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Tomoko Fuse (布施 知子, Fuse Tomoko, born in Niigata, 1951) is a Japanese origami artist and author of numerous books on the subject of modular origami, and is by many considered as a renowned master in such discipline. [1] Fuse first learned origami while in the hospital as a child.
Later, when the beads were made of polyethylene, it became possible to fuse them with a flat iron. HAMA began producing pegboard beads in 1971, but they only became fusible by the late 70s. [9] Peter Schneck and Dee Dee Schneck founded the Perler brand of fuse bead in 1981 in California, [10] and the beads gained popularity during the 1980s. [4]
Blotter art emphasizes psychedelic themes, [6] frequently incorporating repeating patterns in its designs, such as fractal, paisley, moiré, or kaleidoscopic patterns. [4] While early blotter art designs could be simple repetitions of a smiley face or a single word such as PURE [ 1 ] or YES, [ 7 ] the subject matter soon veered toward the ...
A fuse consists of a metal strip or wire fuse element, of small cross-section compared to the circuit conductors, mounted between a pair of electrical terminals, and (usually) enclosed by a non-combustible housing. The fuse is arranged in series to carry all the charge passing through the protected circuit. The resistance of the element ...
An electrical fusible link is a type of electrical fuse that is constructed simply with a short piece of wire typically four American wire gauge (AWG) sizes smaller than the wire that is being protected. For example, an AWG 16 fusible link might be used to protect AWG 12 wiring.
The Lucas 1/4" diameter glass tube fuse have a different length as compared to the standard US item. The Lucas 1/4" diameter glass tube fuse is 1 + 5 ⁄ 32 in (29 mm) long, while the US standard 1/4" glass tube fuse is 1 + 1 ⁄ 4 in (32 mm)] long. However, many Lucas fuse holders permit the longer US version to be installed easily.
Fusible alloys are typically made from low melting metals. There are 14 low melting metallic elements that are stable for practical handling. These are in 2 distinct groups: The 5 alkali metals have 1 s electron and melt between +181 (Li) and +28 (Cs) Celsius; The 9 poor metals have 10 d electrons and from none (Zn, Cd, Hg) to three (Bi) p electrons, they melt between -38 (Hg) and +419 (Zn ...
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