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For data acquisition, this paper used load cell PCB Piezotronics with 203B ICP quartz force model that have a capacity of about 88.96 kN.
Data acquisition process is shown on Fig. 3 [5, 8].
Fig. 3 The data acquisition arrangement process.
The peak load force data shown in Table 3. 49.36 kN 19.19 kN Fig. 4 The best position of crush initiators on IEA specimen code A and C.
The energy absorption data shown in Table 3.

The basic required technologies seem to be maturing and a drastic cost reduction period started.
The cofiring technology provided a dramatic reduction of the manufacturing cost of the printer head, in addition to the performance improvement; that is, the unnecessary vibration of the ink chamber was suppressed.
Figure 9 shows the current best data reported by Toyota Central Research Lab, where strain curves for oriented and unoriented (K,Na,Li) (Nb,Ta,Sb)O3 ceramics are shown [8].

Experimental study on additives for the reduction of alkalinity for ecological concrete Yan ZHUANG1, a, Meng WANG2,b and Li-kun ZHENG3,c 1Associate Professor, MSc, PhD Geotechnical Research Institute, Dept. of College of Civil and Transportation Engineering, Hohai University, Nanjing, China 2BSc, Dept. of College of Civil and Transportation Engineering, Hohai University, Nanjing, China 3MSc, Dept. of College of Civil and Transportation Engineering, Hohai University, Nanjing, China ajoanna_zhuang@163.com, bwmapollo@163.com, clkzheng0@163.com Keywords: Ecological concrete; pH value; Additives; Slope protection Abstract.
(a) Data acquisition system (b) Compression system Fig. 2.

As a higher strength of AAC is reached because of the reduction of the water to binder ratio, also fatigue parameters start to get more and more importance.
Because of this, the data obtained from the fatigue tests were normalized to a specimen age of 28 days.
According to equation (3), the power function and coefficient of determination for Material 1 obtained directly from measured data are the following: (4) and for data normalized to a specimen age of 28 days: (5) Material 2 has following parameters of Wöhler curve and coefficient of determination determined from measured data (left) and for data normalized to a specimen age of 28 days: , (6) In accordance with the data presented in Fig. 2 and Eqs. (4−6), which were obtained from experimental research, it is evident that the normalized (28 days) results of both materials have similar values.
Measured fatigue data were normalised to concrete age of 28 days.
Figure 2 S-N diagrams of AAC for measured data and data normalized to a specimen age of 28 days.

Various half hourly experimental data namely moisture evaporated, honeysuckle surface temperatures, ambient air temperature and humidity, etc. were recorded to evaluate heat and mass transfer for the proposed system.
Introduction The drying of crop or Chinese herbal medicine helps to achieve better product quality, longer safe storage period and reduction in post-harvest losses.
The experimental data of honeysuckle hot air drying has been given in table 1 for a typical day.
The data include solar intensity, ambient and dryer temperature, etc.
Fig. 5 (a) HF-I hot air drying Fig. 5 (b) HF-II open sun drying Table 1 Experimental data of honeysuckle hot air drying for a typical day Time Solar intensity (W) Average ambient temperature (℃) Average PV cell temperature (℃) Dryer inlet air temperature (℃) Dryer outlet air temperature（℃） Dryer outlet relative humidity (%) Average honeysuckle temperature (℃) PV power (W) 10:00 700 29 77.2 68.8 39.2 85 54.0 49.1 10:30 725 29 80.5 70.9 42.5 86 56.8 49.2 11:00 750 29.4 81.3 72.8 44.4 85 58.6 47.4 11:30 775 29.6 84.1 76.1 48.3 79 62.2 45.3 12:00 800 30.5 85.4 78.5 51.0 65 64.7 44.9 12:30 795 30.9 85.3 78.6 51.1 61 64.8 44.6 13:00 790 31.2 85.6 78.6 51.8 62 65.2 42.5 13:30 765 31.5 84.2 76.6 51.3 60 63.9 44.7 14:00 740 30.6 82.9 74.2 51.2 58 62.7 45.0 14:30 710 30.1 80.1 70.4 49.3 42 59.9 43.2 15:00 680 30 75.4 66.5 47.2 40 56.8 42.9 The photovoltaic efficiency, thermal efficiency and the total PV/T system efficiency are shown in Fig. 6.

Finally, the bandwidth occupation and bandwidth efficiency of MEBPSK are analyzed according to different bandwidth definitions, a comparison is made between MEBPSK and EBPSK under the same conditions and, by analysis and experiment, it is shown that bandwidth efficiency of MEBPSK can be log2N times that of EBPSK according to -60dB definition, N is the integer power of 2, which obviously improves the data rates greatly under the same condition.
Coder K Data flow Modulation Output Serial/ Parallel cos(2πfct) Base band Waveforms table VCO Selector (a) Coder K Data flow Modulation Output Serial/ Parallel Waveforms table Selector (b) Fig.2 MEBPSK modulation process .
It can be seen that the sideband power level is down little by little with the reduction of.
Under the same conditions, the binary data rates of MEBPSK can be log2N times that of EBPSK.

The FEM data was used to analyze dimensional accuracy of the formed cam.
Then in the forming stage (b)-(e), the reduction of cross section is developed.

Resistivity data shows a comparable range from 0.012 – 0.025 ohm.cm, and excellent shape control is highlighted for wafer thicknesses of 350 µm and 500 µm.
The availability of 150 mm 4H SiC wafers is a critical milestone to facilitate broadened commercialization of advanced SiC-based power devices, enabling a reduction of fabrication costs by leveraging existing silicon fab lines and advanced manufacturing equipment.

Fig. 1: TAS numerical model (a) Plan, (b) Perspective and (c) Front façade of the classroom The calculated data is compared with that of using fixed canopies with different transparencies: 0%, 50% and 90%.
Table 1: Input data for classroom Design variables Classroom built recently Design variables Classroom built recently Orientation Wall insulation Roof Infiltration Ventilation Glazing ratio S,N,E,W U=0.25 W/m2K U=0.35 W/m2K 0.5 ACH Natural ventilation via openable window 40% Window U-value Room dimensions Canopy dimensions Reflectance Material of the transitional space U=2.974 W/m2K 9m (w) x 7m(d) x 2.9m (h) 9m (w) x 5m (d) Glass material with 0%, 50%, 90% transparency Ground 0.2 Canopy 0.5 Brick To meet the seasonal environmental requirements, the flexible canopy concept is explored to adapt itself as seen in Fig. 2.
The main idea of a flexible canopy has been initiated in order to overcome the limitations of a fixed type of canopy in terms of indoor energy reduction.

So it is reliable and convenient for data processing to improve the working efficiency of the production site.
Conclusion This system can effectively solve many problems in the production, such as reducing the fault in the process of production, shorting the production preparation time, reducing the labor intensity of workers, creating considerable economic benefits and social benefits, achieving the purpose of energy saving and consumption reduction.
Supervision and data acquisition system and its application.