Copper and Zinc Deposits in the Reward Area Casa Grande Mining District, Pinal County, Arizona
J. B. Hadley, H.H. Sullwold Jr.
1943, Open-File Report 44-8
Copper deposits of the White Mesa Mining District, Coconino County, Arizona
Charles Brian Read, R.D. Sample, H.H. Sullwold Jr.
1943, Open-File Report 43-24
Geology of the Elizabeth Copper Mine, Vermont
Walter S. White
1943, Open-File Report 42-1
Copper Deposits in the Old Hat Mining District, Pima County, Arizona
Nels P. Peterson, S.C. Creasey
1943, Open-File Report 43-14
Pahaquarry Copper Mine, Pahaquarry, New Jersey
H.R. Cornwell
1943, Open-File Report 45-9
Memorandum on Mary Louise copper mine near Charlemont, Massachusetts
Alonzo W. Quinn
1943, Open-File Report 79-354
No abstract available. ...
Preliminary report on Orange and Gove copper mines, Strafford, Vermont
Walter S. White, John H. Eric, Thomas William Amsden
1943, Open-File Report 79-352
No abstract available....
The nickel deposits of Yakobi Island, southeastern Alaska
George C. Kennedy
1943, Eos, Transactions, American Geophysical Union (24) 257-257
Some of the large, low‐grade nickel‐copper deposits of Bohemia Basin, Yakobi Island, south‐eastern Alaska, which previously had been mapped and studied by the United States Geological Survey, were explored during parts of 1941 and 1942 by the United States Bureau of Mines. The Gealogical Survey interpreted the geologic features of...
Pegmatite deposits of the Copper Mountain district, Fremont County, Wyoming
J. D. Love, J.B. Hanley
1943, Open-File Report 43-80
No abstract available....
The Arlington copper mine: North Arlington, New Jersey
Henry Rowland Cornwall
1943, Report
The Arlington copper mine is located in North Arlington, Bergen Co., N. J. The ore deposit occurs in a 10- to 30-foot thick arkosic sandstone layer, interbedded in red shale. Copper mineralization is associated with thin diabase sills and dikes. It would probably not be feasible to develop the underground...
Determination of iron in the presence of chromium and titanium with the Jones reductor
F. S. Grimaldi, R.E. Stevens, M. K. Carron
1943, Industrial and Engineering Chemistry (15) 387-388
Sulfuric acid solutions of titanous and chromous sulfates, obtained by passage through the Jones reductor, are oxidized by aeration for from 5 to 10 minutes in the presence of a trace of copper sulfate as a catalyst. Ferrous sulfate is essentially unoxidized and is titrated with permanganate after aeration. Best...
Nickel-copper deposits on the west coast of Chichagof Island, Alaska
Water Resources Division, U.S. Geological Survey
1942, Open-File Report 42-27
Report on the Copper Mining Company property, Bumping Lake Mining District, Yakima County, Washington
Samuel Warren Hobbs
1942, Open-File Report 43-13
Nickel-copper deposit at Funter Bay, Admiralty Island, Alaska
J. C. Reed
1942, Bulletin 936-O
Nickel-copper deposit at Snipe Bay, Baranof Island, Alaska
J. C. Reed, G.O. Gates
1942, Bulletin 936-M
Nickel-copper deposits on the west coast of Chichagof Island, Alaska
W. T. Pecora
1942, Bulletin 936-I
Nickel-copper deposit at Snipe Bay, Baranof Island, Alaska
Water Resources Division, U.S. Geological Survey
1942, Open-File Report 42-28
Experiments upon the control of Trichodiniasis of salmonid fishes by the prolonged recirculation of formalin solutions
Frederic F. Fish, Roger E. Burrows
1940, Transactions of the American Fisheries Society (69) 94-100
In a search for more effective disinfectants to combat parasitic diseases of hatchery fish, the authors report results from a series of experiments designed to determine the toxicity of varying exposures to concentrations of formalin, sodium p‐phenolsulphonate, ammonium sulphate, and sodium benzoate. Non‐toxic concentrations of these disinfectants were tested, in...
The northern copperhead in Iowa
Reeve M. Bailey
1940, Iowa State College Journal of Science (15) 1-2
No abstract available....
Simplified methods for the prolonged treatment of fish diseases
F. F. Fish
1939, Transactions of the American Fisheries Society (68) 178-187
The prevention or control of epidemics of fish diseases by applying a disinfecting solution in a uniform concentration directly to the water supply of a fish pond or trough for a definite period of time has been exceedingly slow in development. In so far as can be determined, the original...
Sulphate minerals of the Comstock Lode, Nevada
C. Milton, W. D. Johnston Jr.
1938, Economic Geology (33) 749-771
Seventeen representative samples of supergene sulphates from old workings on the Comstock Lode are described. They range from simple minerals such as gypsum and epsomite to complex aggregates of four or more distinct species. All are well known species except a mineral of the copper (chalcanthite) or magnesium sulphate pentahydrate...
Mineral resources of Alaska, report on progress of investigations in 1935. Recent mineral developments in the Copper River region
F. H. Moffit
1937, Bulletin 880-B
Mineral resources of Alaska, report on progress of investigations in 1934. Upper Copper and Tanana Rivers, Alaska
F. H. Moffit
1936, Bulletin 868-C
Hydrothermal leaching in the Virginia mining district, New Mexico
Samuel Grossman Lasky
1936, Economic Geology (31) 156-169
The tourmaline-copper deposits of the Virginia mining district, New Mexico, lie along veins that were plugged and reopened repeatedly during the process of mineral deposition. At some time between the second and third stages of deposition the solutions removed calcite, sericite, and chlorite from interstitial and included fragments of altered...
Copper deposits of the southern Appalachian region; discussion
Clarence Samuel Ross
1936, Economic Geology (31) 428-432
No abstract available....