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The nameplate data method According to the nameplate data, the efficiency is analyzed and calculated with losses analysis method.
(In the equations, the superscript “*” stands for nameplate data, and the subscript “mea” stands for measuring values.)
This part is composed of resistance measurement, temperature measurement, power analysis and data processing.
In addition, data processing is composed of two industry control computer and associated software, in which the storage of measurement data, the analysis of measurement results and the automatic producing and printing are accomplished.
The energy efficiency testing is based on Nameplate data method.

The measured data is treated with a data reduction scheme for noise and error elimination.
Data conditioning.
Data conditioning is divided into three main steps.
a) average of both measured contours b) smoothed average contour Fig. 1: Details of the data reduction process The calculated surface represents 99.3% of the average measured point cloud.
The finalized 2D surface mesh is than exported into MatLab [7] for the data smoothing procedure.

Representative data for the catalysts prepared in an air atmosphere are shown in Fig. 1.
Temperature programmed reduction using hydrogen indicates that there may be some mixed oxide formation in the calcined catalyst.
The catalysts were all similar by transmission electron microscopy, but subtle differences indicate that copper/zinc oxide solid solutions were formed and this is consistent with the evidence from temperature programmed reduction.

According to the data provided by National Development and Reform Commission, Industrial boiler burning 1 ton of standard coal can produce CO2 2620 kg, SO2 8.5kg, NOX 7.4 kg.
Pollutant emission reduction CO2 SO2 NOx 1t Standard coal emissions/kg 2620 8.5 7.4 Daily emission reductions /kg 550200 1785 1554 Result (1) The performance coefficient of heat pump system—COP, in winter is 5.4 and in summer is 5.4, the heat pump system can save 210t fire coal every year, and it is significant energy savings

The data of the friction coefficient was recorded by a computer.
It is clear that the friction coefficient had various degree of reduction when the concentration of MoDTC was changed, which suggest that PAO containing proper concentration of additives showed better anti-friction ability than pure PAO and that containing PEG.
Fig. 3 The wear width of the GCr15 bearing steel under the lubrication of PAO and PAO containing different concentrations additive The mechanism of friction reduction for MoDTC has been widely discussed.

As the data shows, the AZ31B magnesium alloy thin strips obtained by Semi-solid rheocasting-rolling method have good rolling property, and the reduction rate can come to 57%, that opened the door for producing the termination product.
The reduction rate can come to 57% when hot rolled at the temperature of 360 degrees.

The corresponding EELS data (Figure 4) showed that SiOx enriched crust layer was completely removed allowing BARC been dissolved in solvent.
With this novel cleaning scheme a significant on-wafer defect reduction and total cleaning efficiency improvement have been observed.
By the addition of a simple dilute HF step and subsequent re-optimization of the wet step sequence and parameters, a significant reduction of on-wafer defects and yield improvement were achieved.

The weather data of a typical summer day in Beijing is used in this investigation.
The largest reduction of COP caused by anthropogenic heat is only around 1%.
Fig.2 Comparison of outdoor temperature between with and without air conditionings ( air conditioning set point is 26℃) Fig.3 Highest outdoor temperature and heat discharge from air-conditioning at different set-point temperature Table 3 The effect of anthropogenic heat on COP of air conditioning system Time COP (with anthropogenic heat) COP (without anthropogenic heat) Reduction of COP caused by anthropogenic heat [%] 8 3.03 3.02 0.36 9 2.99 2.96 0.96 10 2.94 2.91 1.05 11 2.90 2.87 1.01 12 2.87 2.84 0.94 13 2.84 2.81 0.83 14 2.82 2.80 0.75 15 2.84 2.81 0.79 16 2.87 2.84 0.86 17 2.92 2.89 0.96 Conclusion In this work, the effect of anthropogenic heat on local heat island intensity and the performance of air conditioning systems are investigated.

Carbothermal reaction has been extensively used since long for reduction of metallic oxides as well as for beneficiation of several minerals.
While there is the peak with highest intensity at 2θ = 31.78° corresponding to (101) plane in XRD JCPDS data file No. 35-1072.
The reason may be due to the influence of excess aluminum on the reduction of kaolin grog.

The solute concentration reduction rate caused by the vertical fractures is larger than the horizontal fractures by three or four orders of magnitude.
(2) Based on the statistical results of the experiment data from six groups of different fracture configurations, if the structure and permeability of the porous media remain unchanged, overall permeability and flow features of the fracture structure are significantly controlled by fracture configurations
(3) The solute concentration reduction rate caused by the vertical fractures is larger than the horizontal fractures by three or four orders of magnitude.