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The data obtained were used to examine the effectiveness of the current treatment process in removing NOM.
The samples were collected at approximately the same time (0900 until 1100) to avoid variations of the data obtained.
The results are consistent with the data reported by [6], where 70% and 80% of UV254 were reduced at two different plants using the conventional treatment process.
Consequently, a lower reduction is expected.
Thus, a higher reduction in UV254 was observed in LBWTP.

Currently, it is adopted heavy oil mixed with hot water gathering process to realize drag reduction of transportation.
Drag Reduction Effect Analysis Analysis parameters of closed gathering process distance of 4km.
From the drag reduction rate analysis, based on mixing heat water gathering process, mixing active water gathering process drag reduction rate was 22.1%, emulsion gathering process drag reduction rate reaches 29.8% and is the highest.
Emulsion gathering process drag reduction effect is more obvious.
From the data in Table 2, emulsion gathering process temperature is higher; average transfer pressure is lowest and drag reduction efficiency is the highest and reach 41.7%, which is well above the case of the gathering distance 4km. while mixing active water gathering process drag reduction effect little change with transfer distance.

We find that the curved shape is inverted ‘‘N’’ in static panel data model and dynamic panel data model, rather than inverted “U”.
So we apply panel data set of china for the period 1990- 2008 and dynamic panel data model, to reveal the differences and dynamics effects.
Section 3 describes data and model...
So we use a dynamic panel data model and static panel data model to analysis Model and Data Model.
Data Used.

The synthesis of Ag nanoparticles was carried out by chemical reduction of silver nitrate (AgNO3) with sodium borohydride (NaBH4).
Ag nanoparticles were previously prepared according to the chemical reduction method [20].
Crystallographic data obtained from Powder Diffraction File (PDF) are shown in table 1.
These results are in agreement with the previous XRD data.
The nature of the reduction reaction involves nucleation, growth and precipitation of Ag nanoparticles.

However, the reduction of the designer’s acting field, his geometrical choices can realize a significant reduction of the EIs product’s.
Many of these researches have been directed towards the integration between CAD and LCA tools by extracting the necessary data from CAD systems to perform a LCA.
In some of these studies, methodologies were developed to perform data transfer between the two systems such as researches done by Wallace et al. [3,4,5], Capelli et al. [6], Melk et al. [7] and Marosky et al.[8].
Second, the objective of these works was essentially the extraction of necessary data which are input data to an LCA tool and are relative to a single Life Cycle (LC) scenario.
The input data for the LCA were collected within the AMS (Sahel Tunisian Industries, Tunisia).

Also, reduction of molybdenum trioxide by hydrogen or carbon has been reported in the literature [4, 5].
In the present study, carburization-thermal process for reduction of MoO2 is done by using carbon [4, 6].
For identification purposes of crystalline phase composition, diffraction patterns obtained were matched with standard diffraction data (JCPDS) file.
Summary The reduction process of MoO2 to metallic molybdenum can be completed by a two-stage reaction process.
Khodadadi, Synthesis of nanocrystalline molybdenum by hydrogen reduction of mechanically activated MoO3, Int.

Defect Reduction in Epilayers for SiC Trench MOSFETs by Enhanced Epitaxial Growth D.
The reduction of critical defects, which resulted in an increase of the predicted die yield, as well as an outlook on future investigations, is discussed.
The reduction in CDs can consequently be seen in an increase of the predicted yield when using a generic 5x5 mm2 die size grid in Fig. 2.
Additionally, it is shown that further growth rate combinations, low buffer/high drift rate combination, resulted in lower critical defects and especially a reduction in device critical triangular stacking faults.
Verifying the defect related improved growth conditions by comparing correlated electrical yield data will be the subject of future investigations.

Tension plays a very important role in the reduction of the rolling force.
Tension can significantly reduce the rolling force, and then increase the maximum thickness reduction.
With this actual data, resistance-to-deformation is calculated by matching the measured rolling force.
2.104 11.43 76.30 72.38 0.037 3.020 8 0.62 1735.9 2.104 1.878 10.74 78.43 64.59 -0.037 3.274 Experimental actual data and regression results for the stainless steel 304 and the TRIP steel are depicted in Fig. 3 and Fig. 4, respectively.
The experimental data, such as roll gap, rolling force and roll speed, are measured and the resistance-to-deformation model is regressed.

The direct impact of the mass reduction is not the only part where fuel is saved.
These data are stored inside a database to provide a single data source for the users.
There are four different kinds of data which should be stored: material data, process data, machine data and processed data.
Material Data (A).
Process Data (B).

To encourage and promote efficient use of energy and energy reduction, this research was to improve energy awareness through 3D computer animation.
Therefore, the 3D computer animation could help samples understand more about importance of energy reduction.
Therefore, everyone must be realized an importance of energy reduction and should continuously promote a campaign.
Analysis 1.1 Data collection and analysis from various sources which include interview, report, website, etc. 1.2 Studying campaigns using various types of media. 1.3 Studying various types of energy reduction campaigns. 1.4 Studying 3D computer animation for energy reduction campaigns. 2.
This research of comparison on the achievement of 3D computer animation “The Future” for energy reduction campaign revealed that 3D computer animation media not only can influence and make people realize the importance of energy reduction, but it also provides pleasure and entertain viewers.