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SWsoft s Virtuozzo takes a different approach from most other server virtualization vendors, and has had a great deal of success doing it, with over 1,000 customers using Virtuozzo on more than 10,000 servers and 400,000 virtual environments (the Virtuozzo equivalent of VMs). Virtuozzo is based on operating-system-level virtualization, sometimes called partitioning, and SWsoft currently has over 30 patents pending on its technology. Although SWsoft has no official numbers to quote, as of 2006 they believe they are number two in market share after VMware (though according to Yankee Group the numbertwo position has gone to Microsoft with 29% share since Virtual Server was made available for free). Strategic relationships with Intel and Microsoft, including investment from Intel Capital (among others), have helped move SWsoft and its version of virtualization toward success.

pf<E-^-';0'>].

50 2

(5.3.21)

CP ( C)

Virtuozzo s approach melds aspects of both hypervisors and hosted approaches, to offer many of the benefits of both. Based on a thin customized version of Linux 2.6.8 as the core, it introduces very low overhead and is extremely efficient, similar to a hypervisor approach. Unlike hypervisors, however, rather than each virtual environment (VE) containing an entire virtual machine, each VE is a partitioned version of either Linux or Windows,

Fig. 5.8 Tafel diagram for the reaction O2 + 2e H2O2 on the mercury electrode for oxygen concentration of 0.26 mmol dm~3. 0.1 M NH4F, dependence of current density / o n E; C 0.1 M NH4F, dependence of y on E 0 2 ; 3 0.1 M NH4C1, dependence of; on E\ O 0.1 M NH4CI, dependence of; on E <p2By means of the Frumkin correction, identical Tafel diagrams for different media are obtained. (According to J. Kuta and J. Koryta)

45 40 35 30 25 0 5 10 SDS (mM) 0.3 15 20

Fig. 5.9 Tafel diagram for the reaction S2O82 + 2e^> 2SO22 at a mercury electrode. Electrolyte: 1 mM Na2S2O8 and varying concentrations of NaF: (1) 3, (2) 5, (3) 7, (4) 10, (5) 15, (6) 20mmol dm 3. (According to A. N. Frumkin and O. A. Petrii)

16

Polymer (wt %):

Correction for the effect of the potential difference in the diffuse layer is carried out by plotting log |/| against E (j)2 rather than against E It can be seen from Fig 58 that the corrected curves are identical for both electrolytes The effect of the electrical double layer on the reduction of polyvalent anions such as S2O82~ is especially conspicuous Here it holds that az -zOx<l At potentials corresponding to a negatively charged electrode (E<Epzc), the potential of the outer Helmholtz plane is 0 2 <O and its absolute value in dilute solutions increases with increasing negative potentials This leads to a paradoxical situation: the rate of the cathodic reaction decreases with increasing negative potential (see Fig 59) The Frumkin theory of the effect of the electrical double layer on the rate of the electrode reaction is a gross simplification.

For example, the electrode reaction does not occur only at the outer Helmholtz plane but also at a somewhat greater distance from the electrode surface More detailed considerations indicate, however, that Eq (5320) can still be used to describe the effect of the electrical double layer as a good approximation Various approaches to the theory of electrode reactions with participation of adsorbed react ants are beyond the scope of the present book The effect of of the electrical double layer is negligible for chemisorption (see Section 433 and 571) For semiconductor electrodes and also for the interface between two immiscible electrolyte solutions (ITIES), the greatest part of the potential difference between the two phases is represented by the potentials of the diffuse electric layers in the two phases (see Eq 4518).