| Contents Notes |
ULLMANN'S Encyclopedia of Industrial Chemistry is the benchmark reference in chemistry and chemical and life science engineering, covering inorganic and organic chemicals, advanced materials, pharmaceuticals, polymers and plastics, metals and alloys, biotechnology and biotechnological products, food chemistry, process engineering and unit operations, analytical methods, environmental protection, and much more. Complete coverage of the science and technology in all areas of industrial chemistry. Fully international in scope and coverage, the contents have been compiled under the supervision of a renowned global Editorial Advisory Board. New and updated articles are added every two months. Contains over 1,000 major articles, written by some 3,000 authors who are experts in their fields and affiliated to leading chemical companies or research institutes. Breadth of knowledge - more than 16 million words, nearly 15,000 tables, 25,000 figures, and innumerable literature sources and cross-references. All the benefits of an online reference, including: searches using wildcards and Boolean operators and cross-reference hyperlinking. vol. 1. Abrasion and erosion to air -- vol. 2. Air classifying to ammonia -- vol. 3. Ammonium compounds to antioxidants -- vol. 4. Antiulcer drugs to benzene -- vol. 5. Benzenesulfonic acids and their derivatives to 2-butanone -- vol. 6. Butenes to cellulose ethers -- vol. 7. Cement and concrete to chitin and chitosan -- vol. 8. Chlorinated hydrocarbons to cobalt and cobalt compounds -- vol. 9. Coffee to crown ethers -- vol. 10. Cyrogenic technology to dithiocarbamic acid and derivatives -- vol. 11. Diuretics to energy management in chemical industry -- vol. 12. Environmental management in the chemical industry to explosives -- vol. 13. Fats and fatty oils to filtration -- vol. 14. Fire extinguishing agents to foods, 4.food packaging -- vol. 15. Formaldehyde to glyoxylic acid -- vol. 16. Gold, gold alloys, and gold compounds to hydrides -- vol. 17. Hydrocarbons to indole -- vol. 18. Information storage materials to ketones -- vol. 19. Laboratory information and management systems (LIMS) to liquid-liquid extraction -- vol. 20. Liquid-solid extraction to mathematical modeling -- vol. 21. Mathematics in chemical engineering to microencapsulation -- vol. 22. Microreactors to nitrates and nitrites -- vol. 23. Nitric acid, nitrous acid, and nitrogen oxides to nuclear technology -- vol. 24. Nucleic acids to paints and coatings -- vol. 25. Paper and pulp to phenol derivatives -- vol. 26. Phenolic resins to pigments, inorganic -- vol. 27. Pigments, organic to polyacrylamides and poly (acrylic acids) -- vol. 28. Polyacrylates to polyurethanes ; vol. 29. Poly (vinyl chloride) to process control engineering -- vol. 30. Process development to radionuclides in analytical chemistry -- vol. 31. Radiopaque media to salicylic acid -- vol. 32. Sample preparation for trace analysis to sintered steel and iron -- vol. 33. Size enlargement to starch -- vol. 34. Steel to sulfur halides -- vol. 35. Sulfuric acid and sulfur trioxide to tetrahydrofuran -- vol. 36. Textile auxiliaries to tin, tin alloys, and tin compounds -- vol. 37. Tires to vacuum technology -- vol. 38. Vanadium and vanadium compounds to wastewater -- vol. 39. Water to zirconium and zirconium compounds -- vol. 40. Index volume. Vol. 1 Ab-Ai -- Vol. 2 Ai-Am -- Vol. 3 Am-An -- Vol. 4 An-Be -- Vol. 5 Be-Bu -- Vol. 6 Bu-Ce -- Vol. 7 Ce-Ch -- Vol. 8 Ch-Co -- Vol. 9 Co-Cr -- Vol. 10 Cr-Di -- Vol. 11 Di-En -- Vol. 12 En-Ex -- Vol. 13 Fa-Fi -- Vol. 14 Fi-Fo -- Vol. 15 Fo-Gl -- Vol. 16 Go-Hy -- Vol. 17 Hy-In -- Vol. 18 In-Ke -- Vol. 19 La-Li -- Vol. 20 Li-Ma -- Vol. 21 Ma-Mi -- Vol. 22 Mi-Ni -- Vol. 23 Ni-Nu -- Vol. 24 Nu-Pa -- Vol. 25 Pa-Ph -- Vol. 26 Ph-Pi -- Vol. 27 Pi-Po -- Vol. 28 Po-Po -- Vol. 29 Po-Pr -- Vol. 30 Pr-Ra -- Vol. 31 Ra-Sa -- Vol. 32 Sa-Si -- Vol. 33 Si-St -- Vol. 34 St-Su -- Vol. 35 Su-Te -- Vol. 36 Te-Ti -- Vol. 37 Ti-Va -- Vol. 38 Va-Wa -- Vol. 39 Wa-Zi. |
