0291.4
0301.4
0311.4
0321.4
0331.4
0341.4
0351.4
0361.4
0371.4
0381.4
2.1. Physics and chemistry of nanomaterials and nanostructures
(9)
0392.1
0402.1
0412.1
0422.1
0432.1
0442.1
0452.1
0462.1
0472.1
2.2. Chemistry and electrochemistry nanoheterostructures and hybrid nanocomposites
(5)
0482.2
0492.2
0502.2
0512.2
0522.2
2.3. Chemistry and physics of surface phenomena. Supramolecular structure
(6)
0532.3
0542.3
0552.3
0562.3
0572.3
0582.3
2.4. Colloidal nanoscale systems
(8)
0592.4
0602.4
0612.4
0622.4
0632.4
0642.4
0652.4
0662.4
3.1. Multifunctional nanomaterials
(14)
0673.1
0683.1
0693.1
0703.1
0713.1
0723.1
0733.1
0743.1
0753.1
0763.1
0773.1
0783.1
0793.1
0803.1
3.2. Scientific and technological foundations of permanent joints materials using nanostructured layers and severe plastic deformation in the joint zone
(4)
0813.2
0823.2
08323.2
08313.2
3.3. Ion-plasma nanotechnology
(5)
0843.3
0853.3
0863.3
0873.3
0883.3
3.4. Physical foundations of nanomaterials in extreme conditions
(7)
0893.4
0903.4
0913.4
0923.4
0933.4
0943.4
0953.4
4.1. Biocompatible nanostructured materials: interaction with biological systems, safety use, means and methods controlled delivery
(10)
0964.1
0974.1
0984.1
0994.1
1004.1
1014.1
1024.1
1034.1
1044.1
1054.1
4.2. Physical and chemical basis of synthesis and formation properties of nanomaterials medical
(10)
1064.2
1074.2
1084.2
1094.2
1104.2
11124.2
11114.2
1124.2
1134.2
1144.2
Section 5. Information works on the problem of "Nanosystems, nanomaterials and nanotechnologies"
(4)
1155
1165
1175
1185
1
Nazva: - 0
Section 1. Physics and diagnostics of nanoscale systems
1.1
Nazva: - 0
1.1. Nanophysics: fundamental problems
1.2
Nazva: - 0
1.2. Physics of semiconductor nanostructures
1.3
Nazva: - 0
1.3. Structure and properties of nanosystems
1.4
Nazva: - 0
1.4. Diagnostics and modeling of nanosystems
2
Nazva: - 0
Section 2. Chemistry of nanomaterials and nanostructures
2.1
Nazva: - 0
2.1. Physics and chemistry of nanomaterials and nanostructures
2.2
Nazva: - 0
2.2. Chemistry and electrochemistry nanoheterostructures and hybrid nanocomposites
2.3
Nazva: - 0
2.3. Chemistry and physics of surface phenomena. Supramolecular structure
2.4
Nazva: - 0
2.4. Colloidal nanoscale systems
3
Nazva: - 0
Section 3. Fundamentals of nanomaterials technology
3.1
Nazva: - 0
3.1. Multifunctional nanomaterials
3.2
Nazva: - 0
3.2. Scientific and technological foundations of permanent joints materials using nanostructured layers and severe plastic deformation in the joint zone
3.3
Nazva: - 0
3.3. Ion-plasma nanotechnology
3.4
Nazva: - 0
3.4. Physical foundations of nanomaterials in extreme conditions
4
Nazva: - 0
Section 4. Bionanosystems
4.1
Nazva: - 0
4.1. Biocompatible nanostructured materials: interaction with biological systems, safety use, means and methods controlled delivery
4.2
Nazva: - 0
4.2. Physical and chemical basis of synthesis and formation properties of nanomaterials medical
5
Nazva: - 0
Section 5. Information works on the problem of "Nanosystems, nanomaterials and nanotechnologies"