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Dissipation and Efficiency in Biochemical Reactions

After the discussions of dissipation and efficiency in thermal engines we turn to similar considerations for chemical reactions. The main focus will be on oscillatory chemical reactions, as here positive and negative changes in efficiency can be effected in various ways, with illustrations taken frequently from biochemical reactions. [Pg.159]

In Part II, dissipation and efficiency in autonomous and externally forced reactions, including several biochemical systems, are explained. [Pg.216]

In this chapter, we study the efficiency of three biochemical reactions two systems with calculations, one with experiments. All three cases are applications of achieving variable efficiency and dissipation by means of externally forced oscillatory reactions, discussed in Chap. 16. [Pg.169]

See other pages where Dissipation and Efficiency in Biochemical Reactions is mentioned: [Pg.159] [Pg.160] [Pg.162] [Pg.164] [Pg.166] [Pg.168] [Pg.159] [Pg.160] [Pg.162] [Pg.164] [Pg.166] [Pg.168] [Pg.693] [Pg.371] [Pg.159] [Pg.4054] [Pg.1259]

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Biochemical reaction

In biochemical reactions

Reaction efficiency