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These data prove that the UV-0 chains are grafted onto CS successfully.
The probable reason may be that an introduction of UV-0 functional monomer destroyed the regularity of the molecule chains of chitosan, resulting in the reduction of crystallinity.

Table 1 Experiment procedure features for force measurement Workpiece material Tungsten carbide Grinding parameters Depth of cut (μm) 5,10,15,20 Peripheral speed (mm/s) 2600 Table speed (mm/min) 120 Coolant Air The results show that a reduction in grinding forces of No.1 wheel as high as 35% can be obtained, and that the grinding forces of No.2 wheel is as high as the worn one.
The experiments data demonstrates that the performance of No.2 wheel is lost and the performance of No.1 wheel is far better than the worn one.

This system is with constant torque output and its transmission ratios of the reduction gearbox 17 and the step-up gearbox 12 are a fixed value.
From Fig.3, we find that the test data are not stable.

The RGB data is selected and the dimension of each codeword is 12.
G.729 Baboon Lena PESQ/PSNR reduction 3.19è2.74 25.65 è 21.61 dB 31.69 è 26.68 dB Top-10 Statistics 1st 20.92% 16.41% 19.57% 2nd 12.91% 10.37% 13.69% 3rd 9.95% 7.91% 10.88% 4th 9.35% 6.56% 9.41% 5th 7.72% 6.27% 7.56% 6th 6.13% 4.74% 5.36% 7th 5.38% 4.15% 4.85% 8th 4.72% 3.89% 4.31% 9th 4.23% 3.36% 3.32% 10th 3.28% 2.82% 2.87% others 15.41% 33.53% 18.16% A detailed analysis of computational saving is shown in Table 2.

With the reduction of the diamond particle size, the MRR of FAP decreased, and the average surface roughness improved.
The sub-surface damage layer (These data will be published in another paper) generated in slicing process and rough lapping was removed by a large depth of material removal in rough lapping and fine lapping.

The reaction mechanism for initial lithium insertion can be described as two reaction processes: (1) reduction of SnO2 to Sn; (2) the alloying reaction which undergoes up to the acceptable limit of lithium insertion [2].
X-ray diffraction (XRD) data were collected on a Rigaku RINT-2550VHF diffractometer with Cu Kα radiation.

Servo drive and intellectual control system application makes it possible to achieve the high performance on a base of: - high repeatability and positioning accuracy, full workflow parameters control for each controlled axis; - high speed movements are caused by a lack of additional construction element and the reduction of moved masses.
The analysis of presented plots is revealed that modeling results finely correlates with experimental data.

The addition of soft matters like rubber and dilute to epoxy resins results in reductions of the tensile strength at RT.
The data shows that the Tg decreases with increasing of the PEO content in the modified system.

At the deepest location along the crack front, the reduction of J can be seen when a/b change from 0.6 to 1.2 but high J value is always observed for a/D = 0.3 compared to other because of the different of remaining ligament area when the crack area increased.
The linear correlation between both J is possible but the data scatter in the elastic region is observed within an acceptable range.

The major application benefit is the weight reduction due to their low density which consequently lead to fuel saving.
There are some data on the fracture toughness KΙC value for magnesium alloy that was reported by Hidetoshi et al. and Barbagallo et al., respectively.