Page 123 - Advanced Mine Ventilation
P. 123

104                                               Advanced Mine Ventilation

         References


          [1] Whitaker JW, Willet HL. Colliery explosions and recovery work. London: Sir Isaac Pitman
             and Sons Ltd.; 1946. p. 72.
          [2] Davies CN. A formalized anatomy of the human respiratory tract. Inhaled Particles and
             Vapours 1961;1:82e7.
          [3] Fuchs NA. The mechanics of aersols. Pergamon Press; 1964. p. 236.
          [4] Green HL, Lane WR. Particulate clouds; dusts, smokes, and mists. London: E. and F. N.
             Spon Ltd.; 1957. p. 313.
          [5] Walton WH. The measurement of respirable dustdthe basis for gravimetric standard. U.S.
             Bureau of Mines Information Circular, 8458; 1970. p. 5e19.
          [6] Jacobsen M, et al. New dust standards in British coal mines. Nature 1970;227:445e7.
          [7] Rossiter CE, et al. Dust content, radiology and pathology in simple pneumoconiosis of
             coal workers. Inhaled particles and vapours, vol. 11. New York: Pergamon Press;
             1967pp.419e434.
          [8] Record of Proceedings, Third International Conference of Experts on Pneumoconiosis,
             Sydney, 1950. Geneva: I.L.O.; 1953.
          [9] Orenstein AJ. In: Proceedings of the Pneumoconiosis Conference, Johannesburg. London:
             J. and A. Churchill Ltd.; 1960. p. 619.
         [10] U.S. Department of Health and Human Services, CDC, NIOSH. Occupational exposure to
             coal mine dust. 1995. p. 336.
         [11] Jacobson M, Lamonica JA. Personal respirable dust sampler. U.S. Bureau of Mines,
             Information Circular 8458; 1970. p. 39.
         [12] Cartwright J, Nagelschmidt G. The size and shape of dust from human lungs and its
             relation to selective sampling. Inhaled particles and vapours, vol. 1. New York: Pergamon
             Press; 1961. p. 445e52.
         [13] Enterline PE. Mortality rates among coal miners. American Journal of Public Health 1964;
             54(5):758e67.
         [14] Private Communications.
         [15] Doyle HN. Dust concentration in the mines. U.S. Bureau of Mines, Information Circular
             8458; 1970. p. 27e32.
         [16] Thakur PC. Mass distribution, percent yield, non-settling size and aerodynamic shape
             factor of respirable coal dust particles [M.S. Thesis]. The Penn State University; 1971.
             p. 133.
         [17] Jacobson M, Walton WH, Rozan JM. The relationship between pneumoconiosis and dust
             exposures in British coal mines. In: Walton WH, editor. Inhaled particles, vol. III. England:
             Old Woking, Unwin Brothers; 1971. p. 901e3.
         [18] Morgan WKC, Lapp NL. State of the art: respiratory diseases in coal mines. AM Reviews
             of Respiratory Diseases 1976;113:531e59.
         [19] Roy TM, Collins LC, Snider HL, Anderson WH. Cigarette smoking and federal black lung
             benefits in bituminous coal miners. Journal of Occupational Medicine 1989;31:98e101.
         [20] Legg JK. Clinical assessment and random error reduction related to acoustic reflection
             technique [Ph. D. Thesis]. West Virginia University; 1996. p. 191.
   118   119   120   121   122   123   124   125   126   127   128