IṢẸ́ ỌNÀ
ẸWÀ ÀTI ÌLERA
IṢẸ́ ỌWỌ́
ÀṢÀ ÀTI ÌTÀN
ÌṢERÉ
ÀYÍKÁ
OÚNJẸ ÀTI OHUN MÍMU
REVERSE ENGINEERING
SÁYẸ́ǸSÌ
ERÉ ÌDÁRAYÁ
ÌMỌ̀-Ẹ̀RỌ
ÀWỌN OHUN WÍWỌ̀
Àwọn Ìtọ́nisọ́nàSciencesKẹ́míkà

Kẹ́míkà

Ìtọ́nisọ́nà 1,206 wà • Ẹ̀ka kékeré 22

Ṣàwárí Àwọn Ẹ̀ka Kékeré

Spectroscopy

Polymer

Àwọ̀ Pigment

Ti Ara

Organic

Nuclear

Nanotechnology

Ti Ìṣègùn

Àwọn Ohun Èlò

Inorganic

Ti Ilé-iṣẹ́

Ìtàn

Geochemistry

Ìjóná Iná

Ti Àyíká

CSI Forensic

Crystallography

Cryogenics

Chromatography

Biochemistry

Astrochemistry

Ìtúpalẹ̀

Àwọn Ìtọ́nisọ́nà (1,206)

Making Smalt — Grinding Cobalt Blue Glass into the Renaissance Painter's Blue Pigment
Léwu

Making Smalt — Grinding Cobalt Blue Glass into the Renaissance Painter's Blue Pigment

láti ọwọ́ CharlieDE

Ọ̀rúndún Àárín

68
0
0
0
6
0
Making Traditional Gesso — The White Ground That Prepared Every Panel Painting in History

Making Traditional Gesso — The White Ground That Prepared Every Panel Painting in History

láti ọwọ́ CharlieDE

Ọ̀rúndún Àárín

84
0
0
0
8
0
Making Vine Black Pigment — Charring Grape Vines into the Cool Blue-Black of Classical Painters

Making Vine Black Pigment — Charring Grape Vines into the Cool Blue-Black of Classical Painters

láti ọwọ́ CharlieDE

Ìgbà Àtijọ́

77
0
0
0
2
0
Water Gilding with Gold Leaf — Applying Gold to Gesso and Bole for a Mirror Finish

Water Gilding with Gold Leaf — Applying Gold to Gesso and Bole for a Mirror Finish

láti ọwọ́ CharlieDE

Ìgbà Àtijọ́

67
0
0
0
3
0
Making Chalk White Pigment (Whiting) — Grinding and Levigating Natural Chalk

Making Chalk White Pigment (Whiting) — Grinding and Levigating Natural Chalk

láti ọwọ́ CharlieDE

Ṣáájú Ìtàn

101
0
0
0
5
0
Making Encaustic Paint — The Hot Beeswax Medium of Ancient Greek and Egyptian Painters

Making Encaustic Paint — The Hot Beeswax Medium of Ancient Greek and Egyptian Painters

láti ọwọ́ CharlieDE

Ìgbà Àtijọ́

61
0
0
0
3
0
Making a Lake Pigment from Plant Dye — Precipitating Soluble Colour onto an Insoluble Substrate

Making a Lake Pigment from Plant Dye — Precipitating Soluble Colour onto an Insoluble Substrate

láti ọwọ́ CharlieDE

Ìgbà Àtijọ́

106
0
0
0
6
0
Making Lampblack Pigment — Collecting Carbon Soot from a Burning Flame

Making Lampblack Pigment — Collecting Carbon Soot from a Burning Flame

láti ọwọ́ CharlieDE

Ṣáájú Ìtàn

204
0
0
0
6
0
Making Red Ochre by Calcining Yellow Ochre — The Oldest Deliberate Pigment Transformation

Making Red Ochre by Calcining Yellow Ochre — The Oldest Deliberate Pigment Transformation

láti ọwọ́ CharlieDE

Ṣáájú Ìtàn

160
0
0
0
7
0
Making Ultramarine from Lapis Lazuli — Extracting the Most Precious Pigment in History

Making Ultramarine from Lapis Lazuli — Extracting the Most Precious Pigment in History

láti ọwọ́ CharlieDE

Ọ̀rúndún Àárín

110
0
0
0
6
0
Making Verdigris — The Copper Acetate Green of Medieval Painters

Making Verdigris — The Copper Acetate Green of Medieval Painters

láti ọwọ́ CharlieDE

Ìgbà Àtijọ́

113
0
0
0
7
0
Dyeing Red-Brown with Quebracho — The Industrial Tannin of South American Hardwood

Dyeing Red-Brown with Quebracho — The Industrial Tannin of South American Hardwood

láti ọwọ́ TexFO

Ti Ilé-iṣẹ́

60
0
0
0
1
0
Synthetic Indigo — BASF's Industrial Synthesis That Replaced a Global Crop
Léwu

Synthetic Indigo — BASF's Industrial Synthesis That Replaced a Global Crop

láti ọwọ́ TexFO

Industry 2.0 — Electricity, Steel & Oil (1870)

128
0
0
0
0
0
Whitney's Cotton Gin — Separating Seed from Fiber at Industrial Scale

Whitney's Cotton Gin — Separating Seed from Fiber at Industrial Scale

láti ọwọ́ TexFO

Industry 1.0 — Steam & Mechanization (1760)

48
0
0
0
1
0
Making Hide Glue by Boiling Rawhide Scraps — Prehistoric Collagen Adhesive

Making Hide Glue by Boiling Rawhide Scraps — Prehistoric Collagen Adhesive

láti ọwọ́ BobBE

Ṣáájú Ìtàn

64
0
0
0
0
0
Understanding Polonium from Uranium Ore — The Deadly Discovery That Launched Nuclear Science

Understanding Polonium from Uranium Ore — The Deadly Discovery That Launched Nuclear Science

láti ọwọ́ PeterSE

Òde Òní

24
0
0
0
0
0
Understanding Promethium from Nuclear Fission — The Phantom Lanthanide

Understanding Promethium from Nuclear Fission — The Phantom Lanthanide

láti ọwọ́ PeterSE

Òde Òní

19
0
0
0
0
0
Understanding Technetium from Nuclear Fission — The First Artificially Made Element

Understanding Technetium from Nuclear Fission — The First Artificially Made Element

láti ọwọ́ PeterSE

Òde Òní

26
0
0
0
0
0
Understanding Thorium from Monazite — The Nuclear Fuel That Could Replace Uranium
Léwu

Understanding Thorium from Monazite — The Nuclear Fuel That Could Replace Uranium

láti ọwọ́ PeterSE

Nuclear

16
0
0
0
4
0
Understanding Hafnium from Zircon — The Nuclear Fuel Rod Guardian

Understanding Hafnium from Zircon — The Nuclear Fuel Rod Guardian

láti ọwọ́ PeterSE

Òde Òní

43
0
0
0
0
0
Understanding Indium from Zinc Ore — The Soft Metal Behind Every Touchscreen

Understanding Indium from Zinc Ore — The Soft Metal Behind Every Touchscreen

láti ọwọ́ PeterSE

Industry 2.0 — Electricity, Steel & Oil (1870)

62
0
0
0
3
0
Understanding Rhodium from Platinum Group Ore — The Most Expensive Industrial Metal

Understanding Rhodium from Platinum Group Ore — The Most Expensive Industrial Metal

láti ọwọ́ PeterSE

Òde Òní

22
0
0
0
4
0
Understanding Rubidium from Lepidolite — The Alkali Metal That Defines Time

Understanding Rubidium from Lepidolite — The Alkali Metal That Defines Time

láti ọwọ́ PeterSE

Kẹ́míkà

52
0
0
0
2
0
Understanding Bromine from Seawater Brine — The Only Liquid Non-Metal

Understanding Bromine from Seawater Brine — The Only Liquid Non-Metal

láti ọwọ́ PeterSE

Kẹ́míkà

72
0
0
0
2
0
Ń fi 24 nínú 1206 hàn