Bibliography (151-200)

	Bibliography (151-200)
151.	Emmons, S. F., Geological distribution of the useful metals: American Inst. Min. Eng. Trans., volume 22 [for 1893], pages 53–95, 1894. A brief description of the geology of Franklin, in which the white limestone is regarded as probably Archean (page 80).
152.	Kemp, J. F., The ore deposits at Franklin Furnace and Ogdensburg, N.J.: New York Acad. Sci. Trans., volume 18, pages 76–96 [1894]. Bibliography, history, and general geologic relations of the district, and an annotated list of 66 species of minerals, without duplication. Regards the white limestone as post-Cambrian. An excellent paper, giving the best account of the deposit that had so far appeared.
153.	Nason, F. L., [Trotter mine minerals]: New York Acad. Sci. Trans., volume 13 [for 1893], pages 97–98, 1894. Notes, communicated by A. H. Chester and appended to Kemp (152), on the pegmatite contact at the Trotter mine and contact minerals developed.
154.	Kemp, J. F., A basic dike near Hamburg, Sussex County, N.J., which has been thought to contain leucite: American Journal of Science, 3d series, volume 45, pages 298–305. Determines the spheroids to be analcite, probably derived from leucite. (See Hussak (149).)
	1894
155.	Kemp, J. F., Additional note on leucite in Sussex County, N.J.: American Journal of Science, 3d series, volume 47, pages 339–340. Announces leucite in diabase from Rudeville, which may be in the same dike as that at Hamburg.
156.	Penfield, S. L., Contributions to the crystallization of willemite: American Journal of Science, 3d series, volume 47, pages 305–309. Describes new forms of Franklin willemite and establishes the identity of willemite and troostite.
157.	Penfield, S. L., and Kreider, D. A., On the identity of hydrofranklinite and chalcophanite: American Journal of Science, 3d series, volume 48, pages 141–143. (See Roepper (124).)
158.	Pratt, J. H., Mineralogical notes on cerusite, calamine, and zircon: American Journal of Science, 3d series, volume 48, page 213. Gives the angle measurements and a figure of a crystal of calamine from Sterling Hill.
159.	Blake, W. P., Notes on the structure of the franklinite and zinc ore beds of Sussex County, N.J.: American Inst. Min. Eng. Trans., volume 24 [for 1894], pages 521–524, 1895. Describes the geologic structure of the deposits at Franklin and Sterling Hill. Regards the ore beds as of the same age as the gneiss.
160.	Blake, W. P., The zinc ore deposits of southwestern New Mexico: American Inst. Min. Eng. Trans., volume 24 [for 1894], pages 187–195, 1895. Finds an analogy between the New Jersey deposits and those of New Mexico in that both are in bedded masses in white limestone. The minerals, however, are different, as those in New Mexico are sulphides.
161.	Chester, A. H., On caswellite, an altered biotite from Franklin Furnace, N.J.: New York Acad. Sci. Trans. volume 13, pages 181–184. Description with analysis. The material is a mixture.
162.	Eakle, A. S., Ueber Allanit und Turmalin aus New Jersey: Zeitschr. Kryst. Min., Band 23, pages 209–211; New York Acad. Sci. Trans., volume 13, page 185. Lists the forms and gives a figure of the brown tourmaline analyzed by Riggs (134).
163.	Nason, F. L., The franklinite deposits of Mine Hill, Sussex County, N.J.: American Inst. Min. Eng. Trans., volume 24 [for 1894], pages 121–130, 1895. Excellent account of the form of the ore body at Mine Hill as revealed by diamond-drill borings, with a stereogram, map, and sections.
164.	Nason, F. L., The chemical composition of some of the white limestones of Sussex County, N.J.: American Geologist, volume 13, pages 154–104. Analyses supposed to show the general magnesian character of the limestone.
165.	Nason, F. L., Summary of facts proving the Cambrian age of the white limestones of Sussex County, N.J.: American Geologist, volume 14, pages 161–169. A further elaboration of the arguments of Nason (141 and 143).
166.	Durre, E. F., Metallurgische Notizen aus New Jersey und dem Lehigh-Thal; 3, Die Franklinitlagerstatten in New Jersey und ihre metallurgische Ausbeutung: Ver. deutsch. Ing. Zeitschr., Band 38, pages 184–190. A sketch of the deposit, after Nason (163), giving averages of the ore content from the mill samples and full details of the metallurgy.
167.	Groth, Paul, Die Zinkerzlagerstitten von New Jersey: Zeitschr. prakt. Geologie, 1894, pages 230–233. Translation of paper by Nason (163).
168.	Westgate, L. G., The age of the crystalline limestones of Warren County, N.J.: American Geologist, volume 14, pages 369–379. Argues for the pre-Cambrian age of the white limestone.
169.	Williams, H. S., The age of the white limestones near Warwick, Orange County, N.Y.: American Journal of Science, 3d series, volume 47, pages 401–402. Review of Nason (141), denying the validity of Nason’s evidence for the Cambrian age of the white limestone.
	1895
170.	Moses, A. J., Contributions from the mineralogical department of Columbia College–21, The pyramids of zincite: School of Mines Quart., volume 6, pages 226–227. Gives measurements of zincite crystals.
	1896
171.	Wilkens, H. A. J., and Nitze, H. B. C., The magnetic separation of nonmagnetic material: American Inst. Min. Eng. Trans., volume 26 [for 1896], pages 351–370, 1897. A study of the working of the Wetherill magnetic separator on Franklin ores.
	1897
172.	Wetherill, J. P., The Mine Hill ore deposits in New Jersey and the Wetherill concentrating plant: Eng. and Min. Journal, volume 64, pages 65–66, 98–100. The first part is an admirable account of the whole mining history of the Franklin deposits and of the development of the metallurgical treatment of the ore. There is also a clear account of the long litigation of the "Franklinite case." The second part is a technical description of the working of the concentrating plant.
173.	Penfield, S. L., and Foote, H. W., On roeblingite, a new silicate from Franklin Furnace, N.J., containing sulphur dioxide and lead: American Journal of Science, 4th series, volume 3, pages 413–415; Zeitschr. Kryst. Min., Band 28, pages 578–580. A complete mineralogical description of this new species from the Parker shaft.
	1898
174.	Wolff, J. E., Occurrence of native copper at Franklin Furnace, N.J.: American Acad. Arts and Sci. Proc., volume 33, pages 429–480.
175.	Penfield, S. I., and Foote, H. W., On clinohedrite, a new mineral from Franklin, N.J.: American Journal of Science, 4th series, volume 5, pages 289–293; Zeitschr. Kryst. Min., Band 30, pages 587–591, 1899; Yale Bicent,. Pub., Contr. to Mineralogy and Petrography, pages 291–290, 1901.
176.	Foote, W. M., Note on the occurrence of native lead, with roeblingite, native copper, and other minerals at Franklin Furnace, N.J.: American Journal of Science, 4th series, volume 6, pages 187–188.
177.	Wolff, J. E., and Brooks, A. H., The age of the Franklin white limestone of Sussex County, N.J.: U.S. Geological Survey 18th Ann. Rept., pt. 2, pages 425–457. The final and conclusive proof of the pre-Cambrian age of the white limestone, with an excellent resume of the literature relating to the topic.
178.	Wolff, J. E., [Note, without title, recording the existence of intrusive pegmatite in the Parker shaft at Franklin]: Science, new series, volume 8, page 560.
	1899
179.	Penfield, S. L., and Warren, C. H., Some new minerals from the zinc mines at Franklin, N.J., and note concerning the chemical composition of ganomalite: American Journal of Science, 4th series, volume 8, pages 330–353; Zeitschr. Kryst. Min., Band 32, pages 227–242, 1900; Yale Bicent. Pub., Contr. to Mineralogy and Petrography, pages 325–342, 1901. The first descriptions of hancockite, glaucochroite, nasonite, and leucophoenicite, from the Parker shaft.
180.	Wolff, J. E., On hardystonite, a new calcium-zinc silicate from Franklin Furnace, N.J.: American Acad. Arts and Sci. Proc., volume 84, pages 477–481. The first description of this species, from the Parker shaft.
181.	Chester, A. H., Mineralogical notes and explorations [Minerals from Franklin Furnace]: New Jersey State Geologist Ann. Rept. for 1900, page 185, 1901. Gives an analysis of massive vesuvianite and one of brown willemite from the Parker shaft.
182.	Clarke, F. W., and Steiger, George, Experiments relative to the constitution of pectolite, pyrophyllite, calamine, and analcite; Calamine: U.S. Geological Survey Bulletin 167, pages 17–19; American Journal of Science, 4th series, volume 8, pages 248–250, 1899. Gives an analysis of calamine from Sterling Hill.
183.	Hillebrand, F. W., Mineralogical notes; Jeffersonite: U.S. Geological Survey Bulletin 167, pages 68–69, 1900. Gives an analysis of fresh brown zinc schefferite.
184.	Kemp, J. F., The ore deposits of the United States and Canada, 3d edition, page 251. Description of the deposits in much the same manner as in Kemp (152), with further speculations as to origin, based on the hypothesis of the post-Cambrian age.
185.	Wolff, J. E., Hardystonit und Zincschefferit von Franklin Furnace, N.J.; mit einer Notiz uber die Brechungindices des Schefferit, by G. Melczer: Zeitschr. Kryst. Min., Band 88, pages 147–151; American Acad. Arts and Sci. Proc., volume 34, pages 111–115. An additional analysis of hardystonite and a description of a new form of pyroxene from the Parker shaft.
	1901
186.	Warren, C. H., Mineralogical notes; Anorthite crystals from Franklin Furnace, N.J.: American Journal of Science, 4th series, volume 11, pages 360–373. Gives the form and composition of anorthite from the limestone.
	1903
187.	Ford, W. E., On the chemical composition of axinite: American Journal of Science, 4th series, volume 15, pages 195–201; Zeitschr. Kryst. Min., Hand 38, pages 82–88. A reexamination of the axinite described by Genth (145).
188.	Wolff, J. E., Zinc and manganese deposits of Franklin Furnace, N.J.: U.S. Geological Survey Bulletin 213, pages 214–217. A brief account of the form and structure of the vein and the relations of the chief minerals of the Mine Hill deposit. Their origin is considered to be metamorphic, and contemporaneous with the white limestone.
	1904
189.	Valiant, W. S., New Jersey mineral localities: Mineral Collector, volume 11, pages 122–125, 137–141, 150–154, Gives a list, containing many synonyms and duplications, of minerals from Franklin and Sterling Hill.
	1905
190.	Moses, A. J., The crystallization of luzonite and other crystallographic studies; 4 , Hematite parting from Franklin Furnace, N.J.: American Journal of Science, 4th series, volume 20, pages 283–284, 1905. Gives an analysis of hematite from the Parker shaft.
190a.	Kummel, H. B., The chemical composition of the white crystalline limestones of Sussex and Warren Counties: New Jersey Geological Survey Ann. Rept. for 1905, pages 173–191, 1906. Description of the distribution, physical characteristics, and chemical composition of the white limestone. Gives many analyses, including those of samples of drill cores taken in exploration for locating the Parker shaft.
	1907
191.	Kraus, E. H., and Scott, I. D., Ueber interessante amerikanische Pyritkrystalle: Zeitschr. Kryst. Min., Band 44, pages 144–153. Gives an analysis and the form of pyrite from the limestone.
192.	Canfield, F. A., Mineralogical notes; Willemite: American Journal of Science, 4th series, volume 23, pages 20–23. A brief note correcting the figure of willemite published by Penfield (156). The lower end of the crystal, when cleared of the matrix, is shown to be quite differently developed from the upper end.
	1908
193.	Spencer, A. C., Kummel, H. B., Wolff, J. E., Salisbury, R. D., and Palache, Charles, U.S. Geological Survey Geological Atlas, Franklin Furnace folio (no. 161). Spencer gives full descriptions of the form, structure, composition, and geologic history of the zinc ore deposits, with maps, sections, and stereograms, and postulates an igneous origin of the ores as probable. Palache gives an annotated list of 91 mineral species recognized in the district, with a discussion of the paragenesis, showing the several groups of mineral deposits into which they may be divided.
194.	Spencer, A. C., The Mine Hill and Sterling Hill zinc deposits of Sussex County, N.J.: New Jersey Geological Survey Ann. Rept. for 1908, pt. 2, pages 23–52, 1909. An abbreviated account of the deposits, based on the folio (193).
	1909
194a.	Leith, C. K., Magnetite and zinc ores of Franklin Furnace quadrangle: Econ. Geology, volume 4, pages 265–269, 1909. Reviews Spencer’s work (193) published in the Franklin Furnace folio and accepts the possibility of igneous injection of the zinc ores.
	1910
195.	Palache, Charles, Contributions to the mineralogy of Franklin Furnace, N.J.: American Journal of Science, 4th series, volume 29, pages 177–187; Zeitschr. Kryst. Min., Band 47, pages 576–585. Preliminary report on the more interesting facts brought to light up to that time in the studies leading to the present paper. Notes on the crystallography, composition, or occurrence of arsenopyrite, fluorite, manganosite, zincite, gahnite, franklinite, hetaerolite, pyroxene, nasonite, glaucochroite, bementite, willemite, friedelite, vesuvianite, datolite, cuspidine, humite, and leucophoenicite.
196.	Phillips, A. H., Gageite, a new mineral from Franklin, N.J.: American Journal of Science, 4th series, volume 30, pages 283–284. Preliminary description of a new manganese silicate from the Parker shaft.
	1911
197.	Phillips, A. H., Notes on a recent find of zincite crystals: American Journal of Science, 4th series, volume 31, pages 464–465.
198.	Ungemach, H., Uber den Datolith: Zeitschr. Kryst. Min., Band 49, pages 459–476. A correction of Palache’s description of datolite (195), in a larger paper on that mineral (pages 475–470)
199.	Ford, W. E., and Crawford, R. D., On a rhodonite (fowlerite) crystal from Franklin, N.J.: American Journal of Science, 4th series, volume 32, pages 289–290. Description of forms new for the mineral.
	1912
200.	Eberhard, G., in Liebisch, Thomas, Über die Fluoreszenz der Sodalith- und Willemit-gruppe im ultravioletten Licht: Akad. Wiss. Berlin Sitzungsber., Jahrg. 1912, Halbband 1, pp. 229-240. Records tests with X-rays and radium rays on troostite and willemite from the Taylor mine, showing the fluorescent effects. Also records the presence of beryllium in troostite.


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