Bibliography (101-150)

	Bibliography (101-150)
101.	Credner, Hermann, Ueber den Mineralreichtum des Alleghanysystems; Berg- u. huttenm. Zeitung, Jahrg. 30, page 369. Places the Franklin white limestone in the Laurentian.
	1872
102.	Brush, G. J., Roepperite, in Dana’s System of mineralogy, Appendix 1, page 13. Names roepperite in honor of the discoverer.
103.	Kenngott, G. A., [Letter to the editor]: Neues Jahrb., 1872, page 188. Names Roepper’s zinc chrysolite, stirlingite, and the manganesian dolomite, roepperite. The name sterlingite had already been used for zincite. (See Alger (38) .)
104.	Brush, G. J., Stirlingite, roepperite: American Journal of Science, 3d series, volume 4, page 140. States the priority of Kenngott’s name.
105.	Hayes, A. A., On the red oxide of zinc of New Jersey: American Journal of Science, 3d series, volume 4, pages 191–198. Renews the discussion as to the color of zincite being due to scales of hematite.
	1873
106.	Cornwall, H. B., Mineralogical notes: American Chemist, volume 4, pages 126–127. Gives the specific gravity of willemite and an analysis of a supposed pseudomorph of franklinite after calcite.
107.	Pisani, F., Analyse d’une jeffersonite de Franklin, N.J.: Compt. Rend., volume 76, pages 237–238. Gives an analysis and the optical character of a jeffersonite rich in zinc.
	1875
108.	Moore, G. E., On chalcophanite, a new mineral species: American Chemist, volume 6, pages 1–2. First account, with analyses, of this species from Sterling Hill.
	1876
109.	Seyms, G. H., On the relation of franklinite to the spinel group of minerals: American Journal of Science, 3d series, volume 12, pages 210–212. Analyses show a diversity in magnetism with the amount of iron. This confirms the spinel type of formula.
110.	Shepard, C. U., New minerals: American Journal of Science, 3d series, volume 12, page 231; Contributions to mineralogy, Amherst College. Analyses of vanuxemite, keatingite, and calcozincite, which were later proved to be mixtures of known minerals.
	1877
111.	Beco, Jean, De l’etat des industries du zinc et du cuivre aux Etats-Unis d’Amerique: Rev. univ. mines, 2d series, volume 2, pages 129–282. An account of the Franklin deposits, after Cook (96), and details of metallurgical practice on the Franklin ores. (see pages 171–185.)
112.	Shepard, C. H., Contributions to mineralogy, Amherst College. Analysis of a serpentine from Franklin containing manganese.
113.	Cross, C. W., Vanuxemite: Naturalist’s Bulletin, March, page 5. Analysis of Shepard’s supposed species (110) shows it to be a mixture of calamine and halloysite.
114.	Moore, G. E., Preliminary notice of the discovery of a new mineral species [hetaerolite]: American Journal of Science, 3d series, volume 14, page 423.
115.	Platt, J. C., Jr., The franklinite and zinc litigation concerning the deposits of Mine Hill at Franklin Furnace, Sussex County, N.J.: American Inst. Min. Eng. Trans., volume 5, pages 580–584. A brief account of the litigation up to the decision in favor of Taylor in Taylor vs. New Jersey Iron & Zinc Co.
	1878
116.	Roepper, W. T., On a pseudomorph after anorthite, from Franklin, N.J.: American Journal of Science, 3d series, volume 10, pages 364–365. Analysis of a pseudomorph, probably zoisite, after microcline.
	1879
117.	Koenig, G. A., Anomalite: Naturalist’s Leisure Hour, volume 3, page 1, Philadelphia. A name proposed for unusual pseudomorphs after augite.
118.	Laspeyres, Hugo, Mineralogische Bemerkungen (5), Zoisit: Zeitschr. Kryst. Min., Band 3, pages 525–576. Discusses zincite, page 576.
	1880
119.	Penfield, S. I., Analyses of some apatites containing manganese: American Journal of Science, 3d series, volume 19, pages 367–869. Analysis of an apatite from Franklin showing a little manganese.
	1881
120.	Baker, G. W., Geological report on the mineral belt of Sussex County, N.J., Sterling Hill-Mine Hill, published by the Manganese Iron Ore Co., Philadelphia. A mining report, with numerous photographs and maps, illustrating conditions at Franklin about 1880.
	1882
121.	Emerson, B. K,, On the dikes of micaceous diabase penetrating the bed of zinc ore at Franklin Furnace, Sussex County, N.J.: American Journal of Science, 3d series, volume 23, pages 376–379. Describes the metamorphism of the ore minerals by the intrusion of the diabase.
122.	Von Lasaulx, Arnold, Ueber die Mineralien der Willemit-gruppe: Niederrhein. Gesell. Bonn Sitzungsber., 1882, pages 46–47. Describes inclusions of unknown character in troostite crystals.
123.	Ricketts, P. de P., Analysis of the franklinite ores of New Jersey and methods for the separation of the red oxide of zinc: New York Acad. Sci. Trans., volume 2, pages 26–34. Results of commercial experiments to determine the mineral composition of the Franklin ores.
124.	Roepper, W. T., Hydrofranklinite, in Dana, System of mineralogy, 5th edition, appendix 3, page 61. Preliminary announcement of a supposed new species, afterward proved to be chalcophanite. (See Penfield and Kreider (157) .)
125.	Darton, N. H., On the genesis of the ores and the minerals in the granular limestone of Sussex County, N.J.: New York Acad. Sci. Trans., volume 2, page 25. Title only; the paper never published.
	1883
126.	Darton, N. H., The zinc mines of Sussex County, N.J.: Sci. American Suppl., volume 16, page 6278. Account of the Sterling Hill mines at the time of the mining of the large body of calamine. Mentions copper silicate in the ore.
127.	Bemis, F. P., and Woolson, I. H., [Unpublished thesis presented to the faculty of the Columbia School of Mines, New York.] Referred to by Kemp (152).
	1886
128.	Dana, E. S., Mineralogische Notizen: Zeitschr. Kryst. Min., Band 12, page 460; American Journal of Science, 3d series, volume 32, page 388. First measurements of natural crystals of zincite.
129.	Kloos, J. H., Uber eine manganreiche und zinkhaltige Hornblende von Franklin, N.J.: Neues Jahrb., 1886, Band 1, pages 211–223. Complete description, with analysis, of the black hornblende from Sterling Hill, afterward named gamsigradite by Dana.
130.	Koenig, G. A., Manganese zinc serpentine from Franklin, N.J.: Academy of Natural Sciences Philadelphia Proc., 1886, pages 350–351. Gives an analysis.
	1887
131.	Stone, G. C., Analyses of franklinite and some associated minerals: School of Mines Quart., volume 8, pages 148–152. Analyses and careful specific-gravity determinations of zincite, franklinite, willemite, and tephroite.
132.	Koenig, G. A., On zinc-manganese asbestos: Academy of Natural Sciences Philadelphia Proc., 1887, pages 47–48. Gives an analysis of impure tremolite.
133.	Koenig, G. A., Preliminary note on a new mineral species from Franklin, N.J.: Academy of Natural Sciences Philadelphia Proc., 1887, pages 310–311. Gives an incomplete description of bementite.
	1888
134.	Riggs, R. B., The analysis and composition of tourmaline: American Journal of Science, 3d series, volume 35, pages 35–51. Analysis of brown tourmaline from Hamburg, N.J., on page 43.
135.	Penfield, S. L., and Sperry, E. S., Mineralogical notes; Sussexite from Mine Hill, Franklin, N.J.: American Journal of Science, 3d series, volume 36, page 323. New analysis of the original material, Brush (95).
	1889
136.	Canfield, F. A., Catalog of minerals found in New Jersey: New Jersey Geological Survey Final Rept., volume 2, pt. 1, page 3, 1889. A list of 74 mineral species found at Franklin and Sterling Hill, including some doubtful ones and some duplications.
137.	Koenig, G. A., Chloanthite, niccolite, desaulesite, annabergite, tephroite, willemite, fluorite, and apatite from Franklin: Academy of Natural Sciences Philadelphia Proc., 1889, pages 184–189. Description of an interesting find of arsenic compounds from the Trotter mine.
	1890
138.	Browning, P. E., Analysis of rhodochrosite from Franklin Furnace, N.J.: American Journal of Science, 3d series, volume 40, pages 375–376.
139.	Clarke, F. W., Report of work done in the division of chemistry and physics; Willemite from the Trotter mine, Franklin, N.J.: U.S. Geological Survey Bulletin 60, page 130. Gives an analysis.
140.	Pirsson, L. V., On the fowlerite variety of rhodonite from Franklin and Stirling, N.,J.: American Journal of Science, 3d series, volume 40, pages 484–488. Describes the crystal form and gives an analysis.
141.	Nason, F. L., The post-Archean age of the white limestones of Sussex County, N.J.: New Jersey Geological Survey Ann. Rept. for 1890, pages 25–50, 1891. An important paper, describing in detail the relations of the white limestone, which is regarded as a metamorphic phase of the Cambrian blue limestone. This molded geologic opinion on the matter until disproved by Wolff (177). Describes the scapolite rock and the contact minerals of the Rudeville quarries.
142.	Nason, F. L., Scapolite rock: American Journal of Science, 3d series, volume 39, page 407. Announces discovery of this mineral at Franklin.
	1891
143.	Nason, F. L., The post-Archean age of the white limestones of Sussex County, N.J.: American Geologist, volume 7, pages 241–253. An elaboration of the arguments of Nason (141).
144.	Nason, F. L., The post-Archean age of the white limestones of Sussex County, N.J.: American Geologist, volume 8, pages 166–171. A reply to a criticism by Dana of Nason (143).
145.	Genth, F. A., Contributions to mineralogy, 50; Axinite from Franklin, N.J.; Crystallographic notes by Penfield and Pirsson: American Journal of Science, 8d series, volume 41, page 394. Gives the crystal form and an analysis of axinite from the Trotter mine.
	1892
146.	Dana, E. S., The system of mineralogy, of James Dwight Dana, 6th edition, page 1066. Gives a list of 56 species from Franklin and Sterling Hill. Few changes from former lists.
147.	Roepper, W. T., Pyrochroite, in Dana’s System of mineralogy, 6th edition, page 253. Reports the mineral as found in the Franklin district.
148.	Grosser, P., Zinkitkrystalle von Franklin, N.J.: Zeitschr. Kryst. Min., Band 20, pages 354–356. Gives the crystal measurements and an analysis of zincite.
149.	Hussak, Eugen, Uber brasilienische Leucitgesteine: Neues Jahrb., 1892, Band 2, pages 146–158. Refers to leucite tephrite from Hamburg, N.J., and regards the analcite spheroids as derived from leucite (page 153). (See Kemp (154) .)
	1893
150.	Eakle, A. S., On allanite crystals from Franklin Furnace, N.J.: New York Acad. Sci. Trans., volume 13, pages 102–107; American Journal of Science, 3d series, volume 47, pages 436–439; Zeitschr. Kryst. Min., Band 23, pages 209–211, 1894. Crystal form of allanite from the Trotter mine.


	Website © by Herb Yeates 1997-2006.
	This page created: August 12, 2006 2:33 PM