The chapter summarizes the features of the combustion synthesis for nano- and micron-sized metal powders (Al, B, Zr, and Ti) and their mixtures with additives in N2/O2 mixtures for nitrides (oxynitrides) production. The formation of nitrides as the main phase of the combustion products of metals in air are experimentally proved and theoretically justified. The physics and chemistry of the nitride formation by the combustion process, new combustion mechanisms, the stabilization of nonequilibrium products, and the characteristics of the combustion of metal nanopowders are comprehensively discussed along with technological aspects of the combustion synthesis of nitrides
Transition metal nitrides are known to be catalytically active materials. Recently, much attention h...
The preparation of a homogeneous mixture of (Al2O3 + C) precursor is the key step for the successful...
This paper explores different modes of synthesis by combustion of chromium-nitrogen and ferrochromiu...
The chapter summarizes the features of the combustion synthesis for nano- and micron-sized metal pow...
The combustion process in air for aluminum nanopowders (nAl), micron-sized powders of aluminum (Al),...
This paper describes combusting loose powder beds of mixtures of aluminum metal powders and aluminum...
Due to its combined properties of high electrical resistivity and high thermal conductivity aluminum...
Refractory metal nanopowders have recently been of interest as starting materials for preparation of...
The characteristics and phase composition of intermediate synthesis products has been studied by bur...
The resource-saving technology of aluminum nitride obtaining during the combustion of aluminum nanop...
This paper is devoted to the discussion of the experimental results on the solid-phase synthesis of ...
The recent developments and trends in combustion science towards the synthesis of nanomaterials are ...
Includes bibliographical references (leaf 54)The utility of exploding wire techniques as a method fo...
The phase formation sequences, intermediate and final products of aluminum nanopowder combustion are...
Synthesis, processing and characterization of nanocrystalline aluminum nitride has been systematical...
Transition metal nitrides are known to be catalytically active materials. Recently, much attention h...
The preparation of a homogeneous mixture of (Al2O3 + C) precursor is the key step for the successful...
This paper explores different modes of synthesis by combustion of chromium-nitrogen and ferrochromiu...
The chapter summarizes the features of the combustion synthesis for nano- and micron-sized metal pow...
The combustion process in air for aluminum nanopowders (nAl), micron-sized powders of aluminum (Al),...
This paper describes combusting loose powder beds of mixtures of aluminum metal powders and aluminum...
Due to its combined properties of high electrical resistivity and high thermal conductivity aluminum...
Refractory metal nanopowders have recently been of interest as starting materials for preparation of...
The characteristics and phase composition of intermediate synthesis products has been studied by bur...
The resource-saving technology of aluminum nitride obtaining during the combustion of aluminum nanop...
This paper is devoted to the discussion of the experimental results on the solid-phase synthesis of ...
The recent developments and trends in combustion science towards the synthesis of nanomaterials are ...
Includes bibliographical references (leaf 54)The utility of exploding wire techniques as a method fo...
The phase formation sequences, intermediate and final products of aluminum nanopowder combustion are...
Synthesis, processing and characterization of nanocrystalline aluminum nitride has been systematical...
Transition metal nitrides are known to be catalytically active materials. Recently, much attention h...
The preparation of a homogeneous mixture of (Al2O3 + C) precursor is the key step for the successful...
This paper explores different modes of synthesis by combustion of chromium-nitrogen and ferrochromiu...