red lead oren.

Brit.

/ˌrɛd ˌlɛd ˈɔː/, U.S.

/ˌrɛd ˌlɛd ˈɔr/

Origin: Formed within English, by compounding. Etymons: red adj., lead-ore n. at lead n.¹ Compounds 2a.

Etymology: < red adj. + lead-ore n. at lead n.¹ Compounds 2a. Compare post-classical Latin minera plumbi rubra (in J. G. Wallerius Systema Mineralogicum (ed. 2, 1778) II. 309). Compare red lead n. 2.

Mineralogy.

= crocoite n. Cf. red lead n. 2.Used in a non-specific sense in quot. 1749.

ΘΚΠ

the world > the earth > minerals > types of mineral > chromates > [noun] > lead chromate

red lead of Siberia1788

red lead ore1788

melanochroite1835

phoenicochroite1849

the world > the earth > minerals > ore > [noun] > metal ore > lead ore > types of

fell1653

steel-ore1661

bing ore (or simply bing)1686

white lead orea1728

green lead ore1728

blanch1747

red lead of Siberia1788

red lead ore1788

hedyphane1832

cerussite1850

silver lead1860

1749 D. W. Linden Let. 23 Oct. in Three Lett. Mining & Smelting (1750) ii. 56 It is a kind of red Lead Ore, appears of a red clay-like Substance, and feels somewhat soapy.]

1788 J. H. de Magellan Cronstedt's Ess. Syst. Mineral. (new ed.) II. 524 (note) It was near them that the red lead-ore, described by Leheman, was discovered.

1836 T. Thomson Outl. Mineral. I. 560 Red lead ore. This mineral was first found in the mines of Beresof in Siberia.

1873 H. B. Nason & C. F. Chandler Elderhorst's Man. Qualitative Blow-pipe Anal. (ed. 6) 112 (heading) Crocoite (Red Lead Ore).

1939 Industr. & Engin. Chem. (Industr. ed.) 31 298/1 Yellow lead ore (wulfenite) was sometimes strongly colored by red lead ore (crocoite) found near by.

2005 Environment Internat. 31 740/1 Chromium (Cr) was first discovered in the Siberian red lead ore (crocoite) in 1798 by the French chemist Vauquelin.

This entry has been updated (OED Third Edition, September 2009; most recently modified version published online March 2022).

单词	red lead ore
释义	red lead oren. Brit. /ˌrɛd ˌlɛd ˈɔː/, U.S. /ˌrɛd ˌlɛd ˈɔr/ Origin: Formed within English, by compounding. Etymons: red adj., lead-ore n. at lead n.¹ Compounds 2a. Etymology: < red adj. + lead-ore n. at lead n.¹ Compounds 2a. Compare post-classical Latin minera plumbi rubra (in J. G. Wallerius Systema Mineralogicum (ed. 2, 1778) II. 309). Compare red lead n. 2. Mineralogy. = crocoite n. Cf. red lead n. 2.Used in a non-specific sense in quot. 1749. ΘΚΠ the world > the earth > minerals > types of mineral > chromates > [noun] > lead chromate red lead of Siberia1788 red lead ore1788 melanochroite1835 phoenicochroite1849 the world > the earth > minerals > ore > [noun] > metal ore > lead ore > types of fell1653 steel-ore1661 bing ore (or simply bing)1686 white lead orea1728 green lead ore1728 blanch1747 red lead of Siberia1788 red lead ore1788 hedyphane1832 cerussite1850 silver lead1860 1749 D. W. Linden Let. 23 Oct. in Three Lett. Mining & Smelting (1750) ii. 56 It is a kind of red Lead Ore, appears of a red clay-like Substance, and feels somewhat soapy.] 1788 J. H. de Magellan Cronstedt's Ess. Syst. Mineral. (new ed.) II. 524 (note) It was near them that the red lead-ore, described by Leheman, was discovered. 1836 T. Thomson Outl. Mineral. I. 560 Red lead ore. This mineral was first found in the mines of Beresof in Siberia. 1873 H. B. Nason & C. F. Chandler Elderhorst's Man. Qualitative Blow-pipe Anal. (ed. 6) 112 (heading) Crocoite (Red Lead Ore). 1939 Industr. & Engin. Chem. (Industr. ed.) 31 298/1 Yellow lead ore (wulfenite) was sometimes strongly colored by red lead ore (crocoite) found near by. 2005 Environment Internat. 31 740/1 Chromium (Cr) was first discovered in the Siberian red lead ore (crocoite) in 1798 by the French chemist Vauquelin. This entry has been updated (OED Third Edition, September 2009; most recently modified version published online March 2022). < n.1788
随便看	subs subs bench subsacrist subsacristan subsaharan subsaharan africa subsalient subsaline subsalt subsaltatory subsample subsampled subsamples subsampling subsannate subsannation subsannator subsanne subsapient subsarcastic subsatellite subsatellites subsatrapy subsaturation subsaturations