Search results

Bhalerao et al.: Sutures - Evolutionary Phases, Asian Textile Journal, December (1998), p. 81
[20] E.L.
Mukherjee, A.L.
Vainburg et al.: Textile Materials for Medical Purposes, [in Russian], TSNIITEILegprom, Moscow, 1991
Wolf et al, Russian Federation, Application of 8 July 1990, No 2383561, Date of Registration 7 April, (1978)

El-Sayed: Chem.
Martínez, A.L.
Doadrio, A.L.
Doadrio, A.L.
Izquierdo-Barba, A.L.

Advanced mathematical model proposed by Milewski et al. [20] was used, and characteristics of commercial SOFCs were implemented in the numerical simulator created in Aspen Hysys modeling environment.

Leach et al. investigated the maximum crack extension location of the surface cracks with different crack lengths and depths in the plate by experiments [1].

This method of UIO-66 synthesis was studied and confirmed by Yin et al [8].

More to the point, Valdes et al., [117] examined the dielectric properties of HA to understand its decomposition to β-TCP.
Namely, Martin et al. reported bending strengths of 40 - 60 MPa for a porous HA implant filled with 50 - 60% of cortical bone [188].
Already in the 1980s, de Groot et al. [221] published a paper on the development of plasma-sprayed HA implants.
[109] Burger, E.L.; Patel, V.
[213] Oliveira, A.L.; Mano, J.F.; Reis, R.L.

Murray et al. [27] applied KMC for the evaluation of ionic conductivity in this system based on migration barriers from pair-potential calculations.
Allnatt, E.L.

For a stress relaxation test of the Maxwell body, the balance between the rates of plastic and elastic deformation is el Mε σ ε = = − & && , (16) where M is the effective elastic modulus of the sample-machine system.
This structure has to be understood before making any attempts to develop a detailed quantitative dislocation model of MGs' localized plastic flow. 0 50 100 150 200 250 300 0 5 10 15 20 Co70Fe5Si15B10, σ0= 500 MPa Co70Fe5Si15B10, σ0= 1000 MPa Co70Fe5Si15B10, σ0= 1500 MPa Fe40Ni40P14B6, σ0= 750 MPa Fe40Ni40P14B6, σ0= 1500 MPa Fe40Ni40P14B6, σ0= 2250 MPa Activation volume, nm 3 temperature, K 0 5 10 15 20 Pb Cu Cu-14 % Al Cu-3 % Ge Cu-8 %Mg 0 200 400 600 800 1000 1200 Activation volume, b 3 0 50 100 150 200 250 300 0 200 400 600 800 1000 1200 Fig. 26 The activation volume calculated as a function of temperature for a number of metallic crystals and metallic glasses [36].

This same trend of the DI values was reported by Bledzki et al. [12].

Mathern et al. [8] determined the structure of the monohydrated ammonium tris(oxalate)niobate.