We have used high energy transfer (HET) inelastic neutron scattering spectroscopy to measure the vibrational modes in the spectra of hydroxyapatite, bone and brushite to confirm our earlier work that only a fraction of the hydroxyl groups in bone mineral are substituted. The HET spectra are better observed due to the higher scattering cross section of hydrogen compared with the other elements in the calcium phosphate compounds. (C) 2003 Elsevier Science B.V. All rights reserved
Two different deproteination and defatting processes of human bone were investigated, by combined in...
An inelastic neutron scattering (INS) study of the rotational–vibrational spectrum of dihydrogen sor...
Bones have unique mechanical properties that originate from their main constituents: mineral, in the...
We have used high energy transfer (HET) inelastic neutron scattering spectroscopy to measure the vib...
This paper reports neutron diffraction data and its analysis of bone derived hydroxyapatite and synt...
International audienceBackgroundIn advanced osteoarthritis (OA), when the cartilage is completely de...
With the aim to study the bound-atom neutron scattering cross section of natural calcium we measured...
Complementary vibrational spectroscopic techniques – infrared, Raman and inelastic neutron scatterin...
An inelastic neutron scattering (INS) study of the rotational - vibrational spectrum of dihydrogen s...
The composition of whole human and sheep cortical bone tissue, and of a synthetic hydroxyapatite (P1...
In order to clarify certain aspects concerning the assignment of bands in the vibrational spectrum o...
The estimation of the maximum temperature affecting skeletal remains was previously attempted via in...
Understanding the formation of metakaolin via kaolinite dehydroxylation is extremely important for t...
Raman spectroscopy of natural bones and hydroxyapatites is described. In addition, how Raman spectro...
From a histological point of view, bones that allow body mobility and protection of internal organs ...
Two different deproteination and defatting processes of human bone were investigated, by combined in...
An inelastic neutron scattering (INS) study of the rotational–vibrational spectrum of dihydrogen sor...
Bones have unique mechanical properties that originate from their main constituents: mineral, in the...
We have used high energy transfer (HET) inelastic neutron scattering spectroscopy to measure the vib...
This paper reports neutron diffraction data and its analysis of bone derived hydroxyapatite and synt...
International audienceBackgroundIn advanced osteoarthritis (OA), when the cartilage is completely de...
With the aim to study the bound-atom neutron scattering cross section of natural calcium we measured...
Complementary vibrational spectroscopic techniques – infrared, Raman and inelastic neutron scatterin...
An inelastic neutron scattering (INS) study of the rotational - vibrational spectrum of dihydrogen s...
The composition of whole human and sheep cortical bone tissue, and of a synthetic hydroxyapatite (P1...
In order to clarify certain aspects concerning the assignment of bands in the vibrational spectrum o...
The estimation of the maximum temperature affecting skeletal remains was previously attempted via in...
Understanding the formation of metakaolin via kaolinite dehydroxylation is extremely important for t...
Raman spectroscopy of natural bones and hydroxyapatites is described. In addition, how Raman spectro...
From a histological point of view, bones that allow body mobility and protection of internal organs ...
Two different deproteination and defatting processes of human bone were investigated, by combined in...
An inelastic neutron scattering (INS) study of the rotational–vibrational spectrum of dihydrogen sor...
Bones have unique mechanical properties that originate from their main constituents: mineral, in the...