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Fig. 4 (a) Japanese new silver probe according to JIS K 2242-method B. (b) Examples of cooling curves measured by this probe. PAG, poly(alkylene glycol). Courtesy of M. Narazaki More

Fig. 13 Appearance of SiC paper in (a) a new (unused) condition and (b) after 30 seconds use More

Fig. 27 SEM micrograph of corroded (10 μA/cm 2 ) low-copper amalgam (New True Dentalloy) in 0.2% NaCl after removal of corrosion products by ultrasonics. A, alloy particles; B, matrix; C, regions formerly occupied by γ 2 phase More

Fig. 28 SEM micrograph of low-copper amalgam (New True Dentalloy) after immersion in artificial saliva. The clumps of corrosion products contain tin. More

Fig. 14 Clay sewer line breached as a new gas distribution line was laid, due to lack of knowledge of where the sewer lines were located. A remote camera inserted into the sewer lines was later utilized to ascertain that no additional breaches had occurred. More

Fig. 10 The carabiner in the foreground was found in a damp cave in upstate New York. A similar aluminum alloy carabiner is shown for comparison. In addition to white corrosion product generally present over all surfaces, there is red rust at the hinge and catch pins and the carabiner More

Fig. 2 Schematic of UBE's New Rheocasting (NRC) process. Source: Ref 1 More

Fig. 63 Comparison of observed and predicted deformed shapes for the new beverage-can end design More

Fig. 14 Illustration of the principal components of a new-generation ASEA Quintus fluid-cell press. (a) Tray containing blanks inserted into press prior to pressurizing. (b) Pressurized fluid-cell diaphragm forming a blank More

Fig. 28 Cumulative smooth fatigue lifetime distributors for old-quality and new-quality plate (see text for definitions). Tests conducted at 240 MPa (35 ksi) max stress, R = 0.1 More

Fig. 29 Open-hole fatigue lifetimes for new-quality and old-quality plate (see text for definitions). Tests conducted at R = 0.1 More

Fig. 15 New and old solutions for C-tip surface crack ( Fig. 11 ) with a / c = 0.2 in tension. Source: Ref 19 More

Fig. 16 New and old solutions for A-tip surface crack ( Fig. 11 ) with a / c = 0.2 in tension. Source: Ref 19 More

Fig. 17 New and old solutions for C-tip surface crack ( Fig. 11 ) with a / c = 1.0 in tension. Source: Ref 19 More

Fig. 18 New and old solutions for A-tip surface crack ( Fig. 11 ) with a / c = 1.0 in tension. Source: Ref 19 More

Fig. 19 New and old solutions for C-tip surface crack ( Fig. 11 ) with a / c = 0.2 in bending. Source: Ref 19 More

Fig. 20 New and old solutions for A-tip surface crack ( Fig. 11 ) with a / c = 0.2 in bending. Source: Ref 19 More

Fig. 21 New and old solutions for C-tip surface crack ( Fig. 11 ) with a / c = 1.0 in bending. Source: Ref 19 More

Fig. 22 New and old solutions for A-tip surface crack ( Fig. 11 ) with a / c = 1.0 in bending. Source: Ref 19 More

Fig. 10 Iron that was rolled and partially recrystallized, showing new grains (light) that were nucleated at the grain boundaries of the as-rolled grains. 2% nital etch. 200× More