no. Diamonds are composed of carbon atoms, and carbon is non -metallic in the chemical element cycle table, so diamonds are classified as inorganic non -metal.
The ingredients and crystal structure of the diamond The main components of the diamond are carbon (C), and 96%-99.9%. Even very pure diamonds contain 0.001%impurities. The impurities in diamonds are divided into Si, Al, CA, MG, Mn, Ti, CR, N , etc. Except Nn , the rest of the impurities usually exist in the form of mineral parcels. Diamonds often contain magnets, titanium iron ore, magnesium aluminum g utermers, chromatopatophaya, olives, olives, olives, olives, olives, olives, olives, olives, olives, olives, olives, and olives, and olives. Mineral parcels such as graphite. Nitrogen (n) is an important impurities component in diamonds. N forms various defects in the diamond crystal structure. It can exist in the form of single N, A center, B center, N3 small chip. The diamonds can be divided into type Ⅰ and Ⅱ according to the content of N and condensed. Type Ⅰ diamond contains more N (0.05%-0.3%). n -type diamonds existed in the form of N3 small chips, and n in the ⅠB diamonds existed in a decentralized state. II diamonds contain less N (u003C0.05%), and n exists in a free state. Type Ⅰ and type II diamonds are different in some physical properties. Most diamonds in nature are type I diamonds. diamonds are equivalent crystal system, the crystal structure is a cube component, and the crystal parameters A ° = 3.56A (1A = 1mm/1 million) (see the left). The C atom is located in the eight corners of the cubic cells and the center of the six noodles, and the four C atoms are distributed in the center of the eight small cube. The distance between each two adjacent C atoms is equal (1.54A). This structural C atom forms an extremely solid covalent bond, This to separate this chemical health must be given great energy. This determines that diamonds have some special properties, such as extremely high hardness and chemical stability. The crystal of diamonds is the most common is the eight -facial body, followed by the diamond -shaped duodang, which is rare for cube. In addition, it can grow into a variety of complicated forms of poly or crooked crystals.
no. Diamonds are composed of carbon atoms, and carbon is non -metallic in the chemical element cycle table, so diamonds are classified as inorganic non -metal.
Diamond (golden steel) is charcoal (C) atoms arranged according to certain rules, and charcoal is non -metal.
no. Diamonds are composed of charcoal.
Metal can conduct electricity, diamonds do not work ... metal must have metal luster, diamond does not have (just dazzling)
The ingredients and crystal structure of the diamond
The main components of the diamond are carbon (C), and
96%-99.9%. Even very pure diamonds contain 0.001%impurities. The impurities in diamonds are divided into Si, Al, CA, MG, Mn, Ti, CR, N
, etc.
Except
Nn
, the rest of the impurities usually exist in the form of mineral parcels. Diamonds often contain magnets, titanium iron ore, magnesium aluminum g utermers, chromatopatophaya, olives, olives, olives, olives, olives, olives, olives, olives, olives, olives, olives, and olives, and olives. Mineral parcels such as graphite.
Nitrogen (n) is an important impurities component in diamonds. N forms various defects in the diamond crystal structure. It can exist in the form of single N, A center, B center, N3 small chip.
The diamonds can be divided into type Ⅰ and Ⅱ according to the content of N and condensed. Type Ⅰ diamond contains more N (0.05%-0.3%).
n -type diamonds existed in the form of N3 small chips, and n in the ⅠB diamonds existed in a decentralized state.
II diamonds contain less N (u003C0.05%), and n exists in a free state. Type Ⅰ and type II diamonds are different in some physical properties. Most diamonds in nature are type I diamonds.
diamonds are equivalent crystal system, the crystal structure is a cube component, and the crystal parameters A ° = 3.56A (1A = 1mm/1 million) (see the left). The C atom is located in the eight corners of the cubic cells and the center of the six noodles, and the four C atoms are distributed in the center of the eight small cube. The distance between each two adjacent C atoms is equal (1.54A). This structural C atom forms an extremely solid covalent bond,
This to separate this chemical health must be given great energy. This determines that diamonds have some special properties, such as extremely high hardness and chemical stability.
The crystal of diamonds is the most common is the eight -facial body, followed by the diamond -shaped duodang, which is rare for cube. In addition, it can grow into a variety of complicated forms of poly or crooked crystals.