Search results

All the data were the average value of repeated tests for three times, SPSS20.0 was used to conduct data analysis, PhotoshopCS and Excel was used for the chart and diagrams.
Fig.2 showed with the increasing of the hydrolysis time, the reduction rate of α-lactalbumin antigen in three-groups hydrolates gradually increased.
Fig.3 showed that with the increasing of the hydrolysis time, the reduction rate of β-lactoglobulin antigen made by trypsin and flavourzyme gradually increased.During hydrolysis for the first forty minutes, the antigen of β-lactoglobulin reduced more quickly in several hydrolates, while forty minutes later, the reduction rate of β-lactoglobulin antigen became flat.
And after 40 minutes of trypsin hydrolysis, then flavourzyme was added, the reduction rate of β-lactoglobulin antigen increased more quickly.
After 60 minutes of hydrolysis, the β-lactoglobulin antigen reduction rate of three groups were 13%, 55%, 71% respectively.

However, while the inflows were easy to determine from factory data, the inter-tank flows had to be matched stepwise based on the material balance of the process while modeling.
Crystalline silicon chemical composition data were compared to the EMP data [25].
Data, V. 14, Supplement N 1, 1985
Data, V. 14, Supplement N 2, 1985
Powell, An internally consistent thermodynamic data set for phases of petrological interest, J. of metamorphic Geology. 3 (1998) 309-343

This is not the case and substantial reductions in creep rate are still observed.
To compare these results with the predicted creep-rates from Eq. 6, values of DmΩm at 1300 and 1400 °C have been determined from existing diffusional creep data for pure mullite, using Eq. 1, where f is set equal to 1.
Diffusion data for mullite and SiC DmΩm [m5 s-1] DpΩp [m5 s-1] 1300 °C 1.0 × 10 -49 - 1400 °C 4.5 × 10 -48 8.5 × 10-50 Table 1 Estimated values of DmΩm and DpΩp for mullite and SiC at 1300 and 1400 °C respectively.
The data for the monolithic mullite gives reasonable agreement with the rates expected from Eq. 1, where f is set equal to 1, and the values of DmΩm estimated from other data in the literature.
The rates predicted for creep of the nanocomposite obtained from Eq. 6 and the diffusion data in Table 1 are shown by the solid line in Fig. 1 and are in reasonable agreement with the data obtained.

In this case, the power reduction vs. travel distance curve, designated by the blue dashed line, is identical to the black dashed line, but the reduction in power is initiated before the melt pool size begins to increase.
Because those melt pool size increases now do not occur, the power reduction magnitudes are larger than they need to be.
This is clearly seen in the melt pool size data as the laser source moves away from the free edge.
The melt pool depth does not return to its steady-state value because the power (which is based on the red solid line data) has not been increased to its steady-state value.
Instead, power reductions must be initiated in advance of observed increases in melt pool size.

The as-received alloy was cold rolled up to 50% reduction in thickness (%RT).
The accuracy of the Tafel analysis data is shown by the higher values of coeficient (»1.000) for all steel specimens.
Table 2 illustrates the electrochemical data of the alloys which directly obtained from Tafel analysis.
Table 2 Electrochemical data of as-received and cold-rolled 316L stainless steel in aerated PBS solutions at 37oC and pH 7.31 obtained from Tafel analysis.
The lowest corrosion rate (23% reduction of corrosion resistance) was obtained for the alloy with 50% cold reduction.

The weight analysis, and the reduction of the width strut were conducted.
The data in Table 1 is presented in graph form as shown in Fig. 8 and 9, where the symbol of A until F are the same as explained earlier in Fig. 6 and 7.
The data from Table 2 is presented as a graph form as shown in Fig. 10 and 11, where the symbol of A until F are the same as explained earlier in Fig. 6 and 7.
Table 2 Width strut reduction of cardiovascular stent Process Reduction [mm] Reduction [%] Electrical discharge machining - - Degreasing - - Acid pickling 0.002 0.92 Electropolishing 3 minutes 0.028 11.02 Electropolishing 7 minutes 0.142 37.56 Electropolishing 11 minutes 0.262 69.31 Fig. 10 The width strut reduction vs. processes Fig. 10 shows that the width strut reduction is not occurred in degreasing as explained earlier.
The width strut reduction after acid pickling is only 0.92%.

Finally the noise reduction obtained by treating any desired combination of paths can be predicted.
This resulted in a 3.7dB reduction in radiated noise, as measured by an independent acoustic consultancy [7].
This agrees with the scope for reduction predicted in Table 3.
Its results were used to guide a programme of noise reduction treatments to the WTG.
Hodson of SAIC Limited to the measurements and data analysis that supported the TPA study.

By using the sunshine time data from 260 meteorological observation stations in Changjiang river valley from 1960 to 2009, the features of sunshine time in this area are studied.
Materials and methods In this article, the sunshine duration data is taking from the informationization A0, A1 series data files in the Monthly Report of Ground Meteorological Record that collect from each province along Changjiang river valley.
It is in the line with the relevant regulation of Statistical Method of Nationwide Ground Climatologically Data and get from reorganization.
Within the valley and rounding area, there have 260 basic and standard meteorological stations that collect meteorological data from 1960 to 2009.
The spring sunshine reduction is not obvious.

Urban greening can not only beautify the environment, but also have the noise reduction and decontamination, windbreak and sand-fixation, water conservation and other ecological function.
Foreign research data show that low noise asphalt pavement can reduce traffic noise 3 ~ 8 dB (A).
The system include SQLab II multichannel-Frontend for Data recording and Data storage, HMS III binaural signal, HPS IV play back system, acoustics and vibration sensor etc. 4.2 Test operating condition and spectral analysis Microphones arrangement height are 1.2m, 1.6m, 2.0m.The test time is at night.
For the porous asphalt mixture material of which voids rate is more than 20%, intermediate frequency sound in 400~ 1000Hz has the biggest sound absorption coefficient, and noise reduction effect is obvious.
[3] Yang Yang, The review of noise-reduction and environment road in city.

Based on the data, the reduction of total COD from the used fixing reagent was 69.62% and 68.20% for the electrolysis followed with adsorption onto BRHA, respectively.
Fig. 3 Reduction of COD in different system The results in Table 2 indicated that the CSC could reduce COD better than that of BRHA.
Table 2 Characteristics of the used fixing reagent samples before and after treatments Parameters Before After After adsorption After adsorption Treatment Electrolysis with CSC with BRHA pH 4.83 6.94 5.57 3.80 Ag (I) ion (mg L-1) 5,634.66 998.36 277.94 480.89 COD (mg L-1) 182,821.28 88,200.00 55,534.64 58,145.36 In addition, the t-test statistical results for 9 replicated data points of each adsorbent indicate that the recovery of Ag (I) ions and reduction of COD before and after treatment with electrolysis was significantly different at α = .05 (t = 17.506, p ≤ 0.05 for COD; t = 44.597, p ≤ 0.05 for Ag (I) ion) .
Moreover, the adsorption models for Ag(I) onto both adsorbents were shown in Fig. 4 which indicated that the data of the adsorption of silver onto CSC and BRHA were rather fitted to Freundlich model than Langmuir model.
The efficiency of COD reduction for used fixing reagent after applying electrolysis procedure was 51.76 %.