Silver-white nickel is a naturally occurring, shiny, silver-white metal element. Silver-white, hard, malleable and ductile metal. ssspan class="mw-headline" id="Propriétés">Eigenschaften[edit]

Nickle is a metallic atom with the Ni symbolic and the ordinal number 28.... It' a silver-white, shiny metall with a light gold tone. Nickle ranks among the transitional steels and is tough and tough. High-purity nickel, pulverized to maximum reactivity of the surfaces, shows significant chemistry activities, but large chunks of nickel slowly reacts with oxygen under normal circumstances as an oxidic coating is formed on the surfaces and further oxidation (passivation) is prevented.

Nevertheless, in the Earth's earth crisis, only minute quantities of virgin nickel occur, mostly in ultrastructural rocks,[4][5] and in the interior of large nickel-iron metorites not subjected to atmospheric exposure. The use of nickel (as a naturally meteorological nickel-iron alloy) has been traceable back to 3500 BC.

In 1751, Axel Fredrik Cronstedt, who first confused the metal with a cuprous terminal, separated nickel for the first time at the Los Hälsingland Swedish underground mining site and considered it a grade of chemistry. Its name comes from a malignant spring of mining legend in Germany, nickel (similar to the old Nick), which embodied the fact that copper-nickel alloys resist refining to cupper.

A commercially important nickel resource is limitite containing 1-2% nickel. Other important nickel mineral ores included penttlandite and a blend of Ni-rich native silica known as garnetite. At room temperatures, nickel is oxidised gradually by the atmosphere and is regarded as non-corrosive. Approximately 9% of the world's nickel output is still used for corrosion-resistant nickel coatings.

Sometimes nickel-plated items cause a nickel-allergic reaction. Ni was widely used in coinage, although increasing prices in recent years have resulted in some substitution by lower priced metal. Ni is one of four element (the others are ferrous, gadolinium and cobalt)[7] which are magnetic at room thermo. Ni-base alloy magnets are of medium tensile strenght between iron-based permanentmagnets and rarely ground solenoids.

Today, the precious metals are mainly found in aluminium-alloys; about 68% of the global output is made of high-grade steal. Another 10% is used for nickel-base and copper-base alloying, 7% for alloyed steering grades, 3% in foundry work, 9% for coatings and 4% for other uses, as well as the fast-growing batteriesector.

Nickel as a combination has a number of applications in chemistry production of niches, such as a catalytic converter for hydration, cathode for battery, pigment and metallic finish. 9 ] Nickel is an indispensable nutriment for some micro-organisms and plant species that have nickel based enemies as their habitat. Nickle is a silver-white alloy with a light gold hue, which receives a high gloss.

This is one of only four magnetically charged element at or near room temperatures, the others being ferric, cubic and cadolinium. His Curie is 355 C (671 F), which means that nickel is not magnetized in large quantities above this level. 11 ] The nickel uniform cuboid is a face-centered die with a grid size of 0.352 nm, which gives an electron size of 0.124 nm.

Nickle ranks among the transitional metal and is tough and tough. Nickel is most abundant on earth in combinations with sulphur and irons in Pentlandit, with sulphur in Millerit, with ageing in Nickel and with ageing in Nickel-Galen. 22 ] Nickel is widely used in ferrous meteorite as the alloy Kamazite and Taenite.

When heated, the compound disintegrates again into nickel and CO: In the lunar cycle, this behaviour is used to purify nickel, as described above. Bis (cyclooctadiene)nickel(0) is a useful catalyser in organic nickel chemistries because the cylooctadiene (or cod) lipids can be shifted readily. Known from right to left is ,,, . 2. Nickelocene; it has an electrons number of 20 and is thus relatively instable.

The Erzgebirge Mountains in mediaeval Germany found a reddish miner reminiscent of bronze oxide. But when the colliers were not able to recover it, they accused a vicious spirit of ancient nickel of defeating the old Nick gold. 40 ][41][42][43] This is now known as nickelin (alias niccolit), a nickel amide.

Baron Axel Fredrik Cronstedt tried in 1751 to produce cupronickel cupro nickel in a small underground mine in the town of Los in Sweden and instead manufactured a silver alloy called after the ghost that gave the nickel its name. Apart from the already mentioned bactertrian coinage, nickel was not part of the coinage until the middle of the 19th cent.

99. 9 percent nickel-five-cent coinage was minted in Canada (then the biggest nickel manufacturer in the world) in the non-war years 1922-1981; the metallic contents made these coinage magentic. 45 ] During the 1942-45 military era, most or all of the nickel was taken from Canada and U.S. dollars to be stored for armour production.

41 ][46] Canada used 99.9% nickel in its higher value coinage from 1968 to 2000. Initially in the United States, the word "nickel" or "nick" referred to the copper-nickel flying eagle penny, which in 1857-58 substituted 12% nickel for brass for nickel, then in 1859-1864 for the main Indian penny of the same alloys. Even later, in 1865, the word referred to three cents of nickel, with nickel rising to 25%.

The name was taken over in 1866 by the five-cent nickel torch (25% nickel, 75% copper). Development of nickel grades in some major nickel producer nations. Development of yearly nickel mining by mineralization. Nickle is obtained by extracting metallurgy: it is obtained from the mineral using traditional methods of toasting and reducing which produce a more than 75% pure state.

75 percent purified nickel can be used in many high-grade steels without further cleaning, subject to contamination. The latest progress in hydrometallurgy technology has resulted in a much cleaner metal nickel alloy. Hydro-metallurgical furnaces concentrate nickel sulphide ores by means of floatation (differential floatation at too low a Ni/Fe ratio) and then melt them.

Nickel matting is further treated using the Sherritt-Gordon method. First of all, it removes any copper by the addition of hydrosulphide, which leaves a concentration of nickel and carbon. Subsequently, the separation of nickel and castor is carried out by means of solvents removal, the nickel concentration being more than 99%. Another commonly used method of upgrading is the removal of the mat into a nickel saline followed by the electrical recovery of the nickel from the electrolyte by applying it to a catalyst as electolytic nickel.

This US nickel medal contains 0.04oz (.1g) of nickel valued at 6.5 cent at the April 2007 prices and 3.75 g of approximately 3 cent nickel with a combined value of more than 9 cent. As the nominal value of a nickel is 5 cent, it was an appealing destination for the smelting of those who wanted to make a living selling the sold nickel.

Anticipating this practise, however, the United States Mint introduced new transitional regulations on 14 December 2006, which were publicly commented on for 30 consecutive trading day and criminalised the smelting and exporting of pennies and nickel. 64 ] Violators may be fined up to $10,000 and/or sentenced to a term of imprisonment not exceeding five years. Nickel alloys.

Nickel has sometimes been used as a replacement for ornamental silver due to its resistance to corrosive attack. After 1859 nickel was also sometimes used as a low-cost coin gold in some nations (see above), but in the late years of the twentieth centuries it was substituted by lower-cost high-grade steels (i.e. ferrous alloys), except in the United States and Canada.

Ni is an outstanding Alloy for certain noble metal and is used in the fire test as a PGE-collection. Nickel as such is able to collect all six PGE units entirely from ore and collect part of the remaining PGEs. HPN mining can also participate in PGE reclamation (mainly platform grade and palladium), for example Norilsk in Russia and the Sudbury Basin in Canada.

Ni and its derivatives are often used as catalyst for hydration processes. A fine-particle nickel-aluminum nickel-based alloy, Raney nickel is a commonly used shape, although related catalyst materials are also used, among them raney catalyst materials. Nickle is a natural magnostrictive substance, i.e. in the case of a magnetospheric force the substance changes its length slightly.

70 ][71] The magnetic striction of nickel is in the order of 50 parts per million and is therefore negatively, which indicates that it is contracting. Nickel is the main cause of nickel exposition and is consumed orally, as nickel is indispensable for crops. 93 ] Nickel occurs natural in both foods and waters and can be enhanced by anthropogenic contamination.

Thus, for example, nickel-plated taps can pollute waters and soils; mines and smelters can discharge nickel into wastewater; nickel-steel cooking utensils and nickel-pigmented trays can liberate nickel into foods. Nickel mineral beneficiation and the burning of fossile fuels can pollute the earth's atmosphere. for example. People can take nickel directly from cigarette smoke as well as direct exposure to jewellery, personal care products, cleaning products and coinage.

Haemodialysis is a rarer type of chronical exposition, since trace nickel ion can be incorporated into blood stream through the chelation effect of albumine. Hop up ^ Meija, J.; et al. (2016). Spring high ^ Carnes, Matthew; Buccella, Daniela; Chen, Judy?Y.-C.; Ramirez, Arthur?P.; Turro, Nicholas?J.; Nuckolls, Colin; Steigerwald, Michael (2009).

"Stable tetraalkyl complex of nickel(IV)". Pfirrmann, Stefan; Limberg, Christian; Herwig, Christian; Stößer, Reinhard; Ziemer, Burkhard (2009). "Dinuclear nickel(I) dinitrogen complex and its reduction in one-electron steps." Skip up ^ "Nickel - Manual of Mineralogy" (PDF). Hop up "Nickel. Information and dates on nickel minerals". Skip up ^ Stixrude, Lars; Waserman, Evgeny; Cohen, Ronald (November 1997).

Skumryev, V.; Gallagher, K. (1999). Hop up to: a g l e "Nickel Use In Society". The Nickel Institute. Hop up "Nickel Compounds - The Inside Story". The Nickel Institute. Spring high ^ Shiozawa, Hidetsugu; Briones-Leon, Antonio; Domanov, Oleg; Zechner, Georg; et al. (2015).

"a nickel cluster imbedded in high-efficiency silicon nanotubes." Hop up ^ smock, Charles (1996). Skip up to: a c Scerri, Eric R. (2007). History and meaning of the periodicals. Up ^ Miessler, G.L. and Tarr, D.A. (1999) Inorganic Chemistry 2 ed., Prentice-Hall. p. 38.

Up ^ Petrucci, R.H. et al. (2002) General Chemistry 8% ed., Prentice Hall. p. 950. Skip up to: a e g Atomic Spectrum Database To view the nickel atoms values, enter "Ni I" in the Spectrum field and click Get Dat. Hop up Theightly Bound Nuclei.

Skip up to: a by Fewell, M. P. (1995). Skip up to: a by Audi, Georges; Bersillon, O.; Blachot, J.; Wapstra, A. H. (2003). Pagel, Bernard Ephraim Julius. Hop up ^ Castelvecchi, Davide (April 22, 2005). Skip up ^ W, P. (October 23, 1999). "It' Twice-Magic Metals making its début - nickel isotope."

Skip up ^ National Pollutant Inventory - Nickel and Nickel Verbindungen Fact Sheet. Hop up to: a g kuck, Peter H. Mineral Commodity Summaries 2012: Nickel" (PDF). Hop up ^ Rasmussen, K. L.; Malvin, D. J.; Wasson, J. T. (1988). Hop up to: a by Greenwood, Norman N.; Earnshaw, Alan (1997).

Skip high ^ "The extraction of nickel from its ores by the moon process". Skip up to: a y d y Housecroft, CAE; Sharpe, AG (2008). Skip up ^ Housecroft, C.E.; Sharpe, A.G. (2012). Hop up ^ Jensen, K.A. (1936). "The Stereochemistry of Coordinatively Quadrivalent Nickel."

Hop up ^ Courthouse, T. L.; Dove, M. F. A. (1973). "Nickel (III) fluoride compounds". Leap up ^ "Imara Corporation Launches; New Lithium-Ion Battery Technology for High Performance Applications". Leap up ^ Spokoyny, Alexander M.; Li, Tina C.; Farha, Omar K.; Machan, Charles M.; She, Chenxing; Stern, Charlotte L.; Marks, Tobin J.; Hupp, Joseph T.; Mirkin, Chad A. (June 28, 2010).

"Electronical tuning of nickel-based bis(dicarbollide) redox shuttles in dye-sensitized solar cells". Hop up ^ Histhorne, M. Frederick (1967). "dicarbollyl nickel(III) and nickel(IV) complexes". Hop up ^ Camasso, N. M.; Sanford, M. S. (2015). "Design, sythesis and heteroatomic bonding of metalorganic nickel(IV) complexes". Hop up ^ Baucom, E. I.; Drago, R. S. (1971).

"Nickel (II) and nickel(IV) 2,6-diacetylpyridine dioxide complexes". Hop up ^ Rosenberg, Samuel J. (1968). Nickle and its alloys. Hop up to: a c McNeil, Ian (1990). "Nickel formation." Skip i, Dictionnaire du XXe siècle, p. 8888, W&R Champions Ltd. Hop up to: a and Baldwin, W. H. (1931).

"History of nickel. Baldwin, W. H. (1931). "History of nickel. nickel grows up". Baldwin, W. H. (1931). "History of nickel. Ore, matt and metal". Hop up a week, Mary Elvira (1932). Hop up ^ "Hardworking, persistent - the 5-cent coin". Molloy, Bill (November 8, 2001).

"Past, present and future trends of nickel in coins." Nickel Institute. Skip up to: a by Lacey, Anna (22 June 2013). Fresh coin and nickel allergy". Skip up ^ "Nickel Double Cannon Stuiver Utrecht". Hop up ^ Kelly, T. D.; Matos, G. R. "Nickel Statistics" (PDF). Hop up "The Life of Ni".

The Nickel Institute. Skip up to: a to " Nickel " (PDF). U.S. Geological Survey, mineral resource summaries. Skip up ^ "The Nickel Mountain Project" (PDF). Skip up ^ "Environment Writer: Nickel". Hop up to: a to " Operations & Development". Skip up to: a p l e r "Mineral Commodity Survey 2017" (PDF).

U.S. Geological Survey, Mineral Raw Material Summaries 2017. Leapung nach oben ^ "Mineral Commodity Survey 2016" U.S. Geological Survey, Mineral Commodity Summaries 2016. Climb to ^ "Mineral Commodity Survey 2015" (PDF). U.S. Geological Survey, Mineral Raw Material Summaries 2015. Climb to ^ "Mineral Commodity Survey 2014" (PDF). U.S. Geological Survey, Mineral Raw Material Summaries 2014.

Hop up ^ Moon, L.; Long, K.; Quincke, F. (1890). "Effect of CO on nickel." Skip up ^ Neikov, Oleg D.; Naboychenko, Stanislav; Gopienko, Victor G & Frishberg, Irina V (January 15, 2009). Manual of non-ferrous metal powders: Skip up ^ "LME Nickel Pricing Diagrams". The London Metal Exchange. Skip up ^ "London Metal Exchange".

Skipar, c'est l'occasion de faire connaître la valeur intrinsèque des pièces de monnaie en circulation aux États-Unis. Skip to Engineer, Engineer, Engineer Record, Building Record and Sanitary (1896-01-01-01). Hop up^ Davis, Joseph R. (2000). "Use of nickel". Nickel, cobalt and their alloys. Kharton, Vladislav V. (2011). Skipel, F. ; Brett, D. J. L. ; Middleton, P. H. ; Brandon, N. P. "A New Cathode Design for Alkaline Fuel Cells(AFCs)" (PDF).

Skip to top ^ Magnetostrictive materials overview. Skip up ^ Angara, Raghavendra (2009). Skip high ^ Cheburaeva, R. F.; Chaporova, I. N.; Krasina, T. I. "Structure and characteristics of rigid metal alloy with an added nickel binder". Sowjet powder metallurgy and metal ceramics. Skip to top ^ "Silicon investigations Krytron Pulse Power Switching Tubes".

Astrid Sigel; Helmut Sigel; Roland K. O. Sigel, ed. Nickle and its surprising effects on nature. ions in the life sciences. Skip up to: abc Sydor, Andrew; Samble, Deborah (2013). Nickle metallomics: Generic topics that govern nickel homeostasis. Rowi?ska-?yrek, Magdalena; Kozlowski, Henryk (2017).

Biological chemistry of nickel. Jumping high ^ Covacci, Antonello; Telford, John L.; Judge, Giuseppe Del; Parsonnet, Julie; Rappuoli, Rino (1999-05-21). Hop up ^ Cox, Gary M.; Mukherjee, Jean; Cole, Garry T.; Casadevall, Arturo; Perfect, John R. (2000-02-01). Hop up Stephen W., Ragdale (2014). M Reductase: The nickel-metal loenzyme that "catalyzes" the final step of synthesis and the first step of anaerobic oxidation of the greenhouse gas methane.

Metal-driven biogeochemistry of gaseous compounds in the environment. ions in the life sciences. Ragsdale, Stephen W.; Armstrong, Fraser A. (2014). Studies on the efficient electrocatalytic intermediate conversion of carbon dioxide and carbon monoxide by nickel-containing carbon monoxide dehydrogenases". Metal-driven biogeochemistry of gaseous compounds in the environment.

ions in the life sciences. Spring up ^ Szilagyi, R. K.; Bryngelson, P. A.; Maroney, M. J.; Hedman, B.; et al. (2004). Skip up ^ Greig N; Wyllie S; Vickers TJ; Fairlamb AH (2006). Skip up ^ Aronsson A-C; E Marsstål; B Mannervik (1978). Skip up ^ Ridderström M; Mannervik B (1996).

Skip up Saint-Jean AP; Phillips KR; Creighton DJ; Stone MJ (1998). Leap upstairs ^ Thornalley, P. J. (2003). Leap upstairs ^ Vander Jagt DL (1989). Skip up Zambelli, Barbara; Ciurli, Stefano (2013). Nickel: and human health". Relationships between essential metal ions and human diseases. ions in the life sciences.

Skip up to nickel. Dietetic reference income for vitamin A, vitamin K, arsenic, boron, chromium, brass, iodine, iron, manganese, molybdenum, nickel, silicon, vanadium and cupper. Skip up Camerud KL; Hobbie KA; Anderson KA (August 28, 2013). "and chromium in food." Skip up Flint GN; Packirisamy S (Feb-March 1997).

Hop up ^ Schirber, Michael (July 27, 2014). This nickel skewer made methanogenes take off. Hop up ^ Haber, Lynne T; Bates, Hudson K; Allen, Bruce C; Vincent, Melissa J; Oller, Adriana R (2017). "Deduction of an orally acceptable nickel poisoning reference." Hop up ^ Butticè, Claudio (2015).

"Nickle compounds." Skip up to: a by IARC ( 2012 ). "IARC Monogr Eval Carcinog Risks Hum." Move up to: a a b Regulation (EC) No 1272/2008 of the European Parliament and of the Council of 16 December 2008 on classification, labelling and packaging of substances and mixtures, modifying and repealing Directive 67/548/EEC and Directive 1999/45/EC and modifying Regulation (EC) No 1907/2006 [Official Journal L 353, 31.12.2008, p. 1].

Go to: a o Global Harmonized System of Classification and Labelling of Chemicals (GHS), edition 5, United Nations, New York and Geneva, 2013.... Skip up to: a c National Toxicology Program. Skip up to: a o Report of the International Committee for Nickel Carcinogenesis in Humans.

Skip to: a o NTP toxicology and carcinogenesis studies in nickel sub-sulfide (CAS No. 12035-72-2) in F344 rats and B6C3F1 mice (inhalation studies)". Skip to ^ "NTP toxicology and carcinogenesis studies on nickel oxide (CAS No. 1313-99-1) in F344 rats and B6C3F1 mice (inhalation studies)". Leap up ^ cogliano, V. J.; Baan, A; Straif, K; Grosse, Y; Lauby Secretary, A; El Ghissassi, F; Bouvard, V; Benbrahim-Tallaa, L; Guha, N; Freeman, C; Galichet, L; Wild, C. P (2011).

National Cancer Institute JNCI Journal. Hop up ^ Home, K. U; Bates, H. U; Rush, A. U; A. U (2007). "Trial of Nickelsulfate Oxahydrate in Fischer 344 Rat Oral Carcinogenicity." Skip up to: a bar Øller, A. K; Kirkpatrick, D. T; Radovsky, A; Bates, H. K (2008).

"Nickel metallic powders in Wistar Rat Nozzle Induction Survey." Skip high ^ "NTP toxicology and carcinogenesis studies of nickel sulfate hexahydrate (CAS No. 10101-97-0) in F344 rat and B6C3F1 mice (inhalation studies)". Springborn Laboratories Inc. "Sprague -Dawley rat oral (gavage) two-generation reproductive toxicity trial with nickel sulfate hexahydrate.

Skip up ^ Vaktskjold, A; Talykova, L. V; Chashchin, V. P; Nieboer, S; Thomassen, Y; Odland, J. O (2006). "Genetic abnormalities in neonates of women nickel refiners." Skip up ^ Vaktskjold, A; Talykova, L. V; Chashchin, V. P; Odland, Jon Ø; Nieboer, D (2008). "Unsuspected Abbortions in Nickel-Free Women Refineries."

Skip up ^ Vaktskjold, A; Talykova, L. V; Chashchin, V. P; Odland, J. O; Nieboer, E (2007). "Small-for-station newborn babies of women refiners subjected to nickel exposure." Skip up ^ Vaktskjold, A; Talykova, L. V; Chashchin, V. P; Odland, J. O; Nieboer, E (2008). "Mother ly nickel load and innate muscle-skeletal defects."

Skip up ^ "CDC - NIOSH Pocket Guide to Chemical Hazards - Nickel Metals and Other Joints (other than Ni)". Hop up ^ Stellman, Jeanne Mager (1998). Hop up ^ Barceloux, Donald G.; Barceloux, Donald (1999). "Nickel." Leap up ^ Thyssen J. P.; Linneberg A.; Menné T.; Johansen J. D. (2007).

"Pandemiology of Kontakt allergies in general demographic incidence and key findings". Hop up ^ Nestle, O.; Speidel, H.; Speidel, M. O. (2002). "High-nickel output on 1- and 2-euro coins." Skip up ^ Dow, Lea (June 3, 2008). "In 2008, Nickel was voted allergen of the year." Information about nickel allergies.

Skip up ^ Salenikov, k. ; Donald, S. P.; Bruick, R. K.; Zhitkovich, A.; et al. (September 2004). "The exhaustion of Intracellular Escorbate by the cancer-causing metals nickel and copper leads to the inducement of Hypoxia Stress". Hop up ^ That, K. K.; That, S. N.; Dhundasi, S. A. (2008).

"Nickel, its harmful effect on human well-being and oxydative stress" (PDF). Commons Wikimedia has related nickel related news items. Check out Wiktionary, the free online lexicon.

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