FORMATION MECHANISM OF GdFeO3 NANOPARTICLES UNDER THE HYDROTHERMAL CONDITIONS
Annotation
The formation mechanism of GdFeO3 nanoparticles by varying of the hydrothermal conditions has been investigated. The mean size of coherent scattering regions of GdFeO3 was determined to be equal to 53, 68 and 73 nm. The observed regularities allowed us to assume the oriented attachment of nanocrystals.
Keywords
Постоянный URL
Articles in current issue
- SEMICLASSICAL ANALYSIS OF TUNNELING THROUGH A SMOOTH POTENTIAL BARRIER AND LOCALIZED STATES IN GRAPHENEMONOLAYER WITH MASS GAP
- WEYL FUNCTION FOR SUM OF OPERATORS TENSOR PRODUCTS
- О ПОСТРОЕНИИ ИНТЕРПОЛЯЦИОННО- АППРОКСИМАЦИОННОГО МНОГОЧЛЕНА
- STUDY OF DYNAMICS OF MICROSTRUCTURAL TRANSFORMATIONS IN CRYSTALLINE YTTRIA NANOPOWDER
- INTERFERENCE EFFECTS IN MICROCHIP LASER WITH INTRACAVITY FREQUENCY DOUBLING
- SPECTRA OF COHERENT TRANSMITTANCE AND REFLECTANCE OF PERIODIC, FIBONACCI, AND THUE-MORSE MULTILAYERS OF DIELECTRIC PARTICLES
- ON THE POSSIBILITY OF MAGNETORESISTANCE GOVERNED BY LIGHT
- A QUANTITATIVE MODEL FOR QUANTUM TRANSPORT IN NANO-TRANSISTORS
- EFFECT OF HYDROTHERMAL SYNTHESIS CONDITIONS ON THE MORPHOLOGY OF ZrO2 NANOPARTICLES
- ELECTRICAL PROPERTIES OF HOT WALL DEPOSITED PbTe–SnTe THIN FILMS
- INFLUENCE OF Sb CONTENT ON PHASE COMPOSITION CHANGE OF NANOSCALED Co-Sb FILMS DEPOSITED ON HEATED SUBSTRATE
- THE EFFECT OF FULLERENE C60 ON THE MECHANICAL AND DIELECTRICAL BEHAVIOR OF EPOXY RESINS AT LOW LOADING
- EFFECT OF SINTERING TEMPERATURE ON THE STRUCTURE OF COMPOSITES BASED ON SPINEL AND PEROVSKITE