Search Results for surface area

Fig. 31 Surface-area-center estimation of area More

Fig. 7 Surface-area-center estimation of area More

Fig. 3 Example takeoff of the surface area of a project. The total area of the structure is the sum of the surface area of its pieces. More

Fig. 21 Auger spectrum from a large surface area of a gold-nickel-copper metallization sample that was heated 4 h in air at 300 °C (570 °F). More

Fig. 19 Same fracture-surface area as that shown in Fig. 18 , but processed with a different exposure to bring out the shape and size of the globular particles of FeO in the central dimple. The small dark spot at the lower right on the FeO particle is a shrinkage area. SEM, 2400× More

Fig. 928 Enlarged view of a part of the fracture surface area in Fig. 927 . Some features vaguely resemble fatigue striations, but it is doubtful that they were caused by fatigue inasmuch as they do not seem to have been formed in an orderly sequence (and there are no beach marks in Fig. 922 More

Fig. 1017 Enlarged view of the fracture-surface area in the rectangle in Fig. 1016 . The higher magnification here makes it possible to observed the fine size of the dimples, which in general is less than half a micron. This is remarkable uniformity of size in a fracture surface as rough More

Fig. 75 Micrograph of surface area of material before bending and cracking (shown in Fig. 74 ). Note the deep rolled-in oxide connecting to the outside surface. More

Fig. 13 Plot of total surface area of the grain boundaries per unit volume measured using the trisector technique versus the amount of cold work in a set of specimens of cold-rolled extra-low-carbon steel. Source: Ref 11 More

Fig. 1 Mild steel ball wear as a function of surface area change of ground magnetic taconite. On ends of plotted lines are the grinding times in minutes. Source Ref 6 , 7 , 10 . More

Fig. 4 Potential versus surface area of cathode with areas marked for no corrosion, mild corrosion, and serious corrosion More

Fig. 7 Scanning electron micrograph of nanographite particles with a surface area of 350 m 2 /g and a lamella thickness index of 7 to 8. Source: Ref 5 More

Fig. 75 Micrograph of surface area of material in Fig. 74 before bending and cracking. Note the deep rolled-in oxide connecting to the outside surface. More

Fig. 3 Ratio of filler-metal (electrode) wire surface area to volume for various wire diameters. “Common range” indicates range of wire diameters most often used for welding titanium. More

Fig. 4 Specific surface area of iron powders made from atomization, hydrogen reduction, and carbon reduction More

Fig. 2 Brunauer-Emmett-Teller apparatus for determining specific surface area More

Fig. 3 Surface area and pore size analyzer. Courtesy of Quantachrome Instruments More

Fig. 16 Influence of oxygen content of the gaseous medium on BET surface area of aluminum powders More

Fig. 17 BET surface area for aluminum powders atomized in air and in inert gas More