Background Information on Nickel

BACKGROUND OF THE INVENTION Information on nickel nanowires can be created from many different materials to meet the specific needs of scientists. They can be made of alloys, elements, oxides and other materials. In addition, they can become tailors to meet specific geometric requirements. In the semiconductor industry, many components are experimenting when the transistor demand is very high. Over time, and as technology advances, more and more objects can be placed on the substrate. Nickel creates and studies very general elements of nanowires.

Smoke and dust of nickel sulfide, nickel oxide, nickel sulfate and nickel sulfide are considered to be carcinogenic. Independent international scientific institutions classify mixed sulfides containing water-soluble nickel compounds and nickel oxide compounds as human carcinogens. Among the workers exposed to nickel, there is a high possibility of lung cancer, nasal cancer, and prostate cancer. Alloy shaped nickel contributes greatly to our society today. German silver containing 10-30% nickel is used for decorative items and household items. Monel contains 68% nickel for corrosive material handling equipment. Because the expansion coefficient is very small, it is important for Val

Nickel plating is used to protect and decorate the finish. Nickel chloride, NiCl 2, nickel acetate Ni (OCOCH 3) 2, nickel nitrate, Ni (NO 3) 2 · 6 H 2 O and nickel sulfate, NiSO 4 · 7 H 2 O are mainly used for nickel plating bath, nickel oxide Is used as an electrolyte. Electroplating nickel changes the chemical, physical and mechanical properties of the workpiece. Nickel dimethyl glyoxime (C 8 H 14 N 4 NiO 4) is commonly used as a colorant in paints, cosmetics and certain plastics. NiO is used to make the glass have the ability to absorb visible light but transmit ultraviolet light. In many brands of cosmetics, the maximum content of nickel in eye shadow is about 49 ppm

Because Nitinol is half of nickel, the medical industry pay great attention to the release of nickel, known allergens and carcinogens. (Nickel is also present in large amounts in stainless steel and cobalt-chromium alloy.) After proper treatment (by electrolytic polishing and / or passivation), nitinol acts as a very effective and self-repairing barrier To form a stable TiO 2 protective layer. Ion Exchange For example, Nitinol has been repeatedly demonstrated to release nickel at a slower rate than stainless steel. Very early medical equipment was manufactured without electrolytic polishing, it is said that corrosion was observed. For example, today's Nitinol vascular self-expanding metal stents do not show evidence of corrosion or nickel release, and patient results are indistinguishable with or without nickel allergy.