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As a result, it is important to establish a practical quota of energy consumption for promoting energy-saving emission reduction.
This paper sorts out and lists the related data of some literature for reference in Table 2.
So the data of them have a great reference value.

As a result significant reduction on size was observed as increased a milling time by comparing their z-Average (nm) and the morphology of CANPs exist in the agglomerated form.
HPLC The HPLC analysis data of extract of difference CA particles' size, and coarse powder were used as a control was shown in the fig. 3.
The linearity shown for asiaticoside and asiatic acid is 0.999, 0.998 respectively whereby the retention time of pure asiaticoside and asiatic acid is 10.621mins, 30.232mins respectively (data not shown).

Digital video surveillance involves huge amount of data collection, storage and use.
Therefore, for video surveillance systems, the storage capacity of storage devices have a close relationship with the efficiency of data management, data security and data-use efficiency.
A Significant Reduction in the Integrated Cost.
The monitoring systems always require real-time video input, so it requires higher write ability of the disk array data, or, heavy data set in the cache will cause buffer data overflow in the case of the writing speed fail to meet requirements, finally cause host crash.
While the cache space of cloud storage can expanded dynamically according to the input data, which can reduce the time of data stay in the cache, accordingly improve the video data write capability.

The three key technologies of reverse engineering are data acquisition,data processing and model reconstruction.
It can use 3D optical-scanner for data collection; scan the product from different angles and orientation to get the multi-view 3D point cloud data of bottle.Multi-view point cloud data of plaster model is shown in Figure 4. 3.4 Data Processing.
The pre-processing of data will provide convenience for further model reconstruction.Firstly, splice the points cloud data of different angles using of surface texture or feature points of measured objection through three-dimensional data-processing software to obtain the whole 3D points cloud data of product, then export data of different format, such as ASC,OBJ,WRL,STL,TXT and IGES etc.
Finally, import point cloud data to reverse software such as Imageware to make further processing, which is include point cloud filtering, data reduction and sampling, segmentation and merging, optimization, smoothing and so on.
The processed point cloud data of bottle body is shown in Figure 5.

It is very important to have adequate input data for the FEMU.
Generally, this approach compares experimental with numerical data.
Additionally, the iteratively numerically generated data is not compared directly with the reference material data.
Again, synthetically deformed images were created iteratively based on the numerical analysis, being the numerical data a DIC-leveled numerical data.
The superscripts “num” and “exp” refer to the data originated iteratively during the optimization process and the virtual experimental (reference) data, respectively.

The measurement data are analyzed to predict the cause of the excessive interior noise in tunnels, and some suggestions are presented for improving the condition.
(a) Test data in tunnel (b) Test data on open field Fig.3 Noise spectra of point E at the pantograph seat of car 6 with different speeds Table 2 shows the total SPL, the maximum SPL and its frequency bands at different speed grades.
(a) Test data in tunnel (b) Test data on open field Fig.4 Interior noise distribution above the bogie in car 3 with a speed of 350 km/h In order to obtain the interior noise spectra above the bogie, the microphones were located at the positions with larger SPL and at the position 1.2 m high, at the center of the compartment.
(a) Test data open field (b) Test data on in tunnel Fig.5 Frequency spectra of monitoring points above the bogie in car 3 with a speed of 350 km/h In order to investigate the exterior noise near the bogie, microphone was installed at the bogie.
(a) Test data in tunnel (b) Test data on open field Fig.6 Noise spectra at the bogie of car 3 Among these interior measuring points, point B has the greatest noise level, and the maximum noise amplitude of point B is at 800Hz in car 3.

However, because of the sparse data they may bring about unsatisfied recommendation qualities.
The experimental datasets include ten groups of different sparse data which includes the same 733 users and 687 items.
According to the definition of the closeness concept, the higher closeness is, the less sparse the data set is.
The experimental data sets are shown in table 1.
(a) Movie Lens Data Set 1 (b) Movie Lens Data Set 2 (c) Movie Lens Data Set 3 (d) Movie Lens Data Set 4 (e) Movie Lens Data Set 5 Figure 2 Comparison of recommendation quality: cosine, adjusted cosine, Pearson and combinative method According to the experimental results, we can conclude that for different, the with our method is less than that of cosine, adjusted cosine and Pearson’s correlation.

The chip also has a shared L2 that only holds safe data.
All the data needed are acquired by L2 cache or memory accesses.
BOP calls them “checked data” [7].
So the one more cycle for load a data is essential.
Gilchrist: Parallel data compression with Bzip2, PDCS(2004)

Due to the space limitation, the measurement result data within a period of time before and after starting the SRE suppression circuit are taken, and the distribution in the time domain is shown in Fig.2. 10-4 Fig.2 The measurement data in time domain distribution 3.4 Experiment data analysis 3.4.1 Time domain analysis The experimental data in time domain distribution is shown in Fig.13.
The data before and after starting the SRE suppression circuit for about 8 minutes are intercepted for the data analysis.
Although the experimental data in time domain display 1-7Hz alternating electric field strength from 2.86×10-4V/m down to 0.72×10-4V/m, approximately 75% reduction.
Where, figure a represents the experimental data of frequency domain distribution when the SRE suppression circuit is not activated, and figure b represents the experimental data of frequency domain distribution when the SRE suppression circuit is activated.
In addition, the significant frequency of 6.6Hz AC component is contained in the ship electric field measurement data.

The EPR data were compared with infrared (IR) and photoluminescence (PL) data.
The main effect of the annealing at 500°C (the spectrum c in Fig. 2,) is disappearing of C(sp3)-H band and strong reduction of O-H band.
At the same time from the data presented in Table 2 it is seen that for the SiO2:C sample annealed at 500°C and 700°C the g-factor of the localized carbon spin system is lower than that for the free electron value (ge = 2.0023).
Parameters of non-localized (g1) and localized (g2) paramagnetic systems extracted from the fitting of Eq. (2) with experimental data in annealed SiO2:C samples.
Comparing the EPR and PL data obtained in annealed SiO2:C samples we can suggest that the position of the PL band depends whether the unpaired electron of CRR is located on a C or O atom and its efficiency decrease with carbon clusterization.