Seghir T, Fourar A, Zeroual A, Massouh F.
Dynamic modelling of the behaviour of the Ouarkiss earthen dam under seismic loads. GeoScience EngineeringGeoScience Engineering. 2020;66 :40-52.
Seghir T, Fourar A, Zeroual A, Massouh F.
Dynamic modelling of the behaviour of the Ouarkiss earthen dam under seismic loads. GeoScience EngineeringGeoScience Engineering. 2020;66 :40-52.
Seghir T, Fourar A, Zeroual A, Massouh F.
Dynamic modelling of the behaviour of the Ouarkiss earthen dam under seismic loads. GeoScience EngineeringGeoScience Engineering. 2020;66 :40-52.
Seghir T, Fourar A, Zeroual A, Massouh F.
Dynamic modelling of the behaviour of the Ouarkiss earthen dam under seismic loads. GeoScience EngineeringGeoScience Engineering. 2020;66 :40-52.
KHENNAOUI AMINA-AICHA, Ouannas A, MOMANI SHAHER, Batiha IM, Dibi Z, Grassi G.
On Dynamics of a Fractional-Order Discrete System with Only One Nonlinear Term and without Fixed Points. ElectronicsElectronics. 2020;9 :2179.
KHENNAOUI AMINA-AICHA, Ouannas A, MOMANI SHAHER, Batiha IM, Dibi Z, Grassi G.
On Dynamics of a Fractional-Order Discrete System with Only One Nonlinear Term and without Fixed Points. ElectronicsElectronics. 2020;9 :2179.
KHENNAOUI AMINA-AICHA, Ouannas A, MOMANI SHAHER, Batiha IM, Dibi Z, Grassi G.
On Dynamics of a Fractional-Order Discrete System with Only One Nonlinear Term and without Fixed Points. ElectronicsElectronics. 2020;9 :2179.
KHENNAOUI AMINA-AICHA, Ouannas A, MOMANI SHAHER, Batiha IM, Dibi Z, Grassi G.
On Dynamics of a Fractional-Order Discrete System with Only One Nonlinear Term and without Fixed Points. ElectronicsElectronics. 2020;9 :2179.
KHENNAOUI AMINA-AICHA, Ouannas A, MOMANI SHAHER, Batiha IM, Dibi Z, Grassi G.
On Dynamics of a Fractional-Order Discrete System with Only One Nonlinear Term and without Fixed Points. ElectronicsElectronics. 2020;9 :2179.
KHENNAOUI AMINA-AICHA, Ouannas A, MOMANI SHAHER, Batiha IM, Dibi Z, Grassi G.
On Dynamics of a Fractional-Order Discrete System with Only One Nonlinear Term and without Fixed Points. ElectronicsElectronics. 2020;9 :2179.
Guedjati M-R.
Early detection of glycemia disorders using one-hour post load plasma glucose after an oral glucose tolerance test. Batna Journal of Medical Sciences (BJMS)Batna Journal of Medical Sciences (BJMS). 2020;7 :148-150.
AbstractL’hyperglycémie provoquée par voie orale (HGPO) est indiquée et effectuée chez les patients pour lesquels on suspecte des anomalies du métabolisme du glucose. Les critères de diagnostic du diabète sont assez codifiés. Cependant l’état prédiabétique est associé à une perturbation moins prononcée de la glycémie à jeun et/ou de celle après 2 heures. Pour réaliser une HGPO, il faut mesurer la glycémie avant l’administration de 75 g glucose et deux heures après. Des prélèvements à 30, 60 et 90 minutes sont souvent réalisés en plus des deux prélèvements des temps obligatoires. Depuis quelques années, la mesure de la glycémie 60 minutes après l’administration de 75 g de glucose, est devenue une pratique de plus en plus courante. Cette pratique semble être plus fiable en post HGPO chez des sujets dont le profil glycémique normal et qui ont une glycémie à 60 minutes supérieure ou égale à la valeur de 1,55 g/L.
Houamed I, Saidi L, Srairi F.
ECG signal denoising by fractional wavelet transform thresholding. Research on Biomedical EngineeringResearch on Biomedical Engineering. 2020;36 :349-360.
Houamed I, Saidi L, Srairi F.
ECG signal denoising by fractional wavelet transform thresholding. Research on Biomedical EngineeringResearch on Biomedical Engineering. 2020;36 :349-360.
Houamed I, Saidi L, Srairi F.
ECG signal denoising by fractional wavelet transform thresholding. Research on Biomedical EngineeringResearch on Biomedical Engineering. 2020;36 :349-360.
Abbassi A, Bouchala T, Abdou A, Abdelhadi B.
Eddy current characterization of 3D crack by analyzing probe signal and using a fast algorithm search. Russian Journal of Nondestructive TestingRussian Journal of Nondestructive Testing. 2020;56 :426-434.
Abbassi A, Bouchala T, Abdou A, Abdelhadi B.
Eddy current characterization of 3D crack by analyzing probe signal and using a fast algorithm search. Russian Journal of Nondestructive TestingRussian Journal of Nondestructive Testing. 2020;56 :426-434.
Abbassi A, Bouchala T, Abdou A, Abdelhadi B.
Eddy current characterization of 3D crack by analyzing probe signal and using a fast algorithm search. Russian Journal of Nondestructive TestingRussian Journal of Nondestructive Testing. 2020;56 :426-434.
Abbassi A, Bouchala T, Abdou A, Abdelhadi B.
Eddy current characterization of 3D crack by analyzing probe signal and using a fast algorithm search. Russian Journal of Nondestructive TestingRussian Journal of Nondestructive Testing. 2020;56 :426-434.