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Feedstocks blending method is motivated by cost reduction and property enhancement.
The engine and dynamometer were controlled by a control panel equipped with data acquisition, logging and sensors.
A 250 cycle pressure data were collected with resolution of 0.25º crank angle.
The data cycles were averaged using computer program in order to eliminate variation from cycle to cycle.
Data acquisition unit, 13.

We expect that our data might be eventually used to improve golf performance.
The infrared camera was used to acquire kinematic data from 39 optical markers.
The kinematic and kinetic data were synchronized using a VICON460 system.
Also, 50 test data were used for validation, excluding the learning data obtained at random.
Fig. 3 shows the validation results of 50 obtained test data, with an x axis of 50 test data for the validation portion- 'slice swing' from 1 to 25 and 'normal orbit swing' from 26 to 50.

The recrystallized cast structure obtained by cyclic heat treatment and the knowledge on the mechanisms of the refining the structure were compared and discussed with the literature data.
The reduction of thickness lamellae g and a2 results in the increase of microhardness (see Fig. 4).

In this research, the historical data of defect rate from in-mould decoration gathered in October 2017-June 2018 shown as averaged baseline is 7.9%.
Improve Phase As a result of data analysis from ANOVA in Fig. 8, there are 4 factors that significantly influence to the adhesive strength of PET film including drying time, adhesive transparent layer, PET film thickness, and oven drying temperature.
In order to find the optimal setting for maximum adhesive strength [7], further data analysis is required to be done by same experimental design of 4 factors to increase adhesive strength and improve quality of in-mould decoration process.
Data monitoring for defect rate comparison of in-mould decoration.
Regarding result monitoring of new lots after implementing the new parameter setting and updated control plan, the result from data monitoring for defect rate comparison over a one-month period after improvement is shown in Fig. 11.

Synchrotron beamlines provide best available instruments in terms of flux and low beam divergence, and hence spatial and measurement resolution and data collection rate.
The results of HEXameter measurements are compared with synchrotron X-ray data for several samples e.g. made from a titanium alloy and a particulate composite with an aluminium alloy matrix.
Instrument specification Key objectives for the development of HEXameter instrument were as follows: • To develop an alternative to synchrotron-based instrumentation that allows the advantages of high energy X-ray diffraction to be brought into university laboratories and industrial practice • To utilize well-established principles and equipment in the manufacture to ensure reliable long term operation • To produce a strain measurement solution that delivers an improvement in terms of access and cost compared to the instruments based at large scale facilities • To make the instrument as light and compact as possible in order to capitalize on the advantages offered by the instrument portability, notably to allow instrument movement with respect to the sample during scanning (cf. stationary synchrotron beams) • To use white beam/energy dispersive configuration for efficient data collection • To develop reliable evaluation of macroscopic average lattice strain through
Incident and scattered beam collimation Precise incident and scattered beam definition is crucial in diffraction experiments, particularly in the context of data collection time reduction and the optimization of the signal-to-noise ratio.
Measurement set-up, instrument calibration and data interpretation The arrangement of source tube head and two detectors within the rigid scanning 'yoke' is illustrated in Fig. 4.

With embedded linux operating system and the developing platform of Qt software implemented, important functions such as data acquisition, data transfer based on TCP/IP protocols, display of data waveform, local storage of data, data analysis, elementary fault diagnosis and so forth can be achieved all together in a single facility.
Data collecting thread, data transfer thread, data waveform displaying thread and data storage thread are all time opened threads, and they together with GUI thread consist of the 5 parallel threads running all the time in TSI.
(2) Data transfer Data collected by TSI is transferred to remote fault diagnosis system and data server by industrial ethernet with C/S network model and TCP/IP[8-10] protocols.
This TSI contains shared data collected by data collecting thread, and these data is public information which will be used to transfer through network, store locally and display waveform.
When QString is Net_Transmission , Wave_show or Data_Save, data transfer thread , data waveform displaying thread or data storage thread will run in turn, after every thread finished, QString value is set as the flag value for the next thread and QMutex unlocks

Consequently, the quantitative data about material damping should be obtained using the similar experimental conditions and be implemented using the same actuator, plate, amplitudes and frequencies.
All measured data in the form of voltage amplitude were stored in text files, which correspond to the tracks A, B, C, D and E (see Fig. 3,b).
Due to the strong noise of the experimental data, it was necessary to perform filtering.
When moved away from the excitation source, the reduction in amplitude also depends on the material properties.
In this region, the reduction in amplitude is due to both geometry and material, but the latter dominates.

Environmental impact data of ore mining and mineral processing are available from literature [16][17].
Data of environmental impacts are provided by Consortium for Research on Renewable Industrial Material (CORRIM) [22].
The data of environmental impacts of wood include wood harvesting, inland road transportation and manufacturing process.
Table 1 shows the estimative amount of materials in three different structures with data based on the previous studies in Taiwan [12, 24].
Environmental data for international rail transport, calculation methods, emission factors, mode-specific issues (2008) [19] NTM.

Data on the colony growth were analyzed by analysis of variance (ANOVA).
The data in the same column followed by different letters are significantly different at 0.05 levels.
Statistical analysis of the data was performed using SPSS 11.5 software.
The data in the same column followed by different letters are significantly different at 0.05 levels.
Statistical analysis of the data was performed using SPSS 11.5 software.

The results show optimization of the compensated electric field in sea water around the ship got further reduction than before and ship protection anode electric field optimization is of great significance for ship safety.
Experimental result and analysis Originally data of electric field of ship underwater was got through local test to ship in sea area.
Datas processed is show in fig 5.
JOURNAL OF NAVAL UNIVERSITY OF ENGINEERING2003, 15(6): 70~74 [4] HUBBARD J C, BROOKS S H, TORRANCE B C Practical measures for reduction and management of the electromagnetic signatures of in-service surface ships and submarines UDT, [C].1996: 64~65 [5] DYMARKOWSKI K, UCZCIWEK J.