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Models containing pre-existing He bubbles showed a significant reduction in the number of surviving vacancies/SIAs compared to those without He bubbles.
However, for models with He bubbles located within the grain boundary structure, a much more extensive reduction occurred compared to models without He bubbles, which is between the range of 76% to 92%.
Stukowski, Visualization and analysis of atomistic simulation data with OVITO–the Open Visualization Tool, Model Simul Mat Sci Eng 18 (2010) 015012

In this paper the data for the actual exported and generated electrical energy obtained for the power stations has been used to estimate the electrical energy consumption and the peak electrical load of AC systems.
Using the exported electrical energy data, an estimate of the electrical energy required by AC systems was obtained based on the assumption that the exported electrical energy is neither used for heating nor for cooling.
Applying this simple calculation to the data for the years 2001, 2002 and 2003, the electrical energy consumption by AC systems was determined to be 13,000, 14,150 and 15,000 GWeh, respectively, increasing by 14% in only 2 years.
The figure of merit can only be accurately estimated from field data or from scale model testing of similar geometries.
In the absence of such data, a factor of 0.85–0.90 was used as proposed by Dorgan and Elleson [16].

The performance of the Alt2 cascade (from OpenCV) in an IP-CAM video is worse than that with regard to static images because the training data set in the Alt2 cannot consider the localized characters in the special IP-CAM video.
The performance of the Alt2 cascade using in it is worse than that in static images because the training data set in the Alt2 cascade cannot take into account the localized character in the special IP-CAM video.
Experimental Environment and Testing Data Table 1.
It is one of the largest corpuses of face sampling data available.
From the experimental results as shown in Figs. 4, adding motion detection could actually improve the detection rate and reduce the rate of false positives while maintaining a relatively short detection time (about a 30% reduction).

The data points are equally spaced in steps of 0.02 over the composition axis.
The results for fB are given in Fig. 3 on a logarithmic scale as a function of CB (data points spaced by 0.02, additional data near CB = 0.02, terminal lhs composition CB = 10−3).
Analysing the fA data for the 0/100 mode (cf.
The data are plotted in dimensionless units with wB = CI = a = 1.
For clarity, the number of data points at the right-hand side has been reduced.

The goal of this carbon footprint, CF study is to be compare the best products between MCP and commercial cement block, CB with the least effect on the environment and to guide the development of masonry unit towards a net reduction of resource requirement and emissions.
From this data, it can be clearly seen that the significant effect on carbon footprint is through the raw materials used.

Exfoliated graphite has seen a significant reduction for composites in electrical resistivity.
A set of data which relate the content of additives to physical properties will be studied.

However, as the pressure of a gas is increased, the increased number of collisions between molecules causes a reduction in the average lifetime of the upper state.
The results from both the N2 data and Ar data are 0.99887and 0.98749 respectively.

An HP 4145B semiconductor parameter analyzer was used to capture low current forward-bias data, using a 2-probe configuration.
For the JBS rectifiers with the lowest leakage current, the reverse leakage current above 9 kV shows a slight reduction trend as the temperature increases, as shown in Fig.2.
Given the JBS structure, it is not surprising that the reverse-bias stability is comparable to the stability of 10kV PiN diodes (for which we have thousands of device-hours of test data).

Although there is a large amount of data on magnetic characteristics of these alloys, their electrical properties are poorly understood.
Heating up T, 0C Cooling down Fig. 1 Temperature dependence of electrical resistivity of Fe80Ni10Si5B5 amorphous alloy The resulting ΔR(T) dependence contains several key features: change of TRC at 4800C and 5400C (upon cooling), and a “step like" reduction of resistivity at 5200C.
Analysis of literature data [2] has shown that change of TRC at 4800C can be a consequence of ferromagnetic nature of the alloy, namely the magnetic order-disorder transition.

As a reference, three sets of data crank length were taken in the text to simulate, and the simulation results were analyzed.
From the above simulation results of these three groups of crank, we can know the blade shearing stage trajectory into a trend of gradual convergence with the reduction of the crank length.
In these three sets of data, when the crank length is 135 (82.5) mm, the overlap of the blade is best, the shear quality is the best one.