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Where the count means the number of nodes located in the region, for example, Num_1 means the number of nodes located in S1.
Authors use random numbers of normal distribution to simulate the readings of temperature sensors.
The adopted network model as shown in Fig.1 and assume that number of nodes in each cluster is 40, we generate random numbers of normal distribution for all of nodes and Fig.4 shows the data graph of 5 clusters in one experiment.
According to equation (5), the average number of inner-cluster transmissions is 21 theoretically.
Srivastava, “Dynamic fine-grained localization in ad-hoc networks of sensors”, in Proc.

Different soil properties, and soil have different degree and strong corrosion to the pipe, and the leakage point also is not easy to be found in time, as well as the underground pipeline maintenance needs a large number of earthwork, more hard than the construction of new line.
Microcrystalline fineness with low grade, expanding crack extending the grain, prone to cracking, if tracing nickel, copper, chromium can improve the corrosion resistance.

The control of the maximum paste thickness (MPT) allows the reduction of the coarse particles interference, minimizing the number of contact points among the grains and avoiding the formation of an aggregate skeleton that impairs the flowability of the mixture.
However, using MPT in the optimisation of particulate systems with small dimensions (< 100 µm) is not as simple as the maximisation of its value because the number of coarse particles might be insufficient.

The results of the simulation obtained maximum stress values, SIF, J-Integral, number of cycles, and crack extension.
These weaknesses include low ductility and toughness, rough surface grains, dendritic structure, inclusions, and the formation of porosity.
Increased SIF 1 and J-Integral values also affect the condition of the number of cycles [14].
Specimens with a crack length of 10 mm have a higher number of cycles than specimens with a crack length of 15 mm and 20 mm.
The decreased number of cycles value indicates that the voltage value increases [11].

The silica fume is in amorphous form, and it has some special powder properties such as ultra fine grain size and high specific surface area and high chemical activity, these provide favorable foundation for low energy consumption process of recycling the powder.
And a large number of manpower and material resources consumed to overstock the low quality micro silica powder with ferrosilicon production increased more and more. 
CONCLUSIONS The silica fume is in amorphous form, and it has some special powder properties such as ultra fine grain size and high specific surface area and high chemical activity, these provide favorable foundation for low energy consumption process of recycling the powder.

To achieve improvements in the mechanical properties, fine grain size, homogeneous microstructure and high density are desirable.
Hence significant grain growth takes place.
Acknowledgements The authors thank DPT (the State Planning Organization of Turkey) for providing financial support for this work under project number 2001K120590.

The Neighbor-List contains seven parts: Node’s Order number, Residual energy, Location, ,Void flag, Select flag and The number of neighbors.
Simulation parameter Parameter Value The network size 80m*50m The number of sink nodes 1 The number of source nodes 1 The number of sensor nodes 30,50,80 We make the average result of twenty counts as the final result.
The void number reflects the routing loop.
When the number decreases, the phenomenon of lop gets improved.
“Dynamic fine-grained localization in adhoc networks of sensors,” Proceedings of the 7th International Conference on Mobile Computing and Networking (MobiCom 2001), Rome, Italy, July 2001: 166-179 [9] L.

The paper affirms that, despite the number of works in the sludge neutralization of waste water containing heavy metal compounds, the proportion of their use remains marginal.
Their use, according to the results presented in Table 3 and Fig. 2, facilitates an increase of buckling coefficient and lower of grain density compared to control composition.
In this case the resulting gravel has characteristics: average density of grain - 450-500 kg/m3, the brand strength P 25, the mark for the packed density - 250.

As the dimensions of interconnects shrink close to the mean free path (MFP), phenomena like electromigration, surface scattering, diffusive surface scattering, and grain boundaries emerge within conventional interconnect materials such as copper (Cu) [1].
CNTs are classified as SWCNTs and MWCNTs based on the number of shells they possess.
MWCNTs possess a higher number of conducting channels, even at DSM technology nodes.
The MCB contains a higher number of CNTs inside the bundle as compared to a conventional CNT bundle.
The conducting channels of a CNT bundle is governed by two key factors: the number of CNTs present inside the bundle and the number of shells present in each CNT.

Accordingly, several scales of observation are linked in a sequential way, to transfer information from the most detailed scale up to the coarse-grained level of macroscopic description.
In both cases, the accuracy of the predictions and the reliability of the coarse-grained evolution depend crucially on the quality of the atomic-scale description and its predictive power.
By chemical order we mean the propensity of a given system to maximize the number of heteropolar connections, i.e. to minimize the number of homopolar (like atom) bonds.
Moving from C40Si20 to C36Si24 and eventually to C30Si30, the number of Siout does not exceed 12 and it appears that structural instability is due to an increased number of Siin atoms.
This number decreases to five for the neutral case and to one for positive C30Si30.