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Specific data in Table 1.As can be seen from Table 1, 240℃ in the original black liquor sample liquid the percentage of precipitation is the highest.
Specific data in Table 2.
Specific data in Table 3.
Comparison of the Supernatant 205nm, 280nm data at 310 ℃.
Figure 3 (a) and (b) compared, the greatest change is two sets of data at 310 ℃, see Table 4.

The predicted PALF strength by applying the improved Weibull distribution incorporating with conical frustum model is well compromised with experimental data compared to the traditional Weibull model.
The predicted strength of natural fiber was reported to vary significantly compared with the experimental data [19,20].
The collected data will be discarded if the fiber fractures close to the adhesive areas.
Among these models, the expected fiber strength by used the improved Weibull distribution integrated with conical frustum model shows the best agreement with the experimental data.
Smith, An examination of statistical theories for fibrous materials in the light of experimental data, J.

The data sequence consists of some 110 individual data sets which were analysed sequentially with the output of each run forming the input for analysis of the next data set.
Between 50 and 400°C, the temperature was increased in steps of 50° with 2 data sets collected at each point, from 450 to 600° in steps of 50° with 5 data sets collected and 620 to 1000°C in steps of 20° with 5 data sets collected.
This construct allowed the inclusion or exclusion of phases for each data set.
Costin, Goethite, alpha-FeO(OH), from Single- Crystal Data.
Billhardt, H.W., New Data on Basic Lead Sulfates.

Reduction of the sliding space has a decisive effect on the decrease of the phone size.
Especially, the semi-auto sliding mechanism of this type of the phone can be continuously applied to a QWERTY type of the keypad for a smartphone, in the future; hence, problems such as the inconvenience in entering data using the small keypad of the phone can be solved.
Besides, under this design environment, the width of an FPCB is between 15 mm and 20 mm, and the width is on an upward trend because of the massive amounts of data being transferred.

For signal processing, wavelet transform is widely used in the application of multi-resolution editing, signal filtering for noise, edge detection, marking reduction, data storage, compression, recognition, enhancement and synthesis of speech [4, 12].
One second of time response signal, sampled at 20 kHz were acquired in each data.
National Instrument (NI) is the component to collect data and DasyLab is the also known as Data Acquisition System Laboratory to save the data.
(a) Raw data for no leak condition after injection Hamming chirp signal.
(a) Raw data for leak condition after injection Hamming chirp signal.

Kernel CCA is a kind of CCA nonlinear extension, the input data is nonlinear transformed through the kernel function.
Similar to traditional nonlinear method, kernel CCA is particularly suitable for the analysis of two related data set.
Formula (9) makes three input data set canonical correlated.
We call (9) as canonical correlation analysis on three data sets.
CIKCCA is used in color image recognition, whose input data sets are a color image’s preprocessed red, green, blue color component.

Nevertheless, the reliability of bioimpedance analysis still is the focus of much controversy as there are much fewer data available and less detailed research have been conducted.
The fourth block was the development of data acquisition (DAQ) and graphical user-interface (GUI) system.
After digitization, it was fed to a UART-to-USB converter to convert the bioimpedance data to a USB formatted bit-stream data.
The data stream was then transmitted to a personal computer (PC) and a state-of-the-art GUI system stores it automatically in a temporary data file specified by the user for future reference and further analysis.
Elimininating the subject 6’s data due to the defect of the duplex ultrasound in finger assessment, the result revealed that the developed prototype has an overall accuracy of 75.65 % for the ten data being collected from the five subjects.

MBD (Model Based Definition) uses data set instead of engineering drawings which brings revolutionary change in the means of production.
The integrated digital model, also known as data set, mainly includes the geometry information and the non-geometry information.
Using the 3D model as the unique source of definition, we can eliminate the ambiguity between the 3D model, paper drawings, and downstream applications requiring data, which will greatly improve the quality and efficiency of engineering.
The crux of the idea was to extend the usage of digital models in the reduction or elimination of 2D drawings[4].
The ASME Y14.41 standard includes several parts: general, data set identification and control, data set requirements, design model requirements, common requirements for product definition data, notes and special notations, model values and dimensions, plus and minus tolerances, datum applications and geometric tolerances[5].

Growth and substrate depletion data may fit to a simple Monod model as stated in Equation 1.[1], [2].
The experimental data consisted of initial substrate concentration over a given sampling period.
The fourth order Runge – Kutta method was used for fitting the Monod equation to the experimental data.
The model was calibrated using five sets of data and example of data as shown in Table 2.
The lowest average of error squares show the best data set that predic the fitting values.

The data show the resource use and output emission during the cement manufacturing process in the plant in 2009.
The detail data are shown in Fig.1.
With those data, the indicators shown in Table 1 can be accounted.
With the formulae shown in Table 1 and data shown in Figur1, the main indicators can be accounted.
It is hard to collect data to compare with.