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Belomorite

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555: 36: 597:, have a narrowly directed (within an approximate range of 15-20°) approximately along the b axis a colored iridescent reflection, most often manifested in beautiful blues and dark blues, less often in green, yellow or even reddish tones. Iridescence is a special type of pseudochromatism caused by the interference of light on spinodal decomposition structures commensurate with its wavelength. A similar effect is also occasionally typical for some potassium feldspars ( 1065: 660: 807:
into account existing cracks and cleavage lines. Moonstones are at the top of the list in terms of the number of synthetic minerals (counterfeits) that enter the market under the guise of natural minerals. In addition to the brighter effect of iridescence, artificial minerals are not as fragile and vulnerable as their natural counterparts.
293:, and also by association — for the similarity of iridescence colors with the shades of sea water. The best varieties of belomorite are translucent or transparent, they have a pearl-glass luster and iridescence in blue, gray-blue, violet-blue, greenish-blue or pale violet tones. The most famous deposits of this gem are in the north, in the 565:
that the “mysterious light” emanating from the depths of the stone played precisely “on individual shiny surfaces,” lines of cleavage or fracture, naturally passing along the boundaries of the perfect cleavage of belomorite. This effect also appears much stronger and brighter after polishing the mineral.
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surfaces, and some mysterious light played on these edges. These were gentle bluish-green, barely noticeable iridescences, only occasionally they flashed with a reddish light, but usually a continuous mysterious moonlight flooded the entire stone, and this light came from somewhere from the depths of
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The reasons for the iridescence of belomorite have repeatedly been the subject of study, with generally consistent conclusions. Most researchers agreed that the bluish or greenish glow is associated with specific defects in the layered structure of the mineral. Alexander Fersman notes in his memoirs
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and perfect cleavage of belomorites serves as a natural obstacle in the process of their processing. As a result, the mineral often breaks and is difficult to produce, also for this reason it is most often cut in the form of simple cabochons (oval, round, teardrop-shaped), as well as balls, taking
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It must be remembered that the coast and, more broadly speaking, the environs of the White Sea are by no means the only place where Fersmanovsky belomorite, which belongs to the class of perhaps the most common rock-forming minerals on earth, reveals itself. Deposits of this type of
689:) are very widespread throughout the world and are among the most common rock-forming minerals. Iridescent regional varieties, which are quite similar in composition and properties to belomorite, are naturally less common, but it would be wrong to call them rare minerals. 449: 554: 35: 572:
of belomorite (peristerite) is manifested in its structure. The mineral consists of the thinnest (parallel) plates, almost invisible to the naked eye. Light, reflected from the internal cleavage planes, is refracted many times, which leads to spectacular color
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The stone found in an old mine was called “belomorite” — because, as Fersman explains, “The White Sea shimmered with the colors of moonstone... or did the stone reflect the pale blue depths of the White Sea?..” — Geologists took several samples to the
1012: 636:, short-wave radiation, other things being equal, is always scattered more strongly, and therefore the reflected and scattered light will have a bluer tint than the original one. In addition, belomorite sometimes exhibits weak orange 395:
The delicate pattern of the stone from some thin stripes crossed it in several directions, as if imposing a mysterious lattice on the rays emanating from the depths. I collected, selected, admired and again turned the
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structures commensurate with its wavelength. These properties of belomorite are by no means unique; their manifestations are characteristic of many minerals, collectively called “moon stones.” Also, other iridescent
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News of higher educational institutions: Geology and exploration. Issue 7, July 1980. — Moscow: Moscow Order of the Red Banner of Labor Geological Exploration Institute named after. Sergo Ordzhonikidze,
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coast, Alexander Fersman described the history of his “find” in sufficient detail and accurately in a short lyrical essay entitled “Belomorite.” Together with his companion, he got off the train at the
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High-quality industrially significant belomorite, used in jewelry production, is mined mainly in Ceylon (most often called «Ceylon opal» there). Belomorites have also been found in large quantities in
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As a rule, belomorite forms solid granular and crystalline masses or massive crystalline aggregates; crystals of tabular and tabular-prismatic types are much less common. Complex polysynthetic
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rocks. Alexander Fersman sat down near a stack of feldspar, folded for transportation, looked at it carefully and, as he writes, could no longer look away, — in front of him was
356:, located in the middle of a swampy area, between hills (in Karelian - varaks) almost on the very shore of the White Sea, about six kilometers east of the station. 461:, noting that the decorative variety of stone received from them a new poetic name or even a trademark. On the one hand, Fersman directly writes that belomorite 791:
Belomorite is a spectacular, inexpensive and popular ornamental stone; it is used in jewelry as one of the varieties of “moonstone”. It is typically cut into
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or moonstone). This effect is associated with the scattering of white light by very small submicroscopic point defects in the structure of the stone such as
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at least ten meters long, it rose to the top of the neighboring hill and went with lateral branches into the dark stone of
373:“a white, barely bluish stone, barely translucent, barely transparent, but clean and even, like a well-ironed tablecloth.” 193: 2125: 2110: 2120: 45: 20: 1086: 2115: 1571: 2105: 1407: 1229: 444: 100: 2038: 1412: 1131: 1107: 620:. However, the nature of their colored glow has a special specificity; it would be more accurate to call it 574: 334: 997:. Wonderful stones. 250 minerals: history, properties and hidden features. — Moscow: Eksmo, 2018. — 383 p. 585: 1069: 457:
Meanwhile, the authors of the “new mineral” did not insist that they had made some kind of mineralogical
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Typical (title) deposits of belomorite are located in North Karelia, where this stone was discovered by
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ingrowths, thin cleavage plates or spatial fluctuations in the internal composition. According to the
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Belomorite is a spectacular and popular jewelry and ornamental material, one of the varieties of
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and they set off together towards the “Blue Pale” — that was the name of the mined-out vein of
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with moonlight have long been known in some pegmatite veins of Shaitanka and Lipovka (Middle
1536: 1365: 1319: 1239: 907:. «Memories of the Stone». — Moscow: Publishing House of the USSR Academy of Sciences, 1958. 648: 223: 70: 1631: 1566: 1377: 1350: 535: 267: 1984: 1928: 1916: 1845: 1489: 1427: 1204: 504: 298: 95: 1032: 2099: 2059: 1989: 1948: 1616: 1370: 1355: 1304: 694: 621: 602: 120: 1079:(A material that is NOT an approved mineral species): information about the mineral 863:(A material that is NOT an approved mineral species): information about the mineral 2084: 2079: 2074: 2026: 1979: 1809: 1755: 1541: 1422: 1382: 1274: 836: 670: 637: 2021: 1911: 1750: 1700: 1695: 1611: 1453: 1329: 1279: 1154: 1149: 826: 803: 796: 765: 690: 641: 617: 594: 590: 539: 477: 271: 259: 62: 1855: 1800: 1675: 1588: 1556: 1546: 1448: 1397: 1334: 1309: 1184: 1036: 821: 721: 709: 686: 598: 388: 255: 2001: 1994: 1865: 1860: 1840: 1765: 1690: 1684: 1665: 1561: 1502: 1417: 1314: 1249: 1224: 1214: 1144: 1123: 930: 926: 877: 729: 678: 606: 485: 384: 360: 329: 294: 290: 279: 530:
and jarisol, associated with the sites of finds. There are also names like
1064: 799:, which is often cut into flat plates cut parallel to the cleavage lines. 2069: 2043: 2032: 1969: 1896: 1835: 1825: 1820: 1780: 1720: 1710: 1670: 1652: 1641: 1636: 1551: 1507: 1392: 1387: 1324: 1264: 1254: 1219: 1194: 1169: 1164: 831: 792: 725: 713: 702: 698: 629: 625: 610: 522:). Other regional synonyms of belomorite are used even less frequently — 511: 353: 313: 285:
The name “belomorite” was given to this variety of albite by academician
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in 1925, based on the location of its discovery near the shore of the
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The characteristic optical effect of moonstones is most often called
543: 519: 515: 364: 325: 316:(oval, round, teardrop-shaped), as well as balls or polished plates. 275: 251: 968:. — St.Petersburg: St.Petersburg Univ. Publ. House. 2009. 556 p. — 1943: 1933: 1923: 1906: 1901: 1891: 1850: 1680: 1660: 1596: 1528: 1269: 1244: 1189: 773: 745: 741: 717: 658: 553: 368: 728:). In addition, local deposits of iridescent albite are known in 1815: 1790: 1785: 1735: 1497: 481: 1096: 880:, so in a direct translation into English it would look like 1092: 1051:. Gems. Guide to Gems. — Moscow: AST Publishing House, 2016. 876:
The Russian name «belomorite» directly comes from the name
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A decade and a half after the discovery of this variety of
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and on the other hand, he calls this variety of feldspar
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group, in most cases belonging to the isomorphic series
514:— peristerite — also comes from its geographical name ( 463:“was not born there, it was we who invented it there”; 945:. All about precious stones. ― Moscow: Harvest, 2011. 2014: 1957: 1879: 1650: 1587: 1526: 1488: 1481: 1441: 1343: 1297: 1290: 1130: 202: 192: 182: 172: 159: 149: 139: 129: 119: 111: 106: 94: 69: 58: 53: 28: 282:(An) with an approximate percentage of 70Ab-30An. 262:effect. By composition, belomorite belongs to the 115:light: white with a bluish tint, grayish, greenish 783:, as well as in the south of the Kola Peninsula. 258:) of white or light gray color with a distinct 387:burns with blue light in autumn evenings near 1108: 8: 503:, Mica Bor), as well as in the south of the 1485: 1294: 1115: 1101: 1093: 957:Mineralogical glossary. Scientific editor 898: 896: 894: 892: 890: 454:, recommending it as a new jewelry stone. 1018:, Mineralogy course. — Moscow: KDU, 2007. 1028: 1026: 1024: 853: 624:(from the name of the titular mineral: 488:, are located in other places in North 363:shales, there was a snow-white vein of 25: 378:The stone was split along individual 359:There, in an old working, among dark 125:granular masses or massive aggregates 7: 697:), as well as in Utochkina Pad near 1039:): page in the Catalog of Minerals. 664:Ceylon «belomorite» («Ceylon opal») 14: 1063: 383:the stone — well, just like the 34: 1089:in the database Mineralienatlas 559:Belomorite (Chupa Bay, Karelia) 230:— from the toponym), sometimes 1: 480:, most often associated with 423:, “Memories of a Stone”, 1940 178:glass, pearl with iridescence 510:Another name for iridescent 673:origin; it is part of many 2147: 634:Rayleigh scattering theory 250:— a decorative variety of 21:Moonstone (disambiguation) 18: 2052: 916:Perfect cleavage by {001} 445:Peterhof lapidary factory 227: 33: 651:is very often observed. 518:— a mountain in western 1617:Nickel silver (alpacca) 1083:in the Mindat database. 867:in the Mindat database. 266:family; it is a sodium 1087:Moonstone (Belomorite) 802:At the same time, the 666: 605:, and quite often for 586:spinodal decomposition 561: 440: 208:2.64-2.66 (calculated) 1958:Other natural objects 1072:at Wikimedia Commons 662: 575:interference of light 557: 484:-bearing and ceramic 376: 335:Arctic Circle station 198:translucent to opaque 1433:Wire wrapped jewelry 1413:Repoussé and chasing 534:associated with the 19:For other uses, see 1975:Ebonite (vulcanite) 538:orientation of the 350:Republic of Karelia 2126:Triclinic minerals 2111:Aluminium minerals 1320:Jewellery designer 667: 562: 145:uneven, conchoidal 2121:Silicate minerals 2093: 2092: 2010: 2009: 1880:Organic gemstones 1477: 1476: 1068:Media related to 1049:Alexey Lagutenkov 974:978-5-288-04863-0 955:Krivovichev V. 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300: 296: 292: 288: 283: 281: 277: 273: 269: 265: 261: 257: 253: 249: 245: 241: 237: 233: 225: 221: 216: 207: 205: 201: 197: 195: 191: 187: 185: 181: 177: 175: 171: 167: 162: 158: 154: 152: 148: 144: 142: 138: 134: 132: 128: 124: 122: 121:Crystal habit 118: 114: 110: 105: 102: 99: 97: 93: 82: 78: 72: 68: 65:(peristerite) 64: 61: 57: 52: 47: 43: 37: 32: 27: 22: 2085:Wearable art 2080:Phaleristics 2075:Metalworking 1980:Gutta-percha 1756:Lapis lazuli 1542:Colored gold 1423:Stonesetting 1080: 1062: 1048: 1044: 1006: 1002: 994: 990: 980: 959:A. G. Bulakh 954: 950: 943:Olga Bortnik 942: 938: 921: 912: 902: 881: 872: 864: 856: 837:Iceland spar 801: 790: 778: 707: 691:Plagioclases 677:and granite 668: 646: 638:luminescence 615: 595:labradorites 591:plagioclases 568:The perfect 567: 563: 531: 527: 524:murchisonite 523: 509: 494:Khetolambina 474: 466: 462: 458: 456: 441: 394: 377: 372: 358: 323: 307: 284: 247: 243: 240:murchisonite 239: 235: 231: 214: 213: 155:very brittle 80: 40:Belomorite ( 2022:Art jewelry 1846:Tiger's eye 1751:Labradorite 1701:Chrysocolla 1696:Chrysoberyl 1612:Mokume-gane 1589:Base metals 1361:centrifugal 1330:Silversmith 1205:Ferronnière 1155:Belt buckle 1150:Belly chain 1035:(a type of 1011: [ 962: [ 929:versus the 827:Plagioclase 804:brittleness 797:labradorite 766:Switzerland 687:oligoclases 642:ultraviolet 618:iridescence 599:orthoclases 578: [ 540:iridescence 528:Ceylon opal 497: [ 478:plagioclase 448: [ 338: [ 272:plagioclase 260:iridescence 244:Ceylon opal 232:peristerite 194:Diaphaneity 63:Plagioclase 46:Chupinskaya 2100:Categories 1856:Tourmaline 1801:Prasiolite 1676:Aventurine 1547:Crown gold 1449:Draw plate 1398:Metal clay 1335:Watchmaker 1325:Lapidarist 1310:Clockmaker 1185:Collar pin 1180:Chatelaine 1081:belomorite 1077:Belomorite 1070:Belomorite 1037:oligoclase 1033:Belomorite 865:belomorite 861:Belomorite 848:References 822:Oligoclase 722:California 710:Madagascar 679:pegmatites 550:Properties 532:hecatolite 486:pegmatites 389:Sevastopol 295:pegmatites 256:oligoclase 248:hecatolite 228:Беломори́т 215:Belomorite 161:Mohs scale 29:Belomorite 2131:Gemstones 2002:Toadstone 1939:Operculum 1866:Variscite 1861:Turquoise 1841:Tanzanite 1776:Moonstone 1771:Marcasite 1766:Malachite 1691:Carnelian 1666:Amazonite 1653:gemstones 1627:Pinchbeck 1572:Argentium 1562:Shibuichi 1503:Palladium 1482:Materials 1418:Soldering 1408:Polishing 1383:Engraving 1378:Enameling 1344:Processes 1315:Goldsmith 1250:Tie chain 1225:Neck ring 1215:Lapel pin 1124:Jewellery 931:White Sea 927:Black Sea 878:White Sea 842:Moonstone 793:cabochons 730:Australia 607:enstatite 516:Peristeri 470:moonstone 459:discovery 398:moonstone 385:Black Sea 361:amphibole 354:feldspars 330:White Sea 328:near the 314:cabochons 310:moonstone 291:White Sea 280:anorthite 270:from the 236:moonstone 220:‹See Tfd› 101:triclinic 2070:Gemology 2044:Fineness 2035:(purity) 1970:Bog-wood 1917:Precious 1897:Ammolite 1836:Sunstone 1826:Sodalite 1821:Sapphire 1781:Obsidian 1721:Fluorite 1711:Diopside 1671:Amethyst 1651:Mineral 1642:Tungsten 1637:Titanium 1552:Electrum 1508:Platinum 1393:Kazaziye 1388:Filigree 1366:lost-wax 1265:Toe ring 1255:Tie clip 1230:Pectoral 1220:Necklace 1195:Cufflink 1170:Bracelet 1165:Bolo tie 1145:Barrette 832:Feldspar 811:See also 726:Colorado 714:Tanzania 703:Buryatia 699:Ulan-Ude 675:granites 649:twinning 626:adularia 611:bronzite 570:cleavage 512:feldspar 264:feldspar 164:hardness 151:Tenacity 141:Fracture 131:Cleavage 59:Category 2065:Fashion 2039:Finding 1887:Abalone 1796:Peridot 1761:Larimar 1746:Kyanite 1731:Howlite 1716:Emerald 1706:Diamond 1579:Tumbaga 1557:Shakudō 1513:Rhodium 1464:Mandrel 1403:Plating 1356:Casting 1351:Carving 1260:Tie pin 1235:Pendant 1210:Genital 1200:Earring 758:Ukraine 738:Germany 734:Austria 683:Albites 671:igneous 490:Karelia 348:of the 344:in the 303:Karelia 297:of the 278:(Ab) — 238:, also 224:Russian 204:Density 71:Formula 54:General 42:Karelia 2029:(mass) 1965:Bezoar 1871:Zircon 1831:Spinel 1806:Quartz 1741:Jasper 1726:Garnet 1622:Pewter 1607:Copper 1602:Bronze 1529:alloys 1518:Silver 1469:Pliers 1459:Hammer 1371:vacuum 1298:People 1291:Making 1275:pocket 1175:Brooch 1140:Anklet 972:  817:Albite 770:Sweden 762:France 754:Poland 750:Norway 644:rays. 544:albite 520:Greece 365:albite 326:albite 276:albite 252:albite 184:Streak 174:Luster 2033:Carat 2027:Carat 2015:Terms 1990:Shell 1944:Pearl 1934:Nacre 1924:Ivory 1912:Black 1907:Coral 1902:Copal 1892:Amber 1851:Topaz 1810:smoky 1681:Beryl 1661:Agate 1597:Brass 1442:Tools 1280:strap 1270:Watch 1245:Tiara 1190:Crown 1160:Bindi 1132:Forms 1015:] 985:1980. 966:] 787:Usage 774:Japan 746:Kenya 742:Italy 718:India 695:Urals 582:] 501:] 467:“true 452:] 380:shiny 369:shale 342:] 188:white 168:6–6.5 112:Color 1985:Hair 1816:Ruby 1791:Opal 1786:Onyx 1736:Jade 1498:Gold 1454:File 1240:Ring 970:ISBN 925:The 772:and 724:and 609:and 482:mica 301:and 48:Bay) 1929:Jet 1685:red 705:). 640:in 601:), 584:on 472:”. 234:or 79:Na 2102:: 1023:^ 1013:ru 964:ru 889:^ 776:. 768:, 764:, 756:, 752:, 748:, 744:, 740:, 736:, 732:, 716:, 712:, 681:. 613:. 580:ru 546:. 526:, 507:. 499:ru 450:ru 419:— 340:ru 305:. 246:, 242:, 226:: 81:or 44:, 1812:) 1808:( 1687:) 1683:( 1116:e 1109:t 1102:v 933:. 884:. 701:( 685:( 391:. 254:( 217:( 89:8 87:O 85:4 23:.

Index

Moonstone (disambiguation)

Karelia
Chupinskaya
Plagioclase
Formula
Crystal system
triclinic
Crystal habit
Cleavage
Fracture
Tenacity
Mohs scale
Luster
Streak
Diaphaneity
Density
‹See Tfd›
Russian
albite
oligoclase
iridescence
feldspar
aluminosilicate
plagioclase
albite
anorthite
Alexander Fersman
White Sea
pegmatites

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