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A particular focus is placed at 1:1 stoichiometric composition, therefore the free energy is symbolically written by { }( )ααββαββ ααβ ββαβααβα ξξξξξξξξν ,,,,,,,,, 3322211 .
Following are the examples for the point path variables in a disordered phase, ( ) ( ) ( )tttXtttXtx ∆++∆+= , , 1,1 1,1 1 , (21) and ( ) ( ) ( )tttXtttXttx ∆++∆+=∆+ , , 1,1 1,1 1 , (22) where ( )tttXij ∆+, are point path variable that describes the configurational transition on a lattice point from i at time t to j at t + ∆t.
Each term for the disordered phase within the tetrahedron approximation is given in the following expression, ( ) ( ) ( ) 1,1 1,1 1,1 1 1 1 XN XN XN t t tP ⋅ ⋅ ⋅ ∆⋅−∆⋅−∆⋅= θ θ θ , (23)       ∆ − Tk E P b2 exp2 , (24) and Fig. 3 Time evolution of anti phase boundary for FePd at 50at% at 880 K. [19] (a)-(e) correspond to time t'=0.01, 0.83, 3.59, 7.04 and 16.70, respectively.
References [1] L.
Vol. 475-479 (2004), p. 3075 [22] M.

Tab. 1: Chemical composition of cement and pozzolans used in this study.
Acc SP FA State liquid liquid liquid Color Yellow brown bright yellow Density (g/cm³) 1,45 ±0,01 1,055 ±0,01 1,04 ±0,02 Recommended dose (%) 1-1,5 1-3 - Chlorides content (%) ≤ 0,1 ≤ 0,1 0,001 pH 6 ± 1 6 ± 1 9 Solids Content (%) 61,5 % ±2,7 30,5 ±1,5 30 Potassium oxide (K2O) 0.84 - 0.4 2.2 Specimens elaboration Two production methods are used in this study.
RH (%) 10 % 25 % 40 % 60 % 75 % C70H0P Sorption (%) 0 0,85 ±0,03 1,79 ±0,05 2,92 ±0,09 4,76 ±0,15 Desorption (%) 3,01 ±0,1 3,56 ±0,12 5,01 ±0,17 6,22 ±0,21 6,82 ±0,24 ∆w (%) 3,01 2,71 3,22 3,3 2,06 C65H5P Sorption (%) 0 1,06 ±0,05 2,16 ±0,07 3,49 ±0,11 5,66 ±0,31 Desorption (%) 3,53 ±0,09 4,15 ±0,12 5,94 ±0,23 7,37 ±0,41 8,03 ±0,32 ∆w (%) 3,53 3,09 3,78 3,88 2,37 C55H15P Sorption (%) 0 0,95 ±0,02 1,86 ±0,08 3,02 ±0,18 5,31 ±0,18 Desorption (%) 4,4 ±0,22 4,87 ±0,19 5,88 ±0,28 7,43 ±0,36 8,55 ±0,43 ∆w (%) 4,4 3,92 4,02 4,41 3,24 C55H15D Sorption (%) 0 0,47 ±0,01 1,24 ±0,07 2,29 ±0,04 4,19 ±0,1 Desorption (%) 1,5 ±0,04 2,31 ±0,08 4,07 ±0,09 5,55 ±0,1 6,2 ±0,07 ∆w (%) 1,5 1,843 2,83 3,26 2,01 The phenomenon whereby an absorbent contains more water during desorption than during sorption is called 'hysteresis' (Zhang, 2010).
Sorptivity-Based Service Life Predictions For Concrete Pavements 1
Construction and Building Materials 198, 479–493. https://doi.org/10.1016/j.conbuildmat.2018.11.197 [10] Giannakou, A., Jones, M.R., 2002.

Figure 1.
We can therefore describe the FCMAC system as a fuzzy system for each individual layer: (m,j,k)-rules: If s1=Amj, s2 = Bmk, then y = wmjk (1) where (m,j,k) denotes Layer (m = 1, 2, 3),jth block for s1 (j =1,2),kt hblock for s2 (k = 1, 2), and weights wmjk.
Layer 1: m = 1,j,k =1,2.
References [1] J.
Wanying, Research on Control Method of Two-wheeled Self-balancing Robot, International Conference on Intelligent Computation Technology and Automation, (2011) 476-479

Barletta 1,a, F.
Lambiase 1,b and V.
Fig. 1.
Source DF Seq SS Adj SS Adj MS F ΠΠΠΠ Time, s 1 3,47933E+14 3,47933E+14 3,47933E+14 249,15 19,13 Flow Rate, Nmc/h 1 4,92433E+12 4,92433E+12 4,92433E+12 3,53 0,27 Rotational Speed, rpm 1 638688684 638688684 638688684 0,00 0,01 Media Diameter, mm 1 1,04391E+13 1,04391E+13 1,04391E+13 7,48 0,57 Media Type 1 3,30562E+13 3,30562E+13 3,30562E+13 23,67 1,82 Specific Load, MPa 1 1,07430E+15 1,07430E+15 1,07430E+15 769,28 59,08 Error 249 3,47729E+14 3,47729E+14 1,39650E+12 19,12 Total 255 1,81839E+15 Table 3.
Conf. on Shot Peening, Paris, Sept. 1417, 1981, p. 479 [4] A.A.

The comparator of our target is 2-input 1-output topology.
STEP 1 ∼ STEP 5 is repeated until the last generation.
Thus, in the case with Eqs. (1) and (3) are used as the evaluation function, the value of the evaluation function varies between E = 10−3 and 1.
References [1] G.
Sansen, "DONALD: a workbench for interactive design space exploration and sizing of analog circuits," in Proceedings of the European Conference on Design Automation, Feb. 1991, pp. 475-479

Table 1.
The model is more significant if R2 value is closer to 1 [25].
Sum of   Mean F p-value   Source Squares df Square Value P model > F   Model 0.1185959 9 0.013177 142.9368 < 0.0001 Significant A-Coolant inlet temp. 0.009401 1 0.009401 101.9748 < 0.0001   B-Melt temp 0.0004594 1 0.000459 4.982924 0.0378   C-Packing pressure 0.106001 1 0.106001 1149.813 < 0.0001   D-Cooling time 0.000126 1 0.000126 1.367197 0.2568   AB 0.0004 1 0.0004 4.338872 0.0510   BD 0.0004 1 0.0004 4.338872 0.0510   A2 0.0010321 1 0.001032 11.19584 0.0034   C2 0.0003056 1 0.000306 3.314685 0.0845   D2 0.0003571 1 0.000357 3.873993 0.0638   Residual 0.0017516 19 9.22×10-5       Lack of Fit 0.0017516 15 0.000117       Pure Error 0 4 0       Cor Total 0.1204075 29         Table 8: ANOVA of response surface model for dual gate.  
References [1] T.
Vol. 35 (2006), p. 468–479

Negative stiffness device Fig. 1.
At point-“1” in Fig. 1(a) the secant stiffness() and tangential stiffness (slope at point-“1”) are both negative.
Table 1.
References [1] Constantinou, M.
Earthquake Engineering and Engineering Vibration, 8(4), 469–479

This is different from the conventional method, in which APS is only as the oxidant and the polymerization is carried out in a strong acidic medium (e.g.1.0M HCl)[1].
In this study, all polymerization was carried out at a constant molar ratio of monomer to APS (e.g. 1:1).
Table 1.
References [1] A.
Heeger, Flexible light-emitting diodes made from soluble conducting polymers, Nature 357 (1992) 477-479

Fig. 1 also showed spectrums of the purified products after the SMB separation.
The HPLC spectrum of the feed is also illustrated in Fig. 1.
The Separation by SMB Spectrums of the extract and the raffinate for Runs 1~4 are illustrated in Fig. 9a~d.
Reference: [1] B.B.
Eng. 5(6) (2011) 479-786

Fig.1 Material flow analysis indicators of national circular economy To evaluate the recycle degree of the resource materials, it is necessary to define evaluation indexes below: 1) Material Productivity (MP).
Table 1 shows the calculated life distribution data of different sectors.
References [1] Dajian, Z., Sustainable development calls for recycling economy, Technol.
Recy. 1 (2007) 118-140
[10] China Iron & Steel Association, China's Steel Demand Forecast for 2005 and 2010, China Steel 1 (2003) 12-16.