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Scott School of Chemical Engineering & Advanced Materials, Newcastle University, NE1 7RU, United Kingdom (* Corresponding author, fax: + 44 0191 222 5292, E-mail: hua.cheng@ncl.ac.uk) Keywords: Rechargeable metal-air batteries, alkali and alkaline earth metal anode, nano-structured air cathode, oxygen reduction reaction, oxygen evolution reaction.
For comparison, data from Li-air and Li-ion batteries are also included.
Such a great potential has attracted tremendous efforts to the development of practical alkali and alkaline earth metal-air batteries, mainly using Na, K and Ca anodes and the cathodes consist of catalysts for O2 reduction, as high-energy-density rechargeable batteries for electric vehicle applications [8-11] Results and discussion Fig. 1 shows the capacity features of alkali and alkaline earth metal batteries.
These data demonstrate the feasibility and the great potential of the alkali and alkaline earth metal -air batteries.
Scott, Selection of oxygen reduction catalysts for rechargeable lithium-air batteries – Metal or oxide?

Reductions to the in-plane fatigue properties are due to microstructural damage caused by the z-pins.
Similar reductions to the compression properties due to z-pins have been reported elsewhere [23],[24].
The reduction in the compression fatigue life is mostly caused by the reduction in the static compression properties caused by the z-pins.
The compressive fatigue life curves presented in Fig. 3 together with other published fatigue data for cyclic tensile and bending loads [16]-[19],[21] reveal that z-pins reduce the fatigue life and strength of aerospace carbon fibre-epoxy composites.
There is significant scatter in the delamination growth rate data for the unpinned laminate, and other delamination fatigue studies on unpinned carbon-epoxy composites [25] attribute scatter to the slip (crack advance) – stick (crack arrest) behaviour of the fatigue process, which is caused mostly by fibre bridging along the crack.

Then, the measured data are aligned to the CAD model.
As the measured data completely describe the object, cross sections may be created at any position and compared to the nominal data.
The measuring data can be directly loaded into CAM systems like TEBIS or WorkNC as STL data (polygon mesh).
Milling on measurement data.
For simply copying a tool or a modified area, the digitized data may also be imported as STL data into CAM systems without surface reconstruction.

Data presented in Table 1.
Unit parameters parameter symbol/unit data Circulating water quantity to heat 1375 Efficiency of boiler 0.942 Generating efficiency 0.415 Run time 5040 The value of standard coal combustion 29260 A water source heat pump can make the circulating water inlet and outlet temperature of 29 ˚C /21 ˚C and the heating end inlet and outlet temperature of 50 ˚C /60 ˚C.Checking the table enthalpy of water, enthalpy value was obtained the corresponding temperature.
Data presented in Table 2.
Water source heat pump parameters parameter symbol/unit data parameter symbol/unit data Water source heat pump water flow 1375 COP 5 Circulating water inlet temperature 29 Circulating water inlet water enthalpy 122.10 Circulating water heating temperature 21 Circulating water heating water enthalpy 88.659 The heating end inlet temperature 50 The heating end inlet water enthalpy 209.85 The heating end outlet temperature 60 The heating end outlet water enthalpy 251.67 Heat capacity of water source heat pump system is the water source heat pump system driven by energy consumption of the sum of electricity and waste heat extracted from the circulating water, the heat absorbed by the condensate, the condensation of water absorbing heat: It absorbs heat into the amount of coal equivalent, in other words this part of the amount of saving coal is the recovery from the waste heat of exhaust steam, the amount of coal equivalent is saved as: The consumed energy water source
References [1] the ‘12th Five-Year Plan’ energy reduction comprehensive reform[J].Shanghai Energy Conservation, 2011(10):2-8

(2) The data reduction module.
Clock Management 250MHz differential clock after DCM processed to produce a single 250MHz clock, and divided by 2 to generate a clock signal of 125MHz, DCM also 250MHz signals 180 degree phase shift, for subsequent data speed reduction processing and storage.
(3) High-speed data access High-speed data storage and retrieval, is a focus of high-speed data acquisition card is also a difficulty[5].
High-speed data stored procedure shown in Figure 5: Figure.5.
Design PXI FPGA-based data acquisition system.

Introduction By considering all possible variables in an actual trial when you input data by direct systems analysis, you should design a virtual try out, which is very close to the actual system, and then finish the optimal die layout reflecting the technical measures concerning the analysis result of the forming analysis system regarding the initial manufacturing plan.
Fig. 2 The 1st input condition Fig. 3 Draw Shape Fig. 4 1st draw Thickness reduction In Fig. 4, one inappropriate part due to the reduction in thickness is found.
The new operation plan provided a remarkable reduction in the winkle trend.
Fig. 15 The 1nd input condition Fig. 16 Draw Shape Fig. 17 1st draw Thickness reduction In Fig. 17, three inappropriate parts due to thickness reduction are found.
In more detail, thickness reduction in -<1> is 50% above and in <2> thickness reduction is 31.4%, and in , thickness reduction is also 34% in <3>.

These give a corresponding size reduction of ten times compared to conventional dielectrics, silicon nitride (Si3N4).
We propose MgZnO thin film as a new dielectric material in MMIC design to achieve size reduction over currently-used materials.
From S11 data, the properties of MgZnO film such as relative permittivity, capacitance and loss tangent were extracted.
From S11 data others RF properties such as dielectric constant, capacitance and loss tangent can be extracted as summarized in Table 1.
Size reduction of capacitor area approximately ten times over the MMIC materials has been obtained.

Table 1 A Main Characteristic of BWM* Item High Low The Reduction Effect of Depth ○ The Economic Efficiency ○ The Accumulation of Construction Know-How ○ The Reduction Effect of Concrete Quantity ○ The Shortening Effect of Construction Duration ○ The Possibility of Remodel ○ The Possibility of Changeable Plan ○ The Occurrence Quantity of CO2 ○ The Occurrence Quantity of Construction Waste ○ *this result on comparing BWM & LDWM A Lightweight Dry Wall Method The lightweight dry wall method (LDWM) is the apartment on compositing the only column & slab without a beam and on comparing the general rahmen structures, it can reduce the height like the height of beam and on exhausted the BWM, it has the merit to be secured the changeable of space section.
A Main Characteristic of LDWM* Item High Low The Reduction Effect of Depth ○ The Possibility of Changeable Plan ○ The Reduction Effect of Quantity of Field Wall ○ The Reduction Effect of Quantity of Concrete ○ The Quantity of CO2 Occurrence ○ The Economic Efficiency ○ The Extension of Building Life Cycle ○ The Occurrence Quantity of Construction Waste ○ *this result on comparing BWM & LDWM A Comparison of Each Method throughout the Field Data For comparing the LDWM & the BWM, it compared to select the field in South Korea to construct the LDWM and BWM together.
This was elevated the construction efficiency of frame construction on the easiness of workability because of reduction of complicated structure wall and the management of field was easy then the reduction of construction duration and productivity was up.
The Comparison of Economic efficiency of BWM and LDWM Description 74㎡ Type 84㎡ Type BWM LDWM Differ* Ratio BWM LDWM Differ. * Ratio Construction Finishing 12,901 55.2% 13,882 60.3% ▽981 107.60% 14,221 52.7% 16,044 60.5 ▽1,823 112.82% Frame 9,808 42.0% 8,564 37.2% △1,244 87,32% 12,007 44.5% 9,753 36.7% △2,254 81.23% G.S 651 2.8% 592 2.6% △59 90,93% 779 2.9% 724 2.7% △55 92.94% Sum 23,360 78.5% 23,038 77.6% △322 98.62% 27,007 78.9% 26,521 77.4% △486 98.20% Mechanic 3,667 12.3% 3,759 12.7 ▽92 102.51% 3,923 11.5% 4,032 11.7% ▽109 102.78% Electronic 2,730 9.2% 2,893 9.7% ▽163 105.97% 3,278 9.6% 3,714 10.8% ▽436 113.30% Total Sum 29,756 100% 29,690 100% ▽67 99.78% 34,208 100% 34,267 100% ▽59 100.17% *this data is to analyze selected field in the Kumho industrial E&C, South Korea.

Introduction The planetary gear reduction unit is basic equipment in mechanic industry, especially widespread used in machine and equipment industry, which trends in development is miniature type , high speed, low noise, high reliability.
As the key part in planetary gear reduction unit, the design and manufacture quality of the planetary gear affects the reduction unit using.
For minimum optimistic question, it can be selected as follow: (5) Where, F is the object function The model and optimal design of planetary gear The optimal design of the planetary gear is to search the best parameters making the weight of reduction unit lightest in the same load-bearing.
It also can be used easily to exchange dynamic data with other software, so it was selected for programming work; the differential evolution algorithm is selected for solving this optimal problem.
Start Input data and conditions Solving using DE Output calculating results Store the results End Figure 1 The program diagram Figure 2 The program software Conclusion The optimal design model of 2KH planetary gear is established and its optimization problem is solved by using the DE algorithm and programmed by using programming language visual basic 6.0.

The purpose of data fusion is to combine and process the data of multi-sensors, thus to obtain much more exact and reliable results than that of the single sensor.
And the purpose of data fusion is to combine and process the data of multi-sensors, thus to obtain much more exact and reliable results than that of the single sensor.
Dynamic multi-sensor data fusion system for Intelligent robots.
Mathematical method of multisensor data fusion.
Improved and generalized consensus data fusion method.”