Extrusion principles

M. Xanthos, ed., Reactipe Extrusion Principles and Practice, SPE, Brookfield, Coim., 1992. 

Xanthos, M. (Ed.), Reactive Extrusion Principles and Practice, Hanser Puhhshers, Munich, 1992. 

Lee ST (2000) Foam extrusion. Principles and practice. Technomic Publishing Company, Lancaster... 

R. C. Kowalski, Case Histories of Industrial Studies of Extmder Reactions, in Reactive Extrusion, Principles and Practices, M. Xanthos, Ed., Hanser, Munich, 1992. 

Xanthos M (1992) Reactive extrusion principles and practice. Part 3.3 Polyblends containing carboxylated polymers. Hanser, Munich... 

Brown, S. B. (1992) Reactive extrusion a survey of chemical reactions of monomers and polymers during extrusion processing, in Xanthos, M. (Ed.) Reactive Extrusion Principles and Practice, Munich Hanser-Verlag. 

Xanthos, M. (1992) Reactive Extrusion - Principles and Practice, Munich Hauser-Verlag. 

Huang and Bourne (16) studied the rate of softening of green beans, dry white beans, carrots and three varieties of beets for times up to 120 minutes using the extrusion principle to measure firmness and found a similar pattern in the softening curves for every product. Figure 1 plots log extrusion force versus process time for diced beets processed at 220F. The solid circles and solid line show the experimental data. 

Although the production of the traditional brown coal briquettes has come to very low levels, the technology, based on the ram extrusion principle, is available, mature, and has been further developed until recently. While many classic manufacturers of... 

Pellet Mills. Pellet mills differ from roll briquetting and compacting machines in that the particulates are compressed and formed into agglomerates by extrusion through a die rather than by squeezing as they are carried into the nip between two rolls. Several types of equipment that use the extrusion principle are available. The die may be a horizontal perforated plate with rollers acting on its upper surface to press material through the plate. 

As already suggested in point 3.3, in the case of very fine masses, the situation can arise whereby the internal friction of the mass is no longer sufficient to convey the greater peripheral forces on the hub diameter of the screw outwards to the cylinder casing. It has to be examined here whether modifications to the mass are possible or whether a different extrusion principle, e.g. double-screw extruder has to be selected with respect to the potential for modification. 

Simha, R., and Moulinie, R., Statistical thermodynamics of gas solubility in polymers, in Foam Extrusion Principles and Practice, Lee, T. S., Ed., Technomic, Lancaster, RA, 2000. 

Lee ST (ed) (2000) Foam extrusion principles and practice. Technomlc Publishing, Lancaster, PA Oberbach J et al (2009) Durchsatz stelgem - Flexlbllltat erhohen - Follenextruslon. Kunststoffe 10 (99) S.154-S.159, Hanser Verlag... 

S.T. Lee, C.B. Park, Foam Extrusion Principles and Practise, 2nd edn. (CRC Press, Taylor and Francis Group, 2014)... 

Many of the so-called fabbers or printers, which are cheap and easy-to-run personal machines, follow the extrusion principle. The current machines can hardly be used for serious tooling but for making simple patterns. 

Utracki LA (1998) Commercial polymer blends. Chapman Hall, London/New York Xanthos M (1992) Reactive extrusion, principles and practice. Hanser, Munich Xanthos M (ed) (2005) Functional fillers for plastics. Wiley-VCH Verlag/GmbH Co KGaA, Weinheim... 

Reactive Extrusion Principle and Practice, Ed., M. Xanthos, Hanser, New York, NY, USA, 1992. 

Davis, W.M. (1992) Heat Transfer in Extruder Reactors, in Reactive, Extrusion Principles and Practice (ed, M. Xanthos), ch. 7, Hanser, Munich, pp, 257-282. 

RC Kowalski. Fit the reactca- to the chemistry. In Reactive Extrusion—Principles and Practice. New York Hanser Pubhshers, 1992, pp 7-32. 

N.G. Gaylord, In Reactive Extrusion, Principles and Practice, M. Xantos, ed., Munich Hanser Publishers (1992). 

C. B. Park, Continuous production of high-density and low-density microceUular plastics in extrusion. In S.-T. Lee (ed.). Foam Extrusion Principle and Practices, Philadelphia Technomic Publishing Co., 2000, Chapter 11, pp. 263-306. 

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