Spectral Analysis In Mineralogy A. A. Fitch . * ees i ASSESS Spear weer eat Rapin eas ae Se ess Se eewes counties a ee ere eteatierted ed anen Serene ty at reentry ae Oa we th 2 == Siewcs =<. ~ RE SOY ’ oes = ay ae PR Ace Sites: Se SS ROT ny —S— Fo leer pan SSS ; — meena rents ate e wo See eateries i Ten Sere : d SSS ne : Scepo Seas SEER + Soest AL, dom cap ene eee SSS eee 5 Ria RES SSS mez oe Se at TSE IER ENTREE PIECES ACE Tre FORE IETS OPN IST = = Soy ney & ESSN RA < te Sey ee eet = ” — SASS ; : ? = : s Be ap po : SS Sie eee : ne - : : : RS SIE RES ne SS SS RA en Set Nis fo Sn ooreas = at Se r SSS WO bee ee + eee eh Se eee : : : ae 5 i ; : me ; : = . sa es rican ety SSSR ES a es : = ; = ey i : - ns : ; erie SS SSe 1 SSS SS = = fitness : ; : —— he ee ~eemlprseuent= riers hee rmoevertien : ee a eEEeee eee ea Ses se SES Sout ASS SST Se eo ee ene nateietioeas ee ae ree > ee weer ae se StS Sts EN SSS rte 2 eee Se aA 7S S| = ae, ee = } ss a = = Siete == ae weet ~ - * eoecieemel = ard § sar fone Re SS rae teens een ee Sek eee So a ee eT ee = = i ip bemeoe Te NS AS = pesssieees es c — nN a bg pnt TO a2i8s as SSS es ipa paremmeinesd cs << Denner Seas eS ss ‘. SP rare eet AOSN Saaecanebeeaesey * + donee x eee eS nee. hae kre pet an . > Dassiek “ ~ c = A Er RN tg nee ~ < = = oe ~ = = ep omp agen ea Lew t 2 . = main cron cea apse en ges eS = A pare a ee Sen te pusacioaeire Sor Sone er ne SS ; ST aoe RS ie pte Oe i tet nee : : ~ : : me SRSA SSE CL eaepreen ia a e : % “— : ee Lia oe Se Spice tn ence tee es Saviteae nema ee oe sS Se PNR D ES eet : TEE. eee | = Tee ne SE viene Se edieee SUA ee Sa et ee Stee ‘ TPE NE ee receceyinaapatny, i ¢ neo a7 3 ; x apa eeere se LR Le te = a cet ee eS eager > SS pe ae APR geyser een NY 7D Ys ames Hy Vi Sar iny sence etme es . ee erat anaes = > hi ee mae et SE: Sane tonsa Te ec gememeereanaie cass be 6 Slane Sense ie bora eran So See 3 ~ erent Septcaes ava aed en SS be ne STI SY Se ~aee SoS = ; NESE Sat ete ees Senne perce iat ees ae tame am ee — E mae - — SSS a ee coe aees ~ 5 = . seal ee eS er eeeee aR on ISS haeed ——— = ; 7S - Se 5 ra > lea reaees rare eee 5 = > Se RES Sint Lealaavell x - across s = : : one : i ~ ‘ = ten’ Sos : eeey z : ——— . “ : =< > sede Se eee eaaaeicies rateennsan heen eee 5 \ ; . ‘ <= == : 3 = J 5 — Ss Ss tee 3 S sas Sym SS SRES en ree = SSeS E Snec ee ie Se BS : See pene tents a SESS Sree eee tee errr ae See SSSI =e at TS es 2. Fakta aed yy! Seana does: a, oreo SSS sss + Eeteeveenena ee ae Do Lea = Senna See WR owe felcdasiiidedas eens naire SSeS Ss ASE TIPE St ee eae ae ore Sy Seeegiee et : HES Race ae vad — = SS SENSES r iad a ees Seaaeece eadand ee SS depend) Xp te ¢ “= : = = : —— Sy (eer ’ = St rr pemencinanene= Se SS a ee ate ors arreketent ok acces Lie Eaeemauasconeet ASS seeped SST ee Site ie Sy maenirarcicg Baca Bas TE eye =e SSS “25 x ne a es ae hepe e ah et Pree plea S <= Seieatees eernrecre artes coer cx oaracreupenrsteececoesee eee SS Bere eee aes — Stee pals Se pate te sss ——— SSS — SSeS wets ==. SSSA (SSS eo SONS Sesesenentet etn = Poh = ee ere SS SS SSS — Ss week SS pS re Septet oe SS Sette ones cia SS SSS = ST ocoenmeesnmca tenes eae ae) eee > ha eacraninremete meen Soe UTR UMERI ee ee: ane RE ees =z lig cad vid. —— pr Le = ee icentarscmeemat’ poever seer ey eee ma ORT Tecmtreeieaenae sy Pmt SESS Fepecterperester ipa y= a Teen ees herve weteerorrs Sees : eer TT one va , ee et pe Ww meewes ese ne Scan SSS See eee mere é SS A samt“ y Se oo ~ See ee ere arene ee ee ees = S Oe Rg ee SS er meager s SAS eeprenes eee TY nos = REE NE eer a SESS awe pencoeatner necnecs ene en ete tN, ee ee Sot wp poh rane eter i ne SSSI SEA eta ae SoS Ste SI SS SoS = aes —— in yen hw et Seer neta Rn et IN —— re te eee GTN teense prt Le mo a eee ee SSS SS arenes hae a a ee eT SSS Se Deen ets ee sen SS Sasa SS TSS Ti le en wrpennterepre ade >) pereteenen ; ~ t ~ e fa a eae Pe tang meg PAPEL med : ‘ ‘ : Smit =e ee : : = = Sree SES RSS RP BLLge SO Dea rn ere ne ee Some = Se —~ — <= peter ameres _ at ate ESD See Te seas wee nS Sa amc ey os cee aor ean mee eats coe ee eT t ee

eninecd SPECTRUM ANALYSIS IN MINERALOGY A5 . DESLANDRES, H. (1895). ~ Comparaison entre lesspectres du gaz de la clévéiteet de I’ atmosphére — solaire.” Comptes Rendus a I’ Académie des Sciences ad Parts, vol. 120. De EE, . FP ESEFELDT, ie (l 929). “ Der Spektrographische Nachweiss von Beryllium? Leitschrift fiir Physicalische Chemie, vol. 140 A, p. 254. . FREE, O. (1926). “ Investigation of the zirconium in vol. 43; p. 30! StrecBaun, M., Linpu, A. E. anp STENsson, N. (1921). “ Uber ein Venaeen der Spektralanalyse mittels Roéntgenstrahlen.” Zeitschrift fiir Physik, vol. 4, p. 61. Sorpy, H. C. (1870). conium.” Philosophical Magazine, ser. 4., vol. 39, Pp. 65. SPECTRUM ANALYSIS IN MINERALOGY _ = 72. Topp, E. W. (1924). 7 ew) 74. 715. 76. (We 78. Te 80. Sl. 82. “The quartz spectrograph in mineral analysis.’’ “ Gallium. I. Arc spectrographic detection of gallium. University of Loronto Studtes, Geological serves, No. 17, p. 66. . TwyMAn, F. anp Smitu, D. M. (1928). “ Quantitative spectrum analysis.” American Institute of Mining and Metallurgical Engineers, Technical Publication No. 79 (Issued with Mining and Metallurgy, April 1928). UrEmourRA, T. (1926). ‘Analysis of beryl from Ishikawa, Iwaki Province.’’ Journal of Chemistry, vol. 2, p. 117. WHERRY, EF. 7. .(1929): : Bert ‘’ Mineral determination by absorption spectra.” American Mineral- ogist, vol. 14, pp. 299 and 323. WHERRY Ee Fi (1 915). ‘ The microspectroscope in mineralogy.” Collections, vol. 65, No. 5. _ Japanese Smithsonian Miscellaneous WILD, G. O. AND KLEMM, R. (1925-1926). Mitteilungen tiber spektroscopische Untersuchungen an Mineralien.”’ I Saphir. Centralblati fir Mineralogie, &c. Abt. A, p. 273. II Caesium haltige Berylle. Jbid., 1925, p. 295. PED Vopas. TV. Diamant,” 2b1ds.1925;, p32. V Spodumen. Jbid., 1925, p. 324. ‘VI Smaragd. Tbid., 1926, p. 21. VII Roter Spinell. Jbzd., 1926, p. 29. VIII Rubin. IX Alexandrit. Jbid., 1926, p. 30. ZVJAGINSTEV, O., KorsuNSKI, M. AND SELJAKOW, N. (1926). ‘ Dwi-manganese in native platinum.’ Nature, vol. 118, p. 262. Eppy, C. E., Lasy, T. H. anp Turner, A. H. (1929). ‘ Analysis by X-ray spectroscopy.” Proc. Roy. Soc., Ser. A, vol. 124, p. 249. EE oUeN, A. (1926). ‘“ Uber das farbende Pigment der Smaragde.”’ S615, USsks p. 24. (German) PL EMM, R. AND WILD, G. O. (1926). “ Zar Kenntnis des edlen SOLE UNG vol. 53, p. 266. PAPISH, J. AND Hott, D. (1928). London. Compt. Rend. Acad. Neues Jahrb. Min., Abt. A, [i Extra: tion of gallium from lepidolite.” Journ. Physical Chem., VM@lwo2. pe P42. FE TPE IIT RTE LES ae AE Tt Ce RE I sl Bi MA ae AB Ie Shoe RRA Me Ree aT en EN pee Meee ey eT = = om 2 TPIT TO RST EASTER PEP RG ig HR NIOET 52 SPECTRUM ANALYSIS IN MINERALOGY 83. PapisH, J., BREWER, EF. -M. anp Hort, D (1927). “Germanium. Arc spectrographic detection and estimation of © germanium. Occurrence of germanium in certain tin minerals. Enargite as a possible source of germanium.’ Journ. Amer. Chem. Soc., vol. 49, p. 3028. 84, Rimann, E. (1929). : “ Bodenbenderita, nuevo mineral de la Argentina.” Bol. Acad. Nac. Cienc., Cordoba, vol. 31, p. 5. 85. SCHNEIDERHOHN, H. (1929). ‘Erzmikroskopische Untersuchung von Cooperit Pt(AsS),, Stibio- palladinit Pdgsb und eimem neuen Nickeleisenerz aus den platinfithrenden Nickelmagnetkiesgesteinen des Bushvelds.”’ a Centralblatt fiir Mineralogie, &c., Abt. A, p. 193. 86. THOMASSEN, Lars. (1926). | “ Kjemisk Rontgenspektrografi.” Oslo. Statens Rastoffkomite. Publ. no. 21. (Norwegian with English summary, pp. 102-108.) __ Le _ WEIGEL, O. AND Hasicu, G. (1928). , “(ber Mineralfarbungen. I. Absorption rot gefarbter Mineralien @ sm sichtbaren Tiel des Spektrums.” Newes Jahrb. Min., Abt. AS 1@ Volo, pol. | es : 88 WEIGEL, O. AND UFER, H. (1928). | “(ber Mineralfarbungen. II. Die Absorption einiger rot gefarbter Mineralien und kiinstlicher Praparate im sichtbaren und ultra- violetten Tiel des Spektrums.” Ibid., 87, p. 397. = co rrp nner we ree see NAS " ae y Pe rem Nae ee ee ant One CO ~I 89. ZAMBONINI, F. AND CARROBI, G. (1927). | | ‘& chemical study of the yellow incrustations on the Vesuvian lava of 1631.” Abstract by H. S. Washington, Amer. Min., vol. 12, oO. i: 90. ZAMBONINI, F. AND CARROBI, G. (1925). , “ Sulla presenza tra i prodotti dell’ attuale attivita del Vesuvio, del tetracloro-cupriato potassico diidrato.” Ann. R. Osservatorio Vesuviano, Ser. 3, vol. 2, p. 7. : 91. Zrss, E. G. (1923). “The fumarolic incrustations in the valley of Ten Thousand Smokes.” Contrib. Techn. Papers, National Geogr. Soc. W ashing- ton, Katmai ser., vol. 1, p. (Sy7B 7 & Fenb'xiconte > 7 ne Cee 4 A’ . SO ROTA AOS E LSE BREEN Gi RHONA RRL nhs net MV AR ASAPH TE tn PR ee om - ei et Net eees ce cpa emer eR ape e Pe ei i ee Rae f tr se

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