The XANES at the Ag L edges of glasses Ag2O : B2O3, analyzed in terms of electronic transitions to unoccupied molecular orbitals, confirm previous EXAFS results and support a model for the bond between Ag and the borace network. When AgI is added, the XANES allow to determine the fraction of Ag ions bonded to the borate network
In order to study local order around Ag and Rb ions in ion-exchanged glasses EXAFS experiments were ...
In this paper it is proposed that, as long as the glasses of the system Ag2O-B2O3-AgI are demixed on...
X-ray absorption Spectroscopy makes it possible to identify the local atomic structure around cation...
The XANES at the Ag L edges of glasses AgzO:B203, analyzed in terms of electron~c transltlons to uno...
A good knowledge of the local structure is necessary for a better understanding of the high conducti...
The sensitivity of x-ray absorption spectroscopy (XAS) to the local structure around a selected atom...
The local coordination of Ag cations in silver borate glasses Ag2O.nB(2)O(3) has been studied by com...
The short-range order around iodine in AgI doped silver−borate glasses (AgI)x(Ag2O·nB2O3)1−x has bee...
La coordination N du cation Ag dans les verres Ag2 O - B2 O3 a été étudiée par EXAFS. On trouve N vo...
New X-ray diffraction measurements on (AgI)(x)(Ag2O . 4B(2)O(3))(1-x) glasses with AgI in a concentr...
X-ray absorption near edge structure (XANES) and EXAFS analysis was made of the Mo K-edge spectra in...
The local environment around iodine has been studied as a function of temperature by extended X-ray ...
A number of AgI based fast ion conducting glasses, with a general formula AgI---Ag2O---MxOy (MxOy=M...
It is crucial to understand the structural origins of macroscopic properties in silicate glasses for...
A large number of AgI-based fast-ion-conducting glasses have been investigated by K-iodine extended ...
In order to study local order around Ag and Rb ions in ion-exchanged glasses EXAFS experiments were ...
In this paper it is proposed that, as long as the glasses of the system Ag2O-B2O3-AgI are demixed on...
X-ray absorption Spectroscopy makes it possible to identify the local atomic structure around cation...
The XANES at the Ag L edges of glasses AgzO:B203, analyzed in terms of electron~c transltlons to uno...
A good knowledge of the local structure is necessary for a better understanding of the high conducti...
The sensitivity of x-ray absorption spectroscopy (XAS) to the local structure around a selected atom...
The local coordination of Ag cations in silver borate glasses Ag2O.nB(2)O(3) has been studied by com...
The short-range order around iodine in AgI doped silver−borate glasses (AgI)x(Ag2O·nB2O3)1−x has bee...
La coordination N du cation Ag dans les verres Ag2 O - B2 O3 a été étudiée par EXAFS. On trouve N vo...
New X-ray diffraction measurements on (AgI)(x)(Ag2O . 4B(2)O(3))(1-x) glasses with AgI in a concentr...
X-ray absorption near edge structure (XANES) and EXAFS analysis was made of the Mo K-edge spectra in...
The local environment around iodine has been studied as a function of temperature by extended X-ray ...
A number of AgI based fast ion conducting glasses, with a general formula AgI---Ag2O---MxOy (MxOy=M...
It is crucial to understand the structural origins of macroscopic properties in silicate glasses for...
A large number of AgI-based fast-ion-conducting glasses have been investigated by K-iodine extended ...
In order to study local order around Ag and Rb ions in ion-exchanged glasses EXAFS experiments were ...
In this paper it is proposed that, as long as the glasses of the system Ag2O-B2O3-AgI are demixed on...
X-ray absorption Spectroscopy makes it possible to identify the local atomic structure around cation...
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