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Exposures in laboratory weathering tests to irradiance levels much higher than those encountered under natural exposure conditions can signi cantly shorten test time. However, simulation of the effects of natural weathering on the materials would be compromised if the high irradiance levels alter the mechanism of degradation. Also, since all materials are not affected equally by increased irradiance, it can change the stability ranking of materials. The effect of irradiance level on the rate of degradation is complex. It varies with type of material, type of stabilizers present, and wavelengths responsible for the degradation. For most materials, the rate of degradation is rarely a linear function of the level of irradiance. For example, the rates of photooxidation of both polypropylene and polyethylene have been shown to be proportional to various fractional powers of the light intensity, ranging from the square root to the rst power [140]. At high intensities of light, the quantum yield of degradation, that is, the amount of degradation per photon absorbed, will often be less than at low intensities. In a free-radical process this is explained in part by the cage effect. As a result of the high concentrations of free radicals formed at the high irradiance levels, recombination occurs rapidly so that reaction with oxygen or other molecules is reduced. Thus, doubling the intensity does not necessarily double the rate of degradation. In photooxidation reactions, oxygen diffusion may become the rate-limiting step at high irradiance levels.

[153] [154] [155] [156] [157]

These have been developed from several national data sets by an International Obesity Task Force group (Cole et al., 2000) and provide continuity with the adult population; they facilitate comparisons between different international surveys, but may underestimate the prevalence of obesity, especially in Asian populations. In 2006, WHO (2006b) published new anthropometric standards for pre-school children. These are based on a carefully selected reference population of 8440 children from 6 countries, with trained eld staff to ensure consistent data collection. Because of concerns that formula feeds may over-nourish infants and alter their growth, the survey included only children who had been exclusively breast-fed for six months, and whose parents had received education about feeding and weaning. The results showed that healthy children receiving optimal nourishment grow remarkably similarly across different countries and environments. The published growth charts include indicators such as weight-for-age, length and heightfor-age, weight-for-length height and BMI, all for children up to 18 years of age. Adoption of these criteria would probably increase substantially the detection rates of both under-nutrition and overweight in children. WHO Reference 2007 is a new standard for children from 6 to 19 years, proposed by a WHO expert group, and is complementary to the recommendations for children under 6 years of age (De Onis et al., 2007a; De Onis et al., 2007b). This de nes growth curves throughout the age range, with overweight approximating to BMI 25 kg/m2 and obesity approximating to BMI 30 kg/m2 at the age of 19.

from one cell to another. Hence, it is essential for optimal service performance to keep this gap as short as possible. In order to do this, 3GPP speci cations introduced a new procedure called the network-controlled cell reselection (NCCR) [6]. The type of supported cell reselection procedure is communicated to the MS using a new information element in broadcast messages called the network control (NC) order. For cell reselection purposes, only two values of this parameter are relevant (for more information see [6]):

In practice, most operator networks are con gured so that roaming users connect to their home network using their own home GGSN. The reasons for that are, among others, charging issues, APN con guration, languages used by di erent countries, etc. As radio resources are expensive and limited, the operators might want to give the best resources to home subscribers instead of giving them to roaming users. Again, one important issue is how to avoid possible misuse of the real time PDP context (see Section 6.2.2.1) for roaming users, when the HLR, GGSN and everything behind the GGSN is in the home network. The most suitable place for solving this is the SGSN. The SGSN gets the IMSI with the public land mobile network (PLMN) Id during attach and routing area update (RAU) from the mobile station. The PLMN Id consists of the combination of the mobile national code (MNC) and the mobile country code (MCC). These two parameters (MNC and MCC) are unique per operator. Thus, the SGSN could maintain a table of PLMN Ids that the operator wants to restrict and at the same time con gure the maximum QoS pro le for these PLMN Id users. In this way the operator takes control over their network resources. That is, based on the PLMN Id, the SGSN can control the maximum QoS pro le for roaming users.

Usage This value implies that the methods must always execute in a transaction context. If a transaction is already running, the bean participates in that transaction. If there is no transaction, a new transaction is started. This propagation setting should suffice for most transactions needs.