Titlebook: Electrophotography and Development Physics; Lawrence B. Schein Book 19881st edition Springer-Verlag Berlin Heidelberg 1988 ASTER.Action.de

Corroborate

Carminative

https://doi.org/10.1007/978-3-030-41517-4n a thorough description of our current, but limited, understanding of the physics of the development process. We describe and compare known development systems in this chapter. Detailed discussions of the physics occurring in each development system and their associated toner charging mechanism are the subjects of succeeding chapters.

荧光

The Development Step,n a thorough description of our current, but limited, understanding of the physics of the development process. We describe and compare known development systems in this chapter. Detailed discussions of the physics occurring in each development system and their associated toner charging mechanism are the subjects of succeeding chapters.

起皱纹

Toner Charging for Two-Component Development Systems,r the toner and carrier coating, the resulting charge on the toner may be positive or negative. This mixture, which has zero net charge, is introduced into cascade or magnetic brush development systems, as described in Chap. 3, where toner particles are attracted to the latent image on the photoreceptor.

condescend

legacy

Apogee

拘留

Introduction,ology of the 1990s. This book has been written to assist both the newcomer and those already in the field to better understand this important and complicated technology and its most crucial subsystem, development.

完成

The Electrophotographic Process,iscuss the actual technology. Section 2.1 defines the six process steps of electrophotography and provides the reader with a description of the physics within each step (or subsystem) and a guide to the literature. Section 2.2 compares the implementation of 70 cpm copiers by three different corporat

CRANK

The Development Step,uality the copier or printer will produce, (2) significant aspects of the physics of development are not well understood, and (3) as a result, significant empirical material and hardware parameter searches are standard procedure in optimizing a development system for a new copier. Reducing the “blac