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In the present work the data will be presented in the form of ∆T/T to enable data to be compared to other data taken at different room temperatures and also to eliminate the effect of any localised heating close to the damage site.
The measured data is T, with ∆T values obtained through performing TSA.
The camera stores data internally and has a maximum storage size of 8 GB.
The data were processed so that ∆T/T was obtained.
The data has better spatial resolution but more noise.

The Coal Fired Power Plant Steam Circuit and Technical Data.
As such, 25000 data from actual plant are fed to become training data and another different set of 25000 to become validation data.
Data taken from actual plant exposed to noise which can deterred good neural network performance.
As such, raw data pre-processing is needed.
However, actual plant data need to be pre-processed to remove noise which can affect the performance of the neural network model.

At the same time, the characteristic parameter data of snow and ice is collected.
Data Collection of Pavement Characteristic Parameter.
Data acquisition content: temperature, humidity and thickness and compactness of snow on pavement.
Data acquisition method: the sensing probe of electronic temperature and humidity instrument is placed at the snow-covered surface of pavement.
Opening the switch of electronic temperature and humidity instrument, the temperature and humidity data on the screen are read and recorded when on-screen temperature and humidity data are stable.

Data collection which includes city and regional planning schemes, historical load data, typical load characteristics, historical weather data, scale and layout of distributed generations in future, etc. 2.
Yearly time-varying load curves forecasting for different types of load, for which we need historical load data, and typical characteristics for different types of load.
For the forecast area, we need enough weather data to establish the probability models of wind speed and illumination intensity for different months or seasons.
In general, the superposition method relies on large amount of data, which can help us know the overall characteristic of different objects.
Based on large amount of historical load and weather data, this method can effectively evaluate the influence caused by uncertainty of DG output.

The real campus will be reproduced by integrating computer data and practical model.
Three-dimensional model datas include digital map data, three-dimensional model of data size, texture data.
Through the campus of the floor plan, architectural drawings to get all the digital map data.
Texture data is from the field of taking a picture and texture database.
It contains application initialization and operation of the information they need for vega, and substantial reductions in the preparation of the source code.

Through the data query method, we analyses the solar energy resources survey of the Panzhihua city, summarizes the thermal resources and the backward situation; Taking a small solar energy theme park as an example, we elaborated the use range and feasibility of the solar energy resources in the theme park.
Introduction According to the National Meteorological Administration authority data, Panzhihua is the most abundant heat resources in Sichuan and one of the best areas in China in development and utilization of solar energy, which is second only to Lhasa.
According to Panzhihua city meteorological data statistical analysis from 1992 to 2000, as shown in table I, the total solar radiation of absolute value is high, annual average value is 530642000card / square meters, the annual fluctuation of amplitude is small[1].
Table2 Panzhihua city of mensal average temperature unit: C Month Area January February March April May June July August September October November December annual Average value BinCaoGang 14.1 16.9 21.4 25.9 22 24.4 25.7 24.2 22.7 20.3 15.4 12.7 20.3 RenHe 12.9 15.8 20.1 25.2 22.1 24.6 25.8 24.5 22.9 20.5 15.5 12.1 20.2 MiYi 12.4 15.2 19.7 24.5 21.8 23.5 25.3 23.7 22.3 20.2 15.1 11.6 19.2 YanBian 13.4 16.2 20.7 25.5 21.8 23.8 25 23.8 21.9 19.8 15.2 12.3 20 The advantages of solar thermal utilization of resources Lower power consumption.Along with the Reduction of Panzhihua petrochemical energy gradually, development of solar energy resource is very important.

Reliability of the received formulas and dependences is confirmed by experimental data.
Introduction One of the main development directions in modern building constructions is connected with reduction of their material capacity and provision cost for the necessary bearing capacity, safety, and longevity.
The specification obtained during tests is reflected in Table 1 where data on characteristic samples from each series are submitted.
Summary The obtained experimental and test data confirm efficiency of pre-compressed concrete filled steel tube columns concrete core reinforcing use.

We analyzed the obtained data, and then, we compared results.
Then, it results in rapid material strength reduction.
We analyzed the obtained data, and then, we compared results.
In order to analyze the data, we compare the theoretical and the experimental fracture toughness values.

A modified reaction mechanism was established, and the ability of the reaction scheme was evaluated through comparison with well-defined laboratory data in the literature.
A comparison of the present simulation data with experimental data was shown.
Symbols represent experimental data, solid lines represent the simulation results using the modified mechanism, and dashed lines show the simulations from NIST mechanism for comparison.
Numerical modeling of NOx reduction using pyrolysis products from biomass-based materials.

Experimental data on the density, the surface tension of Fe-Cu liquid alloys have of independent metrological importance for practical foundry.
Experimental data on the density, the surface tension of the Fe-Cu liquid alloys derived have of independent metrological importance for practical foundry.
No signs of melt evaporation or a reduction in drop volume were observed.
Results of measuring absolute values of surface tension are consistent with literature data for Fe-Cu melts [12–18].
Experimental data on the density, the surface tension of Fe-Cu liquid alloys, derived have of independent metrological importance for practical foundry.