Fritz Haber

H+], calculation of, 192, see also Hydrogen ion Haber, Fritz, 151 Haber process, 140, 150 Hafnium, oxidation number, 414 Haldane, J. B. S., 436 Half-cell potentials effect of concentration, 213 measuring, 210 standard, 210 table of, 211, 452 Half-cell reactions, 201 Half-life, 416 Half-reaction, 201 balancing, 218 potentials, 452 Halides... 

Haber, Fritz, 129 Haller, Albin, 141, 148 Hammett, Louis, 221, 247, 271 Hannaway, Owen, 60 Hantzsch, Arthur, 54 Harcourt, Vernon, 120, 180, 275 Harkins, William, 239 Harman, Peter, 37... 

Haber, Fritz (1868-1934). German chemist and Nobel prize winner. Discoverer of synthetic method for catalytically producing ammonia from nitrogen and hydrogen. This discovery... 

Titanium dioxide is found in nature in three crystal forms anastase, brooldte, and rutile. Its extreme whiteness and brightness and its high index of refraction are responsible for its widespread use as a white pigment in paints, lacquers, paper, floor covering, plastics, rubbers, textiles, ceramics, and cosmetics, see also Aluminum Catalysis and Catalysts Copper Fertilizer Haber, Fritz Iron Steel. 

Haber, Fritz, photograph. Austrian Archives/Corbis. Reproduced by permission p. 188 Karen getting hair highlighted by stylist Patti (unseen), sheet of foil under lock of hair, at Maximillian s Salon, photograph by Kelly A. Quin. Reproduced by permission p. 192 The first blobs of isolated aluminum, photograph. James L. Amos/Corbis. Reproduced by permission p. 193 Chlorine gas, in a clear jar, photograph by Martyn F. Chillmaid. Photo Researchers, Inc. 

Haber, Fritz (1868-1934) German Chemist Fritz Haber was born on December 9, 1868, in Breslau, Germany, to Siegfried Haber, a merchant and a member of one of the oldest families of the town. He went to school at the St. Elizabeth classical school at Breslau and conducted many chemistry experiments while still a child. 

Haber, Fritz. (1868-1934). Bom in Breslau, Germany, Haber s great contribution to chemistry, for which he was awarded the Nobel Prize in 1918, was his development (with Bosch) of a workable method for synthesizing ammonia by the water-gas reaction from hot coke, air, and steam the gas mixture obtained includes nitrogen from the air, as well as hydrogen from the steam. It was the first successful attempt to fix atmospheric nitrogen in an industrial process. This discovery was developed to production scale in approximately 1912 it enabled Germany to manufacture an independent supply of explosives for World War I. 

See ammonia, anhydrous Oxo process Haber, Fritz water gas gasification Fischer-Tropsch process. 

Like Lutz Haber, Fritz Stern became a historian and explored the world of his parents, imperial Germany. He wrote about Ger-son von Bleichroder, a Jewish banker who managed the fortunes of Germany s political leaders during the nineteenth century, and about Germany s illiberalism —its rejection of democracy, individual freedom, and tolerance. 

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