Analysis of High Resolution N.M.R.Spectra

Solid-liquid separation is an important industrial process used for recovery of solids from suspensions and/or purification of liquids. Despite its application in many industries, ranging from the treatment of suspensions in the chemical industry to the purification of water supplies, the subject is not adequately covered in most undergraduate courses. Volume 5 of the Handbook provides an up-to-date, balanced and exhaustive account of the available technology in solid-liquid separation. The author emphasises the principles, design, and basic engineering concepts and makes some reference to the basic tests and procedures for scale-up. The intention is to remain as non-commercial as possible, with little reference to manufacturers except when the equipment is unique. The book is intended for practicing engineers, as well as for any newcomers to the field or students. Its exhaustive coverage, the clarity of the descriptions and its organized structure make it an ideal teaching text for undergraduate/postgraduate courses in mineral processing, chemical and process engineering. Technical libraries, equipment manufacturers and users will also find it a very useful book.
 
Solid-liquid separation is an important industrial process used for recovery of solids from suspensions and/or purification of liquids. Despite its application in many industries, ranging from the treatment of suspensions in the chemical industry to the purification of water supplies, the subject is not adequately covered in most undergraduate courses. Volume 5 of the Handbook provides an up-to-date, balanced and exhaustive account of the available technology in solid-liquid separation. The author emphasises the principles, design, and basic engineering concepts and makes some reference to the basic tests and procedures for scale-up. The intention is to remain as non-commercial as possible, with little reference to manufacturers except when the equipment is unique. The book is intended for practicing engineers, as well as for any newcomers to the field or students. Its exhaustive coverage, the clarity of the descriptions and its organized structure make it an ideal teaching text for undergraduate/postgraduate courses in mineral processing, chemical and process engineering. Technical libraries, equipment manufacturers and users will also find it a very useful book.