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The C/H ratio in the carbonized layer is confirmed by the data of IR spectroscopy both at the preparation stage and after exposure to characteristic temperatures.
Among other requirements for the polymer composites characteristics is the reduction of the combustibility of polymers used in all industries and construction.
As can be seen from the presented data, the ratio of hydrogen to carbon in the polymers is quite high.
Characteristics of the polyepoxy destruction process Polyepoxy The area of the maximum destruction speed [°С] Amount of carbon residue [%] 4, 4'-diglycidyl ether - 1, 1'- dinaphthol 270-590 22 Bromine-containing epoxy system 280-680 19 2, 2'-diglycidyl ether - 1, 1'- dinaphthol 320-700 14 4, 4 '-diglycidyl ether - 1, 1'- dinaphtholmethyl 330-720 12 The analysis of table data shows based binder 4, 4'-diglycidyl ether - 1, 1'- dinaphthol has a lower content of volatile components in the destruction, as well as a large percentage of the output of carbon residue, making it the most perspective for use in fiberglass systems among proposed binders.
In addition, a comparative analysis of the experimental data showed that the material based on 4, 4'-diglycidyl ether - 1, 1'- dinaphthol was more thermostable from the obtained polymers in inert conditions [10].

Also presented are numerical simulation data on thermal fields for the same conditions, showing a good agreement with the measurements.
Experimental data together with theoretical predictions allow a preliminary analysis of the technological process and its individual stages.
Here we present experimental measurements and numerical simulation data for the surface temperature of VT1-0 titanium during intense electron beam irradiation.
The specimen was fixed on a table-manipulator with thin strips of stainless steel foil (for heat loss reduction during measurements) and was placed in the vacuum chamber of the SOLO setup where it was moved and positioned with a programmed two-axis manipulator.
The cross-sectional electron beam density distribution at the target surface in different irradiation modes was measured using a calorimeter composed of nine Cu sensors (Faraday cups) arranged in line at 8 mm from each other (center distance), covered with a flat diaphragm having holes of diameter 3 mm, and connected to thermistors and automatic reading system to take data from them directly after an electron beam pulse.

The results realized from the analysis of the three ponds were compared with data published by other researchers and also the standards specified by the Malaysia Environmental Quality (MEQ) Act 1974.
It is also found that the aeration process in aerated pond could enhance the reduction of pollutants in the leachate.
The values of the parameters gathered were compared with the data published by previous researchers and the acceptable discharge limit set in the Environmental Quality Act of Malaysia 1974 (MDC, 2010).
It is observed that aeration leads to a reduction in the SS in it.
(Kulikowska et. al., 2008) reported that, as landfill becomes mature and stabilized, their pH values increases, thereby resulting in a reduction in metal solubility which in turn affects the oxidation-reduction processes and acid dissociation.

roof panels, roof test area, scaffolding pilot area, vegetation area of the facade, radiation heat absorption temperature change monitoring, explore the roof surface heat transfer temperature difference change.In this study, set the empirical plane pilot area planting the groove (long 425cm × width 300cm × Height 20cm ) in the Taichung City Shenkang residential area on the second floor roof, planting the groove bottom up sequence laying frame high-rise, water proof layer, drainage layer,filter layer (non-woven, water-pottery -stone), the medium layer and planting of layer, planting the groove around the hollow brick interval income side to lighten the load; scaffolding pilot area elevated 60cm ,facade vegetation zone.12:00 temperature change, display the extensive green roof indeed can significantly reduce the building's roof floor surface temperature 8.5-14.2°C, 1-5 months of highest temperature can even cooling up to 17.2-26.2°C, thereby regulating the indoor temperature of carbon reduction
Pers. (4) Monitoring instruments: TC(Thermo-couple) line and data acquisition and recording system, outdoor microclimate weather station; using temperature loggers,monitor of temperature of the indoor and outdoor thermal environment; using TC line roof exposed control area, extensive green areas, scaffolding area, facade vegetation area, different planting species and surface temperature monitoring; with data acquisition and recording system to store data for future analysis. a.
Record mode: every 10 minutes to monitor one data and using the data acquisition and recording system of data storage, weather monitoring. (5) Data analysis. 3.Results and Discuss Temperature differences in changes of the second floor roof of a building on the top floor extensive green roof zone and exposed roof zone (1) The extensive green roof zone and exposed roof zone of the temperature difference in 12:00 January to May the extensive green roof or not to discuss the situation of the roof surface temperature, where the average temperature, maximum temperature, extensive green roof surface are compared with exposed roof temperature is low. 12:00 average temperature (1-5 month), applied for extensive green roof can reduce the heat of 8.5-14.2°C than the exposed roof; 12:00 at maximum temperature (1-5 month), and even can cool up to 17.2-26.2°C (Table1)[5,11].
Minimum temperature (1-5 month) at 12:00 the temperature extensive green roof of 1-4 month than those exposed roof above the 0.9-3.4°C (Table 1), found by examining the original data and data of the Bureau of Meteorology are significant rainfall, resulting in exposed roof temperature is low rainfall;May, the temperature of extensive green roof than those exposed roof to reduce the 1.3°C (Table 1), found that a few days ago have significant rainfall by examining the original data and data of the Bureau of Meteorology, the day compared to the sunny weather, causing the the exposed roof heat up to , extensive green roof area a few days ago rainfall , contains a lot of water vapor, a short time the solar radiation on extensive green roof interface no obvious warming effect, the micro-climate change should be major cause of the temperature difference.

The DSP module was used for data analysis, and the results were displayed in the LCD module.
The PC signal processing software includes the functions of data communications, data display, data storage, analysis of algorithms, graphics, etc.
PC software design The PC Data processing software was programmed in VC + +6.0, and modular design structure was adopted.
Figure 3 PC software structure The communication settings module includes serial port settings, data reception, data transmission and data storage, to achieve data communication between the PC and the portable devices.
Analysis of gear noise and design for gear noise reduction.

Usually test parts size remove wear and corrosion quantity can rounded into standard data, such surveying and mapping work can smoothly.
The Method of Surveying and Mapping Data.
In surveying and mapping process preliminary measurement data, it is shown in table 1.
Measured with professional measurement organization, it is to show the data in table 2.
The measuring and measured data is consistent institutions.

Early detection by a highly reliable classification of skin lesion causes a great reduction in the mortality rate.
The second is fine-tuning which is based on replacing the last fully connected layer to the new classes and retrain the whole CNN using data based on the new modification.
The segmented lesions are classified into their corresponding classes using CNN. 70% of the total data set is for training the network and the rest data is for test purposes.
"A systematic review of automated melanoma detection in dermatoscopic images and its ground truth data." 
A multicentre study for collection and computer‐aided analysis of data from pigmented skin lesions using digital dermoscopy." 

The method could reduce the data quantity of valley model.
To reduce the multi-resolution terrain model data.
The specific methods of operation as follows: gradually removing those points that meet certain criteria of vertex data reduce from the big scene including all the triangle mesh terrain data until data reduced to the details of the required accuracy so far achieved.
The advantage of this approach is able to extract more continuous level of detail triangle to support data compression and geometric reconstruction of data for network transmission of data in the drawing of the model client.
The real-time data transmission is to provide a new idea for WebGIS.

The value of ϕj is estimated by fitting the AR model to the time history data.
The training data were composed of half of signal 1 and 2.
In order to compensate for the nonstationarity of the AR parameter sequence, the training data and testing data were taken alternately from the relevant feature sets.
Better diagnosis was obtained by employing multiple data sets than just by using each test data set separately.
Roeck: Structural Damage Identification Using Modal Data.

After the end of tests, a signal of readiness to initiate the drive will be generated; · data collection and recording in real-time after the drive starts its operation (with the rotating shaft), comprising: the start-up, the shut-down, operation at the nominal rotational frequency and operation in the "overspeed” mode; · “on-line” recording and control of parameters of the system operation during each phase and a selection and reduction of saved data files in the non-volatile memory that concern mainly untypical behaviors of the system; signaling and generating different level alarms in cases of exceeding data limit critical values for the operation of the power transmission system or the bearing system.
For the negative result of Self-diagnostic, the data are automatically saved to a file in xlt format called errors-date_time.
It can be read using the command Load the data and can analyzed the data according to the options in the selection field Analysis [1,2,3] a) b) Fig. 5.
They are at that time available off-line to the user using the option Load data.
Data files are automatically saved and can be analyzed off-line using the Analysis package – fig.7.