Atherosclerotic plaque and hydroxyapatite nanostructures studied by high-frequency EPRGafurov M.,
Yavkin B.,
Biktagirov T.,
Mamin G.,
Orlinskii S.,
Izotov V.,
Salakhov M.,
Klimashina E.,
Putlayev V.,
Abdul'yanov V.,
Ignatjev I.,
Khairullin R.,
Zamochkin A.,
Chelyshev Y. A series of nanosized (20 nm and larger) samples of
hydroxyapatite powders synthesized by wet
ОСОБЕННОСТИ СИНТЕЗА ГИДРОКСИАПАТИТА В ПРИСУТСТВИИ ГЛИЦИНАThe synthesis of
hydroxyapatite with various initial components, including the participation
BONE IMPLANTS BASED ON HYDROXYAPATITEThe main inorganic component of bone tissue is
hydroxyapatite Ca10 (PO4) 6 (OH) 2. In modern
The enhancement of hydroxyapatite thermal stability by Al dopingAl-substituted
hydroxyapatite (Al-HA) powders with apatite structure and particle size of 30-70nm
Atherosclerotic plaque and hydroxyapatite nanostructures studied by high-frequency EPRGafurov M.,
Yavkin B.,
Biktagirov T.,
Mamin G.,
Orlinskii S.,
Izotov V.,
Salakhov M.,
Klimashina E.,
Putlayev V.,
Abdul'yanov V.,
Ignatjev I.,
Khairullin R.,
Zamochkin A.,
Chelyshev Y. A series of nanosized (20 nm and larger) samples of
hydroxyapatite powders synthesized by wet
The enhancement of hydroxyapatite thermal stability by Al dopingAl-substituted
hydroxyapatite (Al-HA) powders with apatite structure and particle size of 30-70 nm