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At the long-term of 479 days, the average daily minimum temperature range of three fans is 12.48℃, and the maximum range is 23.07℃.
Firstly, the fiber 1 is hitched by the sleeve of fiber2 and the end of fiber 1 is used to make the Fiber Bragg Grating 3.
The relation is shown as in form (1): (1) Form (1): is temperature coefficient of sensor, is the change of wavelength, is coefficient of thermal expansion of the fiber, is thermo-optical coefficient.
At the long-term of 479 days from the June 6, 2010 to September 28, 2011, # 1 fan reached the average daily minimum range 12.48℃ of three fans in the year, and # 3 fan reached the maximum temperature range 23.07℃ in the year. # 3 fan reached the maximum temperature 39.14℃ on April 30, 2011, # 1 fan reached the minimum temperature 23.98℃ on January 10, 2011.
Figure 5 Temperature variation curve of the charge unit in the long-term of 479 days Figure 6 Temperature variation curve of #1fan in the long-term of 479 days Figure 7 Temperature variation curve of #2fan in the long-term of 479 days Figure 8 Temperature variation curve of #3fan in the long-term of 479 days Figure 9 Variation curve of ambient temperature in the long-term of 479 days It is shown in Figure 10, the day's temperature changes in the range of 1℃, it indicates that the temperature sensors monitor temperature of the charge unit in one day effectively, the temperature of fan and the ambient temperature in charge unit changes in normal range.

In the monitoring results of the 479 days, daily average displacement of 3# sensor located in substation downstream maximized to 1.58mm on January 27th 2011; and daily average displacement of 2# sensor located in substation downstream minimized to -1.94mm on September 18th 2011.
Fig.4 Crack meter sensor installation Fig.5 Casting by concrete In the monitoring results of the 479 days from June 6th 2010 to September 28th 2011, daily average displacement of 3# sensor located in substation downstream maximized to 1.58mm on January 27th 2011; daily average displacement of 2# sensor located in substation downstream minimized to -1.94mm on September 18th 2011.
Fig.6 That crack change range of 1.2.3# sensor Daily average displacement of 3# sensor located in substation downstream maximized to 1.58mm on January 27th 2011; daily average displacement of 2# sensor located in substation downstream minimized to -1.94mm on September 18th 2011 in the 479 days monitoring results.
During the 479 days monitoring, the system detected the changes of dislocation cracks in downstream retaining wall.
Therefore, the max lower and upper threshold of 1# sensor can be set as -1.90mm and 1.14mm, the max lower and upper threshold of 2# sensor can be set as -2.00mm and 0.10mm, the max lower and upper threshold of 2# sensor can be set as -1.00mm and 1.60mm.

The ambient temperature is lower than the temperature of fan about 1℃.
The relation is shown as in Eq. 1
They are shown at Fig. 7, Fig. 8 and Table 1.
The ambient temperature is lower than the temperature of fan about 1℃.
(in Chinese) [6] GB1094.1-1996.Power Transformer(S).

When carbon-coated α-Fe2O3 was galvanostatically cycled at 100 mA g–1 in the voltage range of 3.0–0.005 V, it exhibits a reversible capacity of 479 mAh g–1, assuming about three Li+ ions retrieval.
Fig. 1. 
After the sevenfold cycling, the reversible capacity was maintained at 479 mAh g–1 with high Coulombic efficiency of 97%, that represents a good cycling stability of electrode.
In particular, sevenfold galvanostatic cycling at 100 mA g–1 of α-Fe2O3/carbon electrode shows a high reversible capacity of 479 mAh g–1.
References [1] D.

In the 479 days, the rangeability of average data is 61.55KPa in sensor #1 and 64.05KPa in sensor #2.
Wavelength shift caused by earth pressure as shown in Eq. 1
Fig. 4 Variation curve of tower foundation earth pressure in 24 hours In the monitoring period from 2010-06-06 to 2011-09-28, we monitored earth pressure of tower foundation in 479 days.
In the 479 days, according to the data in Table 1, the daily change range of average pressure for # 1 is smaller, as 61.55KPa; the daily change range of average pressure for # 2 is bigger, as 64.05KPa.
In the 479 days, the rangeability of average earth pressure in sensor #1 is 61.55KPa, and the rangeability of average earth pressure in sensor #2 is 64.05KPa.

The modulations on their volumes have been obtained continuously in the wide temperature range of 50-479 oC.
Results and Discussion Fig. 1 XRD patterns of NBT and NBTLC1-3 ceramics.
From Fig. 3, peaks of resistivity at 479 oC, 247 oC and 167 oC are formed in NBTLC1-3 with more content of (LiCe) addition.
In NBTLC1, the peak of NBT at 210 oC is covered up, and that at 507 oC is enhanced as the one at 479 oC, both by the grain boundary effect with Ce and Li-contained phase.
References [1] P.

The PL emission spectra of the CzCNPFVs in chloroform solution show maximum peaks at 476 ~ 479 nm.
CzCNPFV3 was synthesis with monomer 7 and 12 in molar ratio 1:1.
Table 1.
The PL emission spectra of the CzCNPFVs in chloroform solution show maximum peaks at 476 ~ 479 nm.
The PL emission spectra of the CzCNPFVs in chloroform solution show maximum peaks at 476 ~ 479 nm.

The results showed the hardness of the cladding layers were significantly improved to 455, 469, 479 and 615 HV in response to the welding speed of 0.1, 0.5, 1.0 and 1.5 m/min as compared with 60 HV of the A6061 substrate.
Fig. 1 The process of the rubber wheel test.
The hardness of the A6061 substrate is 60 HV, while the hardness after formation of cladding layers were argely increased, which values are 455, 469, 479 and 615 HV corresponding to the welding speed of 0.1, 0.5, 1.0 and 1.5 m/min, respectively.
(2) The cladding layer formed in welding speed of 0.1, 0.5, 1.0 and 1.5m/min possessed the average hardness of 455, 469, 479 and 615 HV as compared with 60 HV of the A6061 substrate
References [1] S.

During the 479 days monitoring, the # 2 sensor daily mean strain range is the largest with the value of 1700.98me, while the 3 # sensors have the smallest value of 1122.91me.
Fig.1.
Fig.2 Network topology Fig.3 Installation physical After the 479 days of testing results, we make the most value statistics of cross arm strain of the power tower , the time and size of the most value appearance of 4 sensors illustrated table 1.
During 479 days’ monitoring, monitoring dates show that four strain sensor distributed in cross arm, the average strain range of 2 # sensor the largest with the value 1700.98; 3 # sensor was the minimum 1122.91.
Journal of Hunan Universityy,2004,31(1) :56~58 [3] Ogawa Y.

Khalifa 1,2,a, Y.
Tsunekawa 1,b and M.
Okumiya 1,c 1 Toyota Technological Institute, 2-12-1, Hisakata, Tempaku, Nagoya, 468-8511, Japan 2 Cairo University, Dept.
The growth rate constants are substantially low: in the order of 479-748 µm3/s.
The growth rate constants are substantially low: in the order of 479-748 µm3/s.