Diamond (original) (raw)

dbo:description

ορυκτό (el)
die hardste edelsteen én hardste natuurlike materiaal wat daar is (af)
حجر كريم عالي الصلابة يستخدم في المجوهرات والتطبيقات الصناعية (ar)
ကာဗွန်ပုံဆောင်တစ်မျိုး (my)
ածխածնի բնական տարաձևություններից է։ (hy)
ædelsten som smykker eller hårdeste mineraler der anvendes til slibning (da)
минерал, кубическая аллотропная форма углерода (ru)
алотропска модификација угљеника кристалног облика и велике тврдоће (sr)
a szén kristályos változata (hu)
allotrop a karbon (kw)
allotrop av karbon (nn)
alotrop karbon (in)
alotrop uhlíku (cs)
al·lòtrop del carboni (ca)
alótropo del carbono (es)
carbon ke ek allotrope (hif)
carbonii allotropum (la)
forma allotropica del carbonio (it)
forma cristalizada do elemento químico carbono (gl)
forme cristalline précieuse de carbone (fr)
hiilen olomuoto ja kova jalokivimineraali (fi)
itahepy tatapỹigui ijapopyre (gn)
kristala valora karbon-strukturo (eo)
kubická kryštalická forma uhlíka (sk)
mineral (az)
mineral perduro formao por carbonu cristalizao (ast)
odmiana alotropowa węgla (pl)
pedra preciosa (pt)
sehr hartes Mineral aus Kohlenstoff, Schmuckstein (de)
süsiniku allotroopne vorm (et)
allotrope of carbon often used as a gemstone and an abrasive (en)
zeer hard mineraal van koolstof, edelsteen (nl)
炭素の結晶、天然では最も硬度が高い物質 (ja)
천연광물 중 가장 굳기가 우수하며 광채가 뛰어난 보석 (ko)
mücevher olarak kullanılan, saydam, değerli taş (tr)
ädelsten och allotrop av kol (sv)
alotrop ugljika koji se često koristi kao dragi kamen i abraziv (bs)
иң ҡаты минерал (ba)
минерал (mk)
מינרל עשוי פחמן (iw)
کاربن کے الاٹروپ (ur)
ڪاربان جو ٻهروپ (sd)
یکی از آلوتروپ‌های کربن (fa)
мінерал, кубічна алотропна форма вуглецю (uk)
एक प्रकारचे खनिज. अत्यंत कठिण आणि किंमती पदार्थ (mr)
कार्बनको एलोट्रोप (ne)
矿物和珠宝 (zh)
vật thể, khoáng chất quý hiếm hình thành từ các-bon, được dùng làm trang sức (vi)
കാർബണിന്റെ പരൽ‌രൂപം (ml)

dbo:thumbnail

wiki-commons:Special:FilePath/Rough_Diamond.jpg?width=300

dbo:wikiPageExternalLink

dbo:wikiPageWikiLink

dbp:alt

An irregular shaped brownish diamond (en)

dbp:b

no (en)

dbp:birefringence

None (en)

dbp:boxbgcolor

604800.0 (dbd:second)

dbp:caption

A rough diamond (en)

dbp:category

dbr:Native_element_mineral

dbp:class

H-M symbol: (en)
Hexoctahedral (en)

dbp:cleavage

111 (xsd:integer)

dbp:color

Typically yellow, brown, or gray to colorless. Less often blue, green, black, translucent white, pink, violet, orange, purple, and red. (en)

dbp:commons

Diamond (en)

dbp:dana

1.300000 (xsd:double)

dbp:date

October 2023 (en)

dbp:diaphaneity

Transparent to subtransparent to translucent (en)

dbp:dispersion

0.044000 (xsd:double)

dbp:formula

dbr:Carbon

dbp:fracture

Irregular/Uneven (en)

dbp:habit

dbr:Octahedron

dbp:imagesize

260 (xsd:integer)

dbp:imasymbol

Dia (en)

dbp:jmol

C1C3CC5CC1CCC36C3CCCC6CC1C3 (en)

dbp:luster

dbr:Lustre_(mineralogy)

dbp:melt

dbr:Carbon

dbp:mohs

10 (xsd:integer)

dbp:n

no (en)

dbp:name

Diamond (en)

dbp:opticalprop

Isotropic (en)

dbp:pleochroism

None (en)

dbp:polish

Adamantine (en)

dbp:q

Diamond (en)

dbp:reason

Unit of toughness as given at the article on toughness is newton-metres per cubic metre, dimensionally equivalent to newtons per square metre i.e. pascals. What is this factor of m^{1/2} doing here? Should we actually be talking about and linking to Fracture toughness ? (en)

dbp:refractive