• Aucun résultat trouvé

Straining mechanisms in aluminium alloy 6056. In-situ investigation by transmission electron microscopy

N/A
N/A
Protected

Academic year: 2021

Partager "Straining mechanisms in aluminium alloy 6056. In-situ investigation by transmission electron microscopy"

Copied!
7
0
0

Texte intégral

Loading

Figure

Fig. 2 (a) corresponding to the initial state of deforma- deforma-tion, the dislocation is bowed between precipitates, marked with arrows, under the effect of the applied stress
Fig. 4 is a bright field sequence (g $ / 111¯) showing the
Table 2 gives results of tensile tests (yield stress s E at
Fig. 4. (a ! / e) TEM in situ straining sequence at room temperature showing the spreading of a loop, and (f) schematic spreading of the dislocation
+2

Références

Documents relatifs

To better understand how climate anoma- lies during an El Niño event impact soil moisture, we inves- tigate changes in soil moisture in the humid tropics (between ± 25 ◦ ) during

When the resonance condition of the surface plasma wave is not satisfied 共in the case of a flat surface or when the laser angle of incidence is not 30° so that the resonant

Louroux sont équipés de stations permettant de mesurer le flux de sédiments transitant dans les cours d’eau

3- Garnier delmard – Dictionnaire des termes de médecine 22 eme édition Maloin paris 1989.. 4- Michelli Rojer- la personnalité des enfants

Edoardo Ballico, Alessandra Bernardi. Curvilinear schemes and maximum rank of forms.. EDOARDO BALLICO AND ALESSANDRA BERNARDI.. Abstract. a homogeneous polynomial) of given degree in

Figure 7-5: The scree plots of the Financial Sector ETF’s principal components result- ing from two principal component analyses, one on 2,946 observations of 13 liquidity

The method was highly efficient for all three palm sub ‐families tested, with 86.2% –92.4% of bait regions successfully recovered per sample with a sequencing effort of 1

Here we propose to reach further the investigation of the mechanical behaviour of single crystalline ceramic nanoparticles using in situ TEM compression tests