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If the die roll height of power transfer part like gear is large, then a structural defect can occur due to the reduction of power transfer surface.
The die roll heights of three fine blanked gear samples were measured in optical measurement inspection system(Datastar 200) and Table 4 shows the measured data of die roll heights on the gear samples.
Fig. 6 The fine blanked gear samples from the 1st experiment(a), the 2nd experiment(b) and the 3rd experiment(c) Table 4 The Measured data of die roll heights on the gear samples V-ring distance [mm] die chamfer shape module die roll height [mm] X[mm] Die chamfer angle 1.5 0.1 45 0.5 0.687 0.15 1.0 1.468 0.2 1.5 1.349 0.2 2.0 1.122 0.2 2.5 0.978 2.0 0.1 0.5 0.773 0.15 1.0 1.462 0.2 1.5 1.314 0.2 2.0 1.203 0.2 2.5 1.032 2.5 0.1 0.5 0.766 0.15 1.0 1.504 0.2 1.5 1.451 0.2 2.0 1.170 0.2 2.5 0.989 The measured data of die roll heights on the fine blanked gear samples were analyzed and then two graphs were acquired as shown in Fig. 7.

The X-ray diffractograms were recorded from 5 to 40° of 2θ (Bragg angle) by a goniometer equipped with scintillation counter at a scanning speed of 0.02°/s and sampling rate of 2 data/s.
The absorbance intensity of C=O peak was increased with an increase in reaction time and molar ratio of acetic anhydride (no data present).
Nevertheless, the greater alkali solution concentration caused a reduction of maximum degradation temperature of treated OPEFB fibres (data not shown).

If the die roll height of power transfer part like gear is large, then a structural defect can occur due to the reduction of power transfer surface.
The die roll heights of three fine blanked gear samples were measured in optical measurement inspection system(Datastar 200) and Table 3 shows the measured data of die roll heights on the gear samples.
The Measured data of die roll heights on the gear samples die chamfer shape module die roll height[mm] X[mm] A[°] 0.10 30 0.5 0.764 0.15 30 1.0 1.500 0.20 30 1.5 1.441 0.20 30 2.0 1.167 0.10 30 2.5 0.985 0.15 45 0.5 0.766 0.20 45 1.0 1.504 0.20 45 1.5 1.451 0.10 45 2.0 1.170 0.15 45 2.5 0.989 0.20 60 0.5 0.778 0.20 60 1.0 1.636 0.10 60 1.5 1.580 0.15 60 2.0 1.323 0.20 60 2.5 1.145 Fig. 7 The fine blanked gear samples from the 1st experiment(a), the 2nd experiment(b) and the 3rd experiment(c) The measured data of die roll heights on the fine blanked gear samples were analyzed and then two graphs were acquired as shown in Fig. 8.

.%) Composition Ti Al V Fe Si C N H O Percent Bal. 5.5-6.8 3.5-4.5 0.3 0.15 0.15 0.05 0.015 0.2 Table 2 Mechanical properties in longitudinal direction for TC4 alloy Material Sy(MPa) Su(MPa) Reduction in area(%) E (GPa) Elongation (%) TC4 880 950 36 113.8 14 The samples manufactured by TC4 alloy were cut into a rectangular shape with dimensions of 60 ×10 × 5 mm3 plates.
There were 5 samples in each group of test, and an average value was determined on the basis of the five measured data for each group.
Based on these data, two promising candidate LP parameter sets were evaluated, and the most optimal LSP parameter was chosen.
There were 5 samples in each group of test, and an average value was determined on the basis of the five measured data for each group.

Used in photography, camera, size measurement, for quantitative data from the camera is not high precision requirements.
It causes reduction in the illumination at point B.
(a) Aperture 1.4, Exposure time 20ms (b) Aperture 1.4, Exposure time 40ms (c) Aperture 8, Exposure time 40ms Data analysis and validation After collecting several images under different exposure, the paper carries on the analysis to them can know that no matter which causes bring the vignetting, it is always related to the size of the angle between incident light and the main optical axis.
This data tested the conclusion that the size of the aperture will have an impact on the vignetting, and the exposure time does not affect it.

The LVDT was installed in the middle of the beam to record the data of a vertical deflection.
The two supports were placed at the end of the beam and the actual location of the support is 250mm from both ends as shown in Figure 1 The load applied for this test was controlled manually and all the data appeared on the computer that are connected to the machine, The cracks that developed on the beam are marked using permanent marker at all load level applied on the beam The beam was tested until it reaches the ultimate load.
Figure 1: Beam setup for test Experimental Results All the data of the tested beams, such as the ultimate load, deflection at ultimate load, and mode of failure are given in Table 2.
It can be seen that the rate of deflection per unit load is higher after the initial crack appear which is an indication of the reduction in the stiffness of the cracked beam.

This leads to a reduction of probability to high DGD values, but without any maximum limit.
Fig.3 The experimental setup for adaptive PMD compensation We got a data table achieved from the adaptive PMD compensation experiment depicting the relationship between DOP and variable voltages of the polarization controller.
Then, we tested DPSO and PSO algorithm using this data table by simulation.
Our aim was to find the best DOP in the data table.

The impact force measuring system consists of BK-2B unidirectional force cell, signal amplifier, PCI-8360 data acquisition card and special processing software.
In this research, to increase the information amount of experiment data and to enhance accuracy of the prediction model, the orthogonal experimental design and regression analysis method are used to establish the impact force model.
Therefore, the inner pressure of micro-detonation will decrease, causing the reduction of impact force.
Using data in Table 1, the test results can be obtained and are listed in Table 2.

The advanced coagulation represents the reduction process of the natural organic substances in the water’s treatment channel.
In the TRIOPMCEETV for MATLAB program were introduced following data: b = 0.8 m; L = 4.8 m; CaS = 32.50 m; Cf = 31.10 m.
In the TRIOPMCEETV for MATLAB program were introduced following data: b = 0.76 m; L = 10.60 m; CaS = 32.55 m; Cf = 31.087 m; Cfs = 31.03 m.
It is using the following data: B = 1.96 m; p = 0.5 m; H = (0 ÷ 1) m; J = 0.0018; n = 0.015.

The main activity directions of the “EVRAZ” Company are the reduction in the cost of products, the development of products with a high processing level as well as the production of metal-rolling elements for the construction purposes.
The dimensions of elements prepared for the production, their mass and cost values were taken from the data base of the “EVRAZ” Company [6].
The dimensions of elements prepared for the production, their mass and cost values were taken from the data base of the “EVRAZ” Company [6].
A certain spread in data also may be explained by a limited range of K-type steel shapes.