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The adsorption equilibrium data for NO and SO2 were fitted to Freundlich, Dubinin-Radushkevich (D-R) and Sips adsorption isotherm model.
The reduction of NO emission takes place conventionally through Selective catalytic reduction (SCR), Selective non-catalytic reduction (SNCR), Catalytic decomposition, adsorption, etc.
Adsorption equilibrium data of NO and SO2 were obtained using a static volumetric method [6].
The adsorption data were fitted to Freundlich, D-R [7] and Sips [8] isotherm model, respectively.
In this paper the adsorption equilibrium data of NO and SO2 were fitted to Freundlich, D-R and Sips isotherm model.

This will be beneficial for the establishment of the transparent window and for the minimum use of air for air speed reduction.
Fig. 2 Experimental setup Fig. 3 Setup for the laser sensor and the air piece The optical measurement system is connected to a computer which is used for data processing.
This is because more coolant is brought into the region causing a reduction in At.
For the other two cases, the reduction in At is not so clear (Fig. 7).
An increase in the table velocity causes a reduction in the transparent region area.

At this time, the drawing reduction in area were 8%, 22% and 35%, respectively.
These data were estimated by using the linear analysis.
The specimens were cold drawn with reductions of 8%, 22% and 35% after solution treatment at 1213K.
The high and cold reduction before aging shortened the time to reach peak hardness in aging at 713K.
The highest hardness and tensile strength were 306HV and 968MPa, respectively in the specimen with the reduction of 22% before aging at 693K.

The sphere spiral method is utilized to generate the sampling boresight directions by virtue of obtaining the uniform sampling data.
Label the training data,;, whereis the ith input vector with known binary target, the original SVM classifier.
To obtain the more uniform sampling data, the sphere spiral method is utilized to generate the sampling boresight directions [3].
If inconsistent with the design requirements, the need to re-determine the training sample data and training parameters, until it meet the design requirements.
Burges, in: A tutorial on support vector machines for pattern recognition, edited by Data Mining Knowl.

Bio-based nylon 56 fibers treated in acetic acid concentration of 100 g/L for 30 minutes have a sharp reduction and almost lost its function at 50 minutes.
All the data were averaged of the 10 sample tests. 1.2.2 Acid resistance test Using constant temperature water-bath water to acid experiment.
The data of lose of breaking strength of three nylon fibers as time goes by are shown in fig.4 and fig.5.
Bio-based nylon 56 fibers treated in acetic acid concentration of 100 g/L for 30 minutes have a sharp reduction and almost lost its function at 50 minutes.

Chitosan has good biocompatibility and physiological activity, tourmaline possesses characteristics of generation of anion, reduction of water molecular beam and emission of far infrared radiation, so the two composite materials will hopefully possesses the two excellent properties, thus show good application prospect in the biomedical and cosmetic field.
Tourmaline, (Tourmaline, Tour) chemical general formula can be written as NaR3Al6[Si6O18][BO3]3(OH,F)4, with piezoelectricity and pyroelectricity and other unique physical and chemical properties, possess ability of production of anion, reduction of the water molecular beam, emission of far infrared ray, in recent years is widely applied in functional fiber, textiles, clothing, coating materials, water purification and other fields [3-5].
The liquid absorption and liquid maintenance of composite powder’s test method is as follows: configure PBS buffer (PH=7.4), the composite powder was weighed five parallel samples, the sample was added a certain amount of PBS buffer liquid tube, shake on the table in the constant temperature of 37 ℃ for 48 hours, after remove the test tube and pour to PBS liquid, use filter paper to absorb liquid on the surface of the sample, weighing and record the data.
Then samples will be in a centrifuge for 5 min at a rate of about 3000rd/min for 5 minutes, after absorbing centrifuge liquid out again and weighing and record the relevant data.

Data collected based on factorial design and using SPSS software were analyzed.
Introduction Reduction of big diameter trees in natural forests caused plywood industry to reduce their capacities and some of them forced to stop production.
Adding tannin to PF resin causes considerable reduction (40%) in thickness swelling of all experimental panels while thickness swelling of control panels and panels made using 10% tannin and pressed at 150 Co were high (around 6%).
There is a relationship between increased addition of tannin and reduction in bond strength properties.

However, it is quite difficult to predict based on real data with a high amount of data.
Methodology Data Acquisition.
Data Condition Data Labels Label Encoder 1.
Data Final Training No.
Data Test No.

To model the experimental data, diffusional models considering or not the external resistance to mass transfer were used.
The model without considering external resistance did not fit well to the experimental data.
Results and discussion Experimental data.
Modeling the experimental data could be interesting to study this aspect and quantify the ultrasonic influence on drying.
Moreover, experimental and calculated data have the same tendency as can be observed in Fig 3.

We dealt with palmprint images data as high order tensors that can both preserve the spatial structure of palmprint image data and decrease the number of the parameters to be learnt [8].
Essentially a tensor can be considered to be a multi-dimensional or N-way array of data and as such is useful for the description of higher order quantities e.g. multivariate data.
Given a set of n data points 12[ , ,...., ]n X X X X = in 1 2n n R R⊗ .
Let T Y U XV= denote a random variable in the tensor subspace and suppose the data points have a zero mean.
The number in bracket is the dimension reduction.