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(a) Original data (b) Enlarged view Fig. 5 Discharge current waveforms The current variation causes a change in the magnetic flux density around the wire.
Because the eddy current generated on the workpiece surface flows in the direction opposite to the current direction in the wire, increasing rate of the magnetic flux density decreases, resulting in reduction of the circuit impedance.

These blend fuels are not only renewable, but also have proven to reduce emissions of carbon monoxide (CO), unburned hydrocarbons (UHCs), and particulate matter (PM); net reduction in carbon dioxide (CO2) accompanied by an increase in nitric oxide (NOx) has been observed in the use of biodiesel.
Acknowledgement: The authors are thankful to all Engineering Laboratory IV students involved in the experimental work and collection of data.

Thus the tooth rack is drive by roller movable teeth continuously and the reduction movement is outputted through the output shaft.
Statics analysis of the roller movable teeth reducer Definition of material properties Virtual assembly model is derived by standard data format *.stp, and be imported into ANSYS Workbench.

Hence, a statistical analysis is based on a large number of experimental data.
Figure 3 Resist compression strength of NSC Figure 4 XRD of NSC cement hardened body Figure 5 Intense heat reduction of NSC Figure 6 NSC gap SEM map (28d) Conclusion 1) NSC placeability is better than OPC and SBS. 2) NSC’s early strength mainly comes from the ettringite and its space network structure. 3) NSC’s long-term strength mainly comes from the number of C-S-H’s hydrates and its bond strength. 4) NSC’s long-term strength is better than OPC mainly caused by there is no gap in NSC. 5) NSC’s bond strength is better than OPC, and exists a correlated relationship: Y= 0.082X+132.6.

In China, the coating technology has greatly developed in recent years, which contributes a lot to the coating quality, working conditions, the reduction of labor intensity, working efficiency, and the decrease of production costs.
The CFD method has the advantages of low cost, fast speed, complete data and simulated various conditions.

Contact stress curves Based on a comprehensive analysis of the improved performance parameters with speed and acceleration curve compared with the original conclusions can be drawn: 1) The improved cam profile has a 52% reduction in the maximum jerk of intake valve in the case of cam angle of total work package unchanged, which has reduces the vibration and noise of the valve train effectively. 2) The fullness coefficient of the new design cam profile is about 0.58 which is lower than the original cam profile, which has solve the problems in engine work reliability caused by the excessive fullness coefficient of the original. 3) The minimum radius of the curvature of the new design of the cam has a significant increase compared to the original cam, which has reduced the contact stress, cuts down the wear of the tappet and improves the lubrication conditions. 4) As can be seen from Fig.6, the improved intake valve lift is smoother than the original and has no rebound or flying off
First, build the GT-POWER model of the whole engine and use the experimental data of the original engine to calibrate the model, and then enter the new designed cam profile to run the simulation to get the brake power curve under full load which shows in Fig.11.

The height images taken in tapping mode was set at scan rate 1.00 Hz and 512 data per line.
The reduction of percent transmittance on the peaks 2925 and 2870 cm-1 is due to breaking down of bonds involving methylene group in epoxy novolac resin.

IEEE Internet Computing 5(6):100-104 [6] Yan, M. (2011) the design and application of intelligent electrical outlet for campus's electricity saving and emission reduction.
Chen (2011) A study on the logistic service satisfaction for internet marketing enterprise using data mining technology.

The IR data (see Fig. 2-b) shows the appearance of relatively strong and new peak at 1100-1040 cm-1 and 870 - 690 cm-1 (correspond to S=O and S-O respectively, which indicate the of –SO3- group).
The reasons of the reduction of the melting peak of SLS-CS at 75 °C and the appearance of decomposition peak at 249.6 °C was likely to be produced by the fracture of the ionic bond between SLS and CS, at the same time, the static electricity between SLS and CS disappears.

And experiments are required repeatedly to obtain the specific features and data of the process, which is time-consuming, energy-consuming, low efficiency, and lack of foresight.
The quality of the work by vibratory metal cutting is predicted with the reduction of expectedly trial-number, and with the optimal cutting engagements and structural geometries of the cutting tool.