10 HENRY MARION HOWE— BURGESS mmmn \nSSS: 



The roasting of the argentiferous cobalt nickel arsenides of Temiskaming, Ontario, Canada (with Drs. Wm. 



Campbell and C. W. Knight). A. I. M. E., 38, 1906. 

 Why do fluid slags cause slopping in the Bessemer converter? Electrochem. & Metallurg. Industry, July, 1906. 

 The influence of the conditions of casting on piping and segregation, as shown by means of wax ingots. A. I. 



M. E., 38, 1907. 

 Does the removal of sulphur and phosphorus lessen the segregation of carbon? A. S. T. M., 1907. 

 How may the quality of steel rails be improved? E. & M. J., July, 1907. 



A new iron-carbon phase, osmondite. Electrochem. & Metallurg. Industry, September, 1907. 

 Not the dream of a dreamer but the vision of a prophet. E. & M. J., October, 1907. 

 A further study of segregation in ingots. E. & M. J., November, 1907. 



The duplex process for steel making. Electrochem. & Metallurg. Industry, January, 1908. 

 Segregation in steel ingots. School of Mines Quart., April, 1908. 

 The shape of the iron blast furnace. E. & M. J., September, 1908. 

 The relative corrosion of steel and wrought-iron tubing. A. S. T. M., September, 1908. 

 The air-furnace process of preparing white cast iron for the malleablizing process. A. I. M. E., 39, 1908. 

 Carbon and the properties of cast iron. E. & M. J., November, 1908. 

 The carbon-iron diagram. A. I. M. E., 39, 1908. 

 Notes on the use of the tri-axial diagram and triangular pyramid for graphical illustrations. A. I. M. E., 28, 



1898. 

 Manganese steel mold. U. S. Patent, No. 913,728, March, 1909. 



The metallography of iron clarified. Electrochem. & Metallurg. Industry, October, 1909. 

 On the uniform nomenclature of iron and steel. I. A. T. M., 1909. 

 The treatment of steel in electric furnaces. E. & M. J., August, 1909. 

 The closing of blowholes in steel ingots. A. S. T. M., 1909. 



Influence of ingot-size on the degree of segregation in steel ingots. A. I. M. E., 40, 1909. 

 Influence of top-lag on the depth of the pipe in steel ingots. A. I. M. E., 40, 1909. 

 The welding of blowholes in steel. A. S. T. M., 1910. 

 Piping in steel ingots. Iron Age, January, 1910. 

 Memorial of C. B. Dudley. A. S. T. M., 1910. 

 Allotropy or transmutation? Repts. British Assn., 1910. 

 Closing and welding of blowholes in steel ingots. Repts. British Assn., 1910. 

 Process of making manganese steel. U. S. Patent No. 954188, April, 1910. 

 An optimist's view of the iron ore supply. Atlantic Monthly, June, 1910. 



Practice recommended for annealing miscellaneous rolled and forged carbon steel objects. A. S. T. M., 1911. 

 Nucleus action and grain growth. Met. & Chem. Engineering, February, 1911. 

 The life history of cells and grains in steel. Int. Zeit. fur Metallographie, 1911. 

 A. S. T. M. annual Pres. address, June 27, 1911. 



Life history of network and ferrite grains in carbon steel. A. S. T. M., 1911. 



Nomenclature of the microscopic constituents of iron and steel. Met. & Chem. Engineering, January, 1912. 

 The upward concentration of kish by flotation. Met. & Chem. Engineering, June, 1912. 

 Does commercial hyper-eutectic white iron free from manganese exist? J. I. S. I., II, 1912. 

 Annual address by the retiring president. A. S. T. M., 1912. 



The life history of pro-eutectoid cementite, by Howe and Levy. I. A. T. M., 1912. 

 Why does lag increase with the temperature from which cooling starts? A. I. M. E., 45, 1913. 

 Presidential address to the Vlth Congress of the I. A. T. M. A. S. T. M., 1912. 

 Belated coalescence vs. balling up as the cause of the degradation of the network structure of hypo-eutectoid 



steel (with A. G. Levy). Internationale Zeitschrift fur Metallographie, September, 1912. 

 Notes on Ruff's carbon-iron equilibrium diagram. A. I. M. E., 44, 1912. 

 The influence of divorcing annealing on the mechanical properties of low-carbon steel. Howe and Levy, A. I. 



M. E., 44, 1912. 

 The nomenclature of the microscopic substances and structures of steel and cast iron. I. A. T. M., 1912. 

 Discussion of Mr. Talbot's paper on prerolled pipeless ingots. Eng. News, November, 1912. 

 The closing of pipes in steel ingots. E. & M. J., Dec, 1912. 

 Note on Henry LeChatelier. Met. & Chem. Engineering, 1912. 

 On uniform nomenclature of iron and steel. I. A. T. M., 1912. 



An explanation of the Talbot method of making solid ingots. Iron Age, February, 1913. 

 The value of expert opinions. Jl. of Industrial & Engineering Chemistry, March, 1913. 

 In what direction is technical education tending? A. I. S. I., May, 1913. 

 Ae 1, the equilibrium temperature for A 1 in carbon steel. A. I. M. E., 47, 1913. 

 Determination of the position of Ae 3 in iron carbon alloys. Howe and Levy. A. I. M. E., 47, 1913. 

 Discussion of the existing data as to the position of Ae 3. A. I. M. E., 47, 1913. 



Notes on the plastic deformation of steel during overstrain, by Howe and Levy. A. I. M. E., 50, 1914. 

 Are the effects of simple overstrain monotropic? A. S. T. M., 14, No. 2, 1914. 

 Notes on the divorcing, annealing, and other features of structural coalescence in iron and steel, by Howe and 



Levy. Cleveland Inst, of Engrs., July, 1914. 



