What are the chemical and physical properties of nickel and the parameters of temperature, pressure,

Nickel metal relative atomic mass: ; Approximately silvery-white, hard, malleable and ferromagnetic metallic element, it is highly polished and resistant to corrosion, and conducts electricity and heat. At room temperature, nickel forms a dense oxide film on the surface of moist air, which can not only prevent further oxidation, but also resist the corrosion of alkali and salt solutions.

When dissolved in nitric acid, it is green. It is mainly used in alloys (such as nickel steel and nickel silver) and as a catalyst, which can be used to make currency, etc., and plating on other metals to prevent rust. Density:

g cm3 Melting Point: Celsius Boiling Point: Celsius.

For details, please refer to Encyclopedia).

Nickel is one of the chemical elements, the chemical symbol is Ni, the atomic number is 28, it is magnetic, and it is a transition metal.

Nickel; Approximately silvery-white, hard, malleable, and ferromagnetic metallic element, it is highly polished and resistant to corrosion. Soluble in nitrate.

After acid, it is green. Mainly used in alloys.

such as nickel steel and nickel silver) and used as a catalyst (such as Lane nickel, especially as a catalyst for hydrogenation) [nickel] - element symbol ni. Atomic Weight of Element: Element Type:

Metal Atomic volume: (cubic centimeters mol) element in the sun.

Content in (ppm) 80 Element content in seawater: (ppm) Pacific Ocean Surface Content in the earth's crust:

80(ppm) Chinese name of element: nickel English name of element: nickel relative atomic mass:

Number of protons inside the nucleus: 28 outside the nucleus.

Number of electrons: 28 Number of nuclear power nuclei: 28 Qualities.

Submass: Proton relative.

Quality: Cycle: 4

Number of Families: VIII Molar Mass: 59 Hydride: NIH3 Oxide: NIO Most ** Oxygen.

Chemical Formula: Ni2O3 Oxidation State: Main Ni+2

Other Ni-1, Ni0, Ni+1, Ni+3, Ni+4, Ni+6 Density: Melting Point: Boiling Point: Sound.

Rate of propagation in it: (m s) 4900

Ionization energy (kj mol) m - m+

m+ -m2+ m2+ -m3+ 3393

m3+ -m4+ 5300 m4+ -m5+ 7280

m5+ -m6+ 10400 m6+ -m7+ 12800

m7+ -m8+ 15600 m8+ -m9+ 18600

M9+ -M10+ 21660 Peripheral Electron Configuration:

3d8 4s2 Extranuclear electronic configuration: 2,8,16,2

The density of nickel is.

Nickel is a hard, malleable and ferromagnetic metal that is highly polished and resistant to corrosion. Nickel is an iron-loving element. The Earth's core is mainly composed of iron and nickel.

In the earth's crust, ferromagnesian rocks contain more nickel than siliceous aluminous rocks, for example, peridotite contains 1000 times more nickel than granite, and gabbro contains 80 times more nickel than granite.

Uses: 1. Mainly used for alloys (formulas) (such as nickel steel and nickel silver) and as catalysts (such as Lane nickel, especially as a catalyst for hydrogenation), which can be used to make currency, etc., and can be plated on other metals to prevent rust. It is mainly used to manufacture stainless steel and other corrosion-resistant base closed alloys, such as nickel steel, nickel-chromium steel and various cracked non-ferrous metal alloys, and copper-nickel alloys with high nickel content are not easy to corrode.

2. It is used as a hydrogenation catalyst and used in ceramic products, special chemical vessels, electronic circuits, glass greening and nickel compound preparation, etc.

3. Electrolytic nickel: Electrolytic nickel is nickel made by electrolysis, and the stainless steel and various alloy steels made from it are widely used in aircraft, tanks, ships, radars, missiles, spaceships and civil industries in machine manufacturing, ceramic pigments, permanent magnet materials, electronic remote control and other fields.

4. Nickel and its alloys are often used as catalysts for hydrogenation reactions. Raennie nickel is a commonly used form of nickel catalyst, which is a porous nickel-aluminum alloy, but many times other catalysts are used, such as the related "Rainnie-type" catalyst.

Nickel, ni. Physical characteristics: silvery-white metal, very hard, good machinability, good vacuum performance, excellent welding performance. Melting point 1455, density, linear expansion coefficient, thermal conductivity, specific heat.

Resistivity. Chemical Properties: Valency 2 and 3.

It is not very active at room temperature and is not easy to oxidize. When heated to 400 in air, the surface will oxidize, and to 800, a thin layer of NIO will be formed on the surface. Hydrogen annealing at 350 can be reduced.

Resistant to strong alkali and soluble in nitric acid.

or a mixture of nitric acid and sulfuric acid.

What is the density of nickel you are asking? The density of this chemical element is.

According to the data of popular science China network, nickel is a chemical element, the chemical symbol is Ni, the atomic weight is, the atomic number is 28, and it is located in the fourth periodic group of the periodic table, which is a transition metal element. The density is.

Nickel is silvery-white and can react with hydrogen, oxygen elements, nitrogen elements, carbon elements, halogens, acids and some organic compounds. Nickel has ductility and magnetism, can conduct heat and electricity, and has a wide range of applications, which can be used for electroplating, making nickel-based alloys, making magnetic materials, etc.

A ferromagnetic metallic element, it is highly polished and resistant to corrosion. It is mainly used in alloys (such as nickel steel and nickel silver) and as a catalyst (such as Lane nickel, especially as a catalyst for hydrogenation), which can be used to make currency, etc., and can be plated on other metals to prevent rust.

It can be used for electroplating to make slush molding (rotational) molds.

It is ferromagnetic and malleable, and can conduct electricity and heat.