EN The stage of completion results

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Targeted Comprehensive Fundamental Research Program of NASU "Fundamental Problems of Nanostructured Systems, Nanomaterials, Nanotechnology"

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The stage of completion results

(Пусто) (31)
Design and technological documentation (1)
- 111161
  Method of malignant tumor nanohyperthermia on the basis of using of magnetic fluid of lanthanum-strontium manganite with perovskite structure and alternating magnetic field taking into account the tumor microenvironment peculiarities.
  Joint projects: Nanocomposites for medical purpose and optimization of it synthesis with taking into account characteristics of tissue microsurroundings. Part 1. Investigation of tumor microenvironment modifying effect on magnetization, dispersity, biocom
Experimental (mock) sample (2)
- 02473
  It was developed the methodology of stable water nanofluids creating on the basis of aluminosilicates, carbon nanotubes and thermographenite with the use of wide range of stabilizers of different classes.
  Researches devoted to the nanofluids creation with enhanced thermophysical properties for energetics
- 06979
  The technology of melt intercalation of KNO3 and RbNO3 ferroelectrics in InSe and GaSe layered matrices.
Idea, concept (1)
- 005117
  Ferromagnetic state in In0.98Mn0.02Sb compounds has been confirmed by direct measurements of the system’s magnetization and direct observation of the hysteresis loops M(H) from helium to room temparatures
  Spin-polarized transport and proximity effects in nanocontacts «superconductor-ferromagnet»
Other (1)
- 10234
  - Methodical guidelines “Estimation of biosafety of medical nanopreparations”. - Technical order for manufacture TUU 20.1-05402714-004:2014 “Substance of medical-biological purpose «Gold nanoparticles»”
  Assesment of biosafity and biocompartability of metal nanoparticles in vitro and in vivo which are perspective as cardiotropic and antiapoptic drugs delivery systems
Prototype (12)
Report on R & D (OCD) (56)
Small-scale production (2)
- 088120
  Experimental technology of manufacturing microlaminate thin strips and thick slabs weighing several kilograms with a specific number of layers ~ 102-103 layers per 1 mm thickness of the composite and description of the dependence of the functional propert
- 01352
  Nanoscale of semiconductor structures on the based IV-VI compounds for thermoelectric energy converters
  Nanoscale of semiconductor structures on the based IV-VI compounds for thermoelectric energy converters