rexresearch.com







The Technology of Low Temperature Carbonization

by

Frank M. Gentry

[ Bibliography ]


Table of Contents

Preface & Table of Contents
Chapter I ~ Fundamentals
Chapter II ~ Low Temperature Coal Gas
Chapter III ~ Low Temperature Coal Tar
Chapter IV ~ Low Temperature Coke
Chapter V ~ Nitrogenous & Other By-Products
Chapter VI ~ Processes of Low Temperature Carbonization
Chapter VII ~ Operation, Design, & Materials of Construction
Chapter VIII ~ Economics & Conclusion
Bibliography
Name Index
Subject Index


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263.   Searle: Refractory Materials (1924)
264.   Harvey & McGee: J. Amer. Ceramic Soc. 7: 895 (1924)
265.   Booze: Southern Pig Iron & Coke Assoc., Ashland, KY (1925)
266.   Wologndine: Bull. Soc. Encouragement 3: 879 (1909)
267.   Dudley: Trans.Amer. Electrochem. Soc. 27: 285 (1915)
268.  Dougill, et al.: J. Soc. Chem. Ind. 24: 465-471 (1915)
269.   Hersey & Butzler: U.S. Bureau of Mines, Report of Investigations, Ser. #2564 (1924)
270.   Green: Gas World 76: 554-559 (1922)
271.   ibid., Coking Sec., 85: 112-114 (1926)
272.   ibid., Coking Sec., 85: 111-112 (1926)
273.   Green: Gas J., p. 766 (Sept. 29, 1926)
274.   Wilson, et al.: Trans. Ceramic Soc. 10: 84 (1920)
275.   Bradshaw & Emery: Trans. Ceramic Soc. 12 (II): 279-285
276.   Ross: U.S. Bureau of Standards Tech. Paper #116 (1919)
277.   Norton: J. Amer. Ceramic Soc. 8:799-815 (1925)
278.   Bogitch: Compte Rendu 173: 1358-1360 (1921)
279.   Norton: J. Amer. Ceramic Soc. 8: 29-39 (1925)
280.   Mellor: Report of Refractories Committee of the Gas Engineers Inst. (1914)
281.   Bodin: Ceramique 23: 177-184 (1920)
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286.   Crane Co., Circular # 163 (1924)
287.   Harper & MacPherran: Iron Age 110: 793-794 (1922)
288.   Campion & Donaldson: Proc. Inst. of British Foundrymen 15: 211 (1922)
289.   Smalley: Proc. Inst. British Foundrymen 15: 688 (1921-1922)
290.   Kennedy & Oswald: Trans. Amer. Foundrymens Assoc. 34: 871-880 (1926)
291.   Smithsonian Physical Tables (1924)
292.   Schmitz: Proc. Roy. Soc. 72 (1903)
293.   Nichol: Phil. Mag. 12 (1881)
294.  Harker: Proc. Physical Soc., London 19: 703 (1905)
295.   Kaye & Laby: Table of Physical & Chemical Constants (1921)
296.   Ingersoll & Zobel: An Introduction to the Mathematical Theory of Heat Conduction (1913)
297.   Souder & Hidnert: U.S. Bureau of Standards, Scientific Paper # 433 (1922)
298.   Rugan & Carpenter: J. Iron & Steel Inst. No. II, Part 2: 29-143 (1909)
299.   Outerbridge: J. Franklin Inst. 157: 121-140 (1904)
300.   Outerbridge: Trans. Amer. Inst. Min. & Met. Engg. 35: 223-244 (1905)
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302.   Carpenter: J. Iron & Steel Inst. 83(1): 196-248 (1911)
303.   Oberhoffer & Piwowarsky: Stahl und Eisen, p. 1173-1178 (July 9, 1925)
304.   Honegger: B.B.C. Mitteilungen, p. 202-209 (Oct. 1925)
305.   The Metallurgist (Suppl. to The Engineer), p. 99-100 (July 29, 1927)
306.   Donaldson: Foundry Trade J. (Feb. 17 & Feb. 27, 1927)
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308.   Dupuy: Engineering, p. 391-394 (Sept. 9, 1921)
309.   Malcolm: Trans. Amer. Soc. Testing Materials 5: 256-275 (1924)
310.   Tapsell & Clenshaw: Engineering, p. 837 (Dec. 30, 1927)
311.   French & Tucker: Proc. Amer. Soc. Testing Materials 24 (II): 56-87 (1924)
312.   French & Tucker: Iron Age 112: 275-278 (1923)
314.   Fahrenwald: Proc. Amer. Soc. Testing Materials 24(II): 310-347 (1924)
315.   Lynch, et al., Proc. Amer. Soc. Testing Materials 25 (II): 5-26 (1925)
316.   French: Trans. Amer. Soc. Steel Treating 2: 409 (1927)
317.   Perrine & Spencer: Columbia School of Mines Quarterly 35:194 (1914)
318.   Dickenson: J. Iron & Steel Inst. 106: 103 (1922)
319.   Mellanby & Kerr: Proc. Inst. Mech. Engg. 1: 53-98 (1927)
320.   MacPherran: Proc. Amer. Soc. Testing Materials, p. 43-48 (1925)
321.   Bregowsky & Spring: Proc. Int. Testing Materials, 6th Congress, NY, vol. 2, Part 2 (1912)
322.   Mochel: Trans. Amer. Soc. Steel Treating (1926)
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326.   Reynolds: Proc. Lit. Phil. Soc., Manchester 14: 8 (1874)
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330.   ibid., 132: 1382 (1901)
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332.   Nusselt: Zeit. V.D.I. (Oct. 23/Oct. 30, 1909)
333.   ibid., p. 685-689 (Aug. 18, 1917)
334.   Rice: Ind. Eng. Chem. 16: 460-467 (1924)
335.   Cox: Trans. ASME, Petroleum Section (1928)
336.   Royds: Heat Transmission by Radiation. Conduction, & Convection (1921)
337.   Lent: Mech. Engg, p. 610-612 (June 1926)
338.   Jordan: Proc. Inst. Mech. Engg, p. 1317-1357 (1909)
339.   Carrier: Trans. ASME 33 (1911)
340.   Bell: Intl. Engg. Congr., San Francisco, Mech. Engg. Sect. (1915)
341.   Bell: Experiments in the Rate of Heat Transfer from a Hot Gas to a Cooler Metal Surface; Babcock & Wilcox Co., 1916
342.   Walker, et al.: Principles of Chemical Engineering (1923)
343.   Boltzman: Wied. Ann. der Phys. 22: 31, 291 (1884)
344.   Coblentz: US Bureau of Standards Scientific Paper # 406 (1920)
345.   Randolph & Overholzer: Phys. Rev. 2: 144 (1913)
346.   Kirschoff: Pogg. Ann. Der Phys. 109: 275 (1860)
347.   Green: Trans. Ceramic Soc. 25: 361-385 (1925-1926)
348.   Callendar: J. Gas Lighting 111: 644 (1910)
349.   Haslam & Boyer: Ind. Engg. Chem. 19: 4-6 (1927)
350.   Schack: Zeit. V.D.I. 58: 1017-1020 (1924)
351.   Haslam, et al.: Ind. Engg. Chem. 17: 272-277 (1925)
352.   Schack: Mitteilung # 55; der Warmesteele Dusseldorf der Vereins Deutscher Eisenhuttenleute
353.   Broido: Trans. ASME 47: 1123-1177 (1925)
354.   Wohlenberg & Lindseth: Trans. ASME 48: 849-937 (1926)
355.   Hottel: Trans, Amer. Inst. Chem. Engg. 19: 173-205 (1927)
356.   Hottel: Ind. Engg. Chem. 19: 888 (1927)
357.   Sinnatt: Gas J., p. 90-111 (Feb. 14, 1928)
358.   Tryon & Bennitt: US Bureau of Mines, Bulletin (1927)
359.   Gentry: Proc. Intl. Conf. on Bitum. Coal, Pittsburgh, p. 627-629 (1926)
360.   Porter: Proc. Intl. Conf. on Bitum. Coal, Pittsburgh, p. 599-604 (1926)
361.   Runge: ASME, Fuel Section (1928)
362.   Everard-Davies: Chem. & Met. Engg. 34: 480-483 (1927)
363.   The Engineer, p. 324-325 (Sept. 23, 1921)
364.   Pope: Fuel in Science & Practice 5: 510-511 (1926)
365.   Brooks: Power 62: 634-638, 680-684 (1925)
366.   Runge: Mech. Engg. 49: 875-878 (1927)
367.   Ditto: Yearbook of American Iron & Steel Inst., p. 225 (1925)
368.   Blauvelt: J. Franklin Inst., p. 307-321 (Sept. 1927)
369.   McBride: Coke & By-Products in 1924; US Bureau of Mines (1927)
370.   McBride: Proc. Intl. Conf. on Bitum. Coal, Pittsburgh, p. 597-598 (1926)
371.   Gentry: Proc. Intl. Conf. on Bitum. Coal, Pittsburgh, p. 693-696 (1926)
372.   Weiss: Proc. Intl. Conf. on Bitum. Coal, Pittsburgh, p. 449-456 91926)
373.   Soule: Chemical Age 30: 251-253 (1922)
374.   Soule: Power 66: 222-224 (1927)
375.   Coffin: Gas Age Record, p. 97-99 (Aug. 6, 1921)
376.   Heusler: Zeit. Angew. Chem. 9: 288, 318 (1896)
377.   Nielson & Baker: Mech. Engg. 49: 1109-1110 (1927)
378.   Nielsen & Baker: Engineering, p. 665-666 (June 3, 1927)
379.   Curtis: Nitrogen Survey, US Dept. Commerce, Trade Information Bulletin # 226 (1924)
380.   Curtis: Proc. Intl. Conf. on Bitum. Coal, Pittsburgh, p. 573-576 (1926)
381.   Bain: Nitrogen Survey, US Dept of Commerce, Trade Information Bulletin # 170 (1924)
382.   Commerce Yearbook, 1925; US Dept. of Commerce, 1926
383.   Tryon & Bennitt: Coke & By-Products in 1925; US Bureau of Mines (1928)
384.   Mineral Resources of the United States, 1924, Part II, US Dept of Commerce (1927)
385.   Soule: Combustion 18: 237-243, 260 (1928)
386.   McBride: Mineral Resources of the United States, 1920, Part II, US Dept of Commerce (1926)
387.   Statistical Abstract of the United States, 1925; US Dept of Commerce (1926)
388.   Orrok: Mech. Engg. 49: 1055-1060 (1927)
389.   Brownlie: World Power, p. 301-309 (Dec. 1927)
390.   The Engineer, p. 236 (Feb. 26, 1926)
391.  N.E.L.A. Prime Movers Report, Distillation Products of Coal (1927)
392.   Merz & McLellan: British Patent # 171290 (1917)
393.   Wisner: Proc. Intl. Conf. on Bitum. Coal, Pittsburgh, p. 800-806 (1926)
394.   Chemical Age, p. 346-347 (Oct. 9, 1926)
395.   Engineering, p. 720 (Dec. 10, 1926)
396.   Savage: Mech. Engg. 49: 1059 (1927)
397.   Orrok: Electrical World 86: 620-622 (1925)
398.   Junkersfeld: Trans. ASME 4: 1157 (1922)
399.   Klingenberg: Bau Grosser Elektrizitatsweerke (1924)
400.   Lander: Proc. Intl. Conf. on Bitum. Coal, Pittsburgh, p. 618-619 (1926)
401.   Christie: Mech. Engg. 49: 878 (1927)
402.   Report of Amer. Railway Assoc. Conf., Committee with US Coal Commission (1923)
403.   Saward's Annual (1928)
404.   Chatfield: Natl. Petroleum News, p. 54 (May 4, 1927)
405.   Wagner: Natl. Petroleum News, p. 58 (Dec. 19, 1923)
406.   Rathburn: Petroleum Age, p. 97 (April 1, 1924)
407.   ibid., p. 61 (March 1, 1927)
408.   Crowell: Gas Age Record, p. 484-486 (April 2, 1927)
409.   Redmayne: Trans. World Power Conf., London, 1: 420-448 (1924)
410.   Cambell: Proc. Intl. Conf. on Bitum. Coal, Pittsburgh, p.5-64 (1926)
411.   White: Mech. Engg. 44: 567-569 (1922)
412.   Runge: Coal, p. 196-201 (April 1, 1926)
413.   Slosson: Proc. Intl. Conf. on Bitum. Coal, Pittsburgh, p. 221-223 (1926)





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