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In comparison with other oxidative enzymes, laccase is reported to be relatively unspecific and be capable of catalyzing the oxidation of a wide range of phenolic compounds and aromatic amines with simultaneous reduction of its co-substrate of oxygen to water [4,5].
From the XRD image of data in Fig. 1, the preparation of magnetic carriers are magnetite Fe3O4 crystal nucleus.
From the data in table 2, free laccase increase COD of wastewater.

The experimental device for measuring the EIS data which we use is shown in fig 2.
This suggests that whit the increase of the sintering temperature, the grain of Pt/YSZ electrode grows, specific surface area is decreased, and it leads to the reduction on catalytic capacity.
Fig.4 EIS data of Pt/YSZ electrode at various sintered temperatures The low frequency impedance arc represents the electrode polarization resistance (Rp).

In this paper, a new method based on four-point chord reference method is put forward, and therefore its detection accuracy is analyzed and verified by simulation and field test data.
Especially, when m is decreased from 150mm to 50mm, they become steady, which indicates that further reduction of m will not make much improvement in average error and standard error.
Analysis of the detection precision based on field test data A trolley with m=150mm, n=700mm and k=50mm transducers spacing measured the rail short wavelength irregularities on Shanghai Metro.

If the noise from sewing machine is so high that affect the physical and mental health of the operators, it will lead great reduction on production efficiency.
In order to more accurately localizing the noise source of industrial sewing machine, we measured the NAH data on front surface, back surface, left surface, right surface and top surface of the industrial sewing machine.
Fig. 2 The NAH measurement system composition of the industrial sewing machine 3 Measurement data analysis 3.1 The measuring result comparison of the sound intensity method and NAH The sound intensity method and NAH were used to localize the industrial sewing machine under the same working condition.

(a) Effect of defects on energy increment of nano composite during pull out simulation for two S-W defects and two vacancy defects and (b) ISS of CNT-PVA nano composite (right) In Fig. 2 (a) the energy increments during the pull out simulation for S-W and vacancy defective CNT-PVA composites are presented along with data for pristine CNT-PVA composites.
Using these potential energy increment data, the interfacial shear strengths are calculated applying Eq. 2 for the three types of CNT nanocomposites.
A comparison between SW and vacancy defective CNT composites is also reported; showing greater reduction in strength for composites of CNTs with vacancy defects.

Ground profiles of test area Fig. 3 Elevation view of instrumentation in field site Data were recorded at frequent intervals during the entire consolidation process.
Data show that the slurry in site had been improved as expected.
To verify the ground improvement effect of this method, field test is carried with detailed instrumentation and monitoring program including surface settlement, multi-level settlement, vacuum head, pore water reduction and inclination of soil during preloading process.

With the reduction of non-renewable energy resources, energy conservation and development of new energy has become an important strategic plan around the world.
Data analysis and calculate prove that waveform distortion is also close to 1%, comply with the requirements. 3.

The reduction of activation energy for Ge thermal oxidation was explained by the retardation of diffusion oxidant through GeO2 film during Ge oxidation.
Arhenius plot of Ge oxidation Fig 4 (a) Refractive indices, n and (b) Extinction coefficients, k of thermally grown GeO2 on Ge(100) at temperature of 490°C to 575°C To observe the defects states generation due to GeO desorption in thermally-grown GeO2, the refractive index (n) and the extinction coefficient (k) of thermally grown GeO2 on Ge(100) were determined by a ‘point-by-point’ calculation of the ellipsometry data at each wavelength.

Hardware data acquisition and software system recognition are two parts of the whole recognition system.
Different kinds of disturbances are easy to be brought to decrease the image quality in practice, consequently processing of filtering and noise reduction should be used to guarantee the data accuracy of license plate characteristic.
Color and brightness data of license plate will be collected by HSI to obtain the positioning identification.
Implement of Software System Due to the amount of data in a whole license plate recognition system is very large, a language tool with high integration is compulsory.
However there is no matrix data in common programming language.

Having the input data calculated above, the spring was designed in 3D software, and presented in Fig. 1.
In Table 2 there is presented a comparison between the simulation data obtained for the ground moving system without damper (left column) and with the damper (right column).
Even if important advantages appear, advantages that favor the understanding of the theoretical principles and the reduction of the gap between theoretical models and their concrete representations, it is still recommended not to totally replace the real experiments [12].
During the experiments, which were nothing but complex phenomena (structural oscillations of ABS material) studied with simple tools, involving stages of design, simulation, data processing and modeling [13], the obtained results were plotted and presented in figure 3.
The obtained data show that the natural frequency is about 4 times higher when the ground moving system is equipped with the designed damper.