Metal chelators are emerging as versatile tool with many medical applications. Their versatility allows them to be used in chelation therapy for treating diseases caused by toxic and heavy metal poisoning, chelating agents are capable of binding to toxic metal ions to form compl…
Metal chelators are emerging as versatile tool with many medical applications. Their versatility allows them to be used in chelation therapy for treating diseases caused by toxic and heavy metal poisoning, chelating agents are capable of binding to toxic metal ions to form compl…
Design for manufacturability handbook
by Powell, Robert, Gillespie, LaRoux K., Sommer, John G., Wick, Charles, Harper, Charles A., Bralla, James G., Adams, Donald A., Bainbridge, Robert W., Beck, Ronald D., Bralla, J. R. Casey, Bryan, Welsford J., Cann, Roald, Castellano, E. N., Casteras, John, Cocco, John, Coggins, Glenn, Everhart, John L., Fischlin, Joe K., Fuchs, Henry O., Gonas, Albert J., Guichelaar, Philip J., Haley, Stuart, Hanson, Andrew D., Hellman, Paul M., Hodska, Nicholas S., Hornbruch, Frederick W., Jones, J. Franklin, Judson, Theodore W., Langlois, Kenneth, Lewis, Fred W., Liu, C. Richard, MacLaren, John L., MacLeod, R. Bruce, McMullin, William B., Militzer, R. W., Mowry, Wes, Musbach, Alan J., Niebel, B. W., Pannier, Ralph A., Piccinino, L. J., Roseliep, Robert, Saperstein, Harry, Schneberger, Gerald L., Skillingberg, Michael H., Slezak, Ted, Sopko, Paul, Spinosa, Robert J., Stein, John, Strasser, Federico, Swan, B. H., Tannenberg, Dieter E. A., Throop, James W., Tonini, Daryl E., Tyrrell, William R., Wilcox, Jay C., Zuppann, Edward C., Spring Manufacturers Institute., Technology Committee, Teledyne Landis Machine., Engineering Staff, Mohr, J. Gilbert
fromMcGraw-Hill's AccessEngineering
Pt. 1. Introduction -- pt. 2. Economical use of raw materials -- pt. 3. Formed-metal components -- pt. 4. Machined components -- pt. 5. Castings -- pt. 6. Nonmetallic parts -- pt. 7. Assemblies -- pt. 8. Finishes -- pt. 9. Additional developments
Design for manufacturability handbook
by Powell, Robert, Gillespie, LaRoux K., Sommer, John G., Wick, Charles, Harper, Charles A., Bralla, James G., Adams, Donald A., Bainbridge, Robert W., Beck, Ronald D., Bralla, J. R. Casey, Bryan, Welsford J., Cann, Roald, Castellano, E. N., Casteras, John, Cocco, John, Coggins, Glenn, Everhart, John L., Fischlin, Joe K., Fuchs, Henry O., Gonas, Albert J., Guichelaar, Philip J., Haley, Stuart, Hanson, Andrew D., Hellman, Paul M., Hodska, Nicholas S., Hornbruch, Frederick W., Jones, J. Franklin, Judson, Theodore W., Langlois, Kenneth, Lewis, Fred W., Liu, C. Richard, MacLaren, John L., MacLeod, R. Bruce, McMullin, William B., Militzer, R. W., Mowry, Wes, Musbach, Alan J., Niebel, B. W., Pannier, Ralph A., Piccinino, L. J., Roseliep, Robert, Saperstein, Harry, Schneberger, Gerald L., Skillingberg, Michael H., Slezak, Ted, Sopko, Paul, Spinosa, Robert J., Stein, John, Strasser, Federico, Swan, B. H., Tannenberg, Dieter E. A., Throop, James W., Tonini, Daryl E., Tyrrell, William R., Wilcox, Jay C., Zuppann, Edward C., Spring Manufacturers Institute., Technology Committee, Teledyne Landis Machine., Engineering Staff, Mohr, J. Gilbert
fromMcGraw-Hill's AccessEngineering
This textbook explores the production of pig iron, covering the first part of the steel production process, known as ironmaking. Divided into seven chapters, it discusses the following topics: raw materials for steel production (coking coal, iron ore, slag-forming agents and flu…
