Search results

Table 1.
Fig. 1 Particle size distribution of tested raw materials.
Material Matrix density [kg/m3] Bulk density [kg/m3] Open porosity [%] 28 days water curing RP 2 173 1 435 34.1 DB 8 2 198 1 475 33.3 DB 24 2 181 1 456 33.8 HE 8 2 209 1 472 33.5 HE 24 2 163 1 433 34.4 LI 8 2 176 1 473 32.6 LI 24 2 135 1 451 32.9 Table 6.
Basic physical properties of researched materials after 56 days exposure to laboratory conditions and CO2 chamber Material Matrix density [kg/m3] Bulk density [kg/m3] Open porosity [%] Matrix density [kg/m3] Bulk density [kg/m3] Open porosity [%] 56 days laboratory conditions 56 days CO2 chamber RP 2 270 1 556 31.4 2 412 1 735 28.1 DB 8 2 330 1 629 30.1 2 476 1 806 27.1 DB 24 2 323 1 584 31.8 2 411 1 695 29.6 HE 8 2 338 1 617 30.8 2 479 1 792 27.7 HE 24 2 316 1 559 32.7 2 416 1 704 29.5 LI 8 2 326 1 588 31.6 2 484 1 797 27.7 LI 24 2 308 1 572 32.8 2 434 1 712 29.7 From the measured data of basic physical properties, the development of mechanical strength given in Table 7 can be explained.
References [1] S.

Maruyama Department of Electrical and Electronic Engineering, Meiji University, 1-1-1 Higashi-mita, Tama-ku, Kawasaki, Kanagawa 214-8571, Japan Keywords: implantation, Er (Erbium), ESR, crystallinity evaluation Abstract.
(6)(6)(6)(6) (5)(5)(5)(5) (4)(4)(4)(4) (3)(3)(3)(3) (2)(2)(2)(2) (1)(1)(1)(1) current (μA) current (μA) current (μA) current (μA) voltage (V)voltage (V)voltage (V)voltage (V) (1) 1400℃ 30m in
I-V characteristics of Ni/ 4H-SiC:Er 4 0 0 5 0 0 6 0 0 7 0 0 8 0 0 PL Intensity (arb.units) (c ) (b ) (a) (d ) (a )1 4 0 0 oC (b )1 5 0 0 oC (c )1 6 0 0 oC (d )1 7 0 0 oC V irgin A s- Im p la P L a t 1 5 K 4 H - S iC :E r E r:1 x1 0 1 4c m - 2, 2 M e V E xc itatio n :3 2 5 .0 n m , 2 0 m W A n n e a lin g:3 0 m in .
W ave le n gth (n m ) Journal Title and Volume Number (to be inserted by the publisher) 4 1 5 0 0 1 5 2 0 1 5 4 0 1 5 6 0 1 5 8 0 1 6 0 0 P L a t 1 5 K 4 H - S iC :E r E r :1 x 1 0 1 3 c m - 2 , 2 M e V E x c it a t io n :3 2 5 .0 n m , 2 0 m W A n n e a lin g :3 0 m in . 1 4 0 0 o C 1 5 0 0 o C 1 6 0 0 o C 1 7 0 0 o C PL Intensity (arb.units) W a v e le n g t h ( n m ) Fig.5 the temperature dependence of the Er3+-related PL spectra of n-type 4H-SiC:Er dominant line at 1534.0 nm, 11 peaks and other small peaks.
B, vol. 106 (1995), pp. 477-479

An important issue in research of watermarking is the compromising between imperceptibility and robustness [1].
With Eq.1 toEq.4 can be critical of the visual threshold of wavelet coefficients:
Filtering attacking simulation Attack Gaussian low-pass Median filtering（3×3） Median filtering（4×4） Median filtering（5×5） Median filtering（6×6） Median filtering（7×7） NC 0.93373 0.99453 0.96281 0.92846 0.7974 0.64854 PSNR 36.1019 53.5436 50.1263 47.8976 44.0276 40.9222 Extract watermark Table 5.Cut and rotate attacking simulation Attack Upper left corner cut 1/16 Cut the upper left corner and upper right corner, 1/16 Four corners were cut 1/16 Center cut 1/4 Centre set to cut 1 / 4, the upper right corner cut 1 /16 Rotation 10 degrees NC 1 1 1 1 1 0.9993 PSNR 30.2941 29.2904 27.2827 27.249 27.2435 26.7436 Extract watermark Table 1- 5demonstrates the effects of the extracted watermark from watermarked Lena image which has subjected to various attacks.
References [1] Cong Jin, Junming Ye, Kaihua Xu.
[2] A K Parthasarathy,S Kak.An improved method of content based image watermarking.IEEE Transactions on Broadcasting, 53(2007) 468-479

An aqueous solution of citric acid was mixed with the metal nitrates solution, the molar ratio betweeen total metal ions and citric acid was controlled at 1:1, 1:2, and 1:3.
Results and discussion Fig. 1 shows the XRD pattern of cobalt ferrite prepared in a molar ratio of 1:3.
Fig. 1.
-10000 -5000 0 5000 10000 -60 -40 -20 0 20 40 60 300 °C 600 °C 900 °C 1200 °C Magnetization (emu/g) Applied Magnetic Field (Oe) Molar ratio 1:3 -10000 -5000 0 5000 10000 -60 -40 -20 0 20 40 60 1:1 1:2 1:3 Magnetization (emu/g) Applied Magnetic Field (Oe) Molar Ratio Ms Mr Hc 1:1 62.8 24.9 741 1:2 53.0 20.7 752 1:3 68.2 4.85 103 The particle size was determined by the Scherrer equation using the most intense (311) peak [16].
Jadhav: Solid State Commun. 147 (2008) 479- 483

The Cd, Zn, Cu and Pb concentrations in tested soil were 10, 329, 479, 946 mg kg-1, respectively.
The concentrations of available Si was 4430 mg·kg-1, and the available P concentrations was 1020 mg·kg-1.
The effects of FA on rice growth is shown in Fig. 1.
The concentration of available Cd was 6.7 μg·kg-1 in control, and the amount decreased by 78% at addition of 20 g·kg-1 FA, and the concentration was lower than the detection limit (0.5 μg·kg-1) in the treatment of FA40.
References [1] M.C.

Fig 1.
Dimension of meso-scale combustor Tabel 1.
Combustor wall temperature at f =1 Fig 7.Combustor inlet temperature at f =1 Fig. 6 shows that the increase in flow velocity at f = 1 effectively raises the temperature of the wall.
References [1] J.
[5] Fan A., Minaev S., Kumar S., Liu W., Maruta K., Regime diagrams and characteristics of flame patterns in radial micochannels with temperature gradients, Combustion and Flame 153 (2008) 479-489

In a typical procedure,1.2g of crystalline V2O5 powder and 0.7g oxalic acid was dispersed in 50ml mixed solution which made up by water and HCl with a volume ratio of 50:0,150:1 and 80:1.
Results and discussion Fig.1.
However, compared the VO-1,VO-2 with VO-0, we found the peaks of the VO-1,VO-2 mildly moved in high-angle, that indicate the crystalline interplanar spacing of the VO-1,VO-2 have decreased.
References [1] Y.
Phys. 126, 476–479 (2011) [10] O.

The as-cast microstructures of the test alloys were shown in Fig. 1.
Fig. 1 Effect of Co on dendritic structure in the as-cast alloys.
(a) No. 1 alloy.
References [1] H.
A Vol. 479(2008): P 148

Introduction Coagulant is very important in treating polluted waters[1-3].
And then, some stabilizer M (C4H4O6Na2·2H2O:NaClO=1:6.5) was added and the product PSF (Si/Fe molar ratio equals to 1) was diluted to Fe concentration of 10 g.l-1.
And then, some stabilizer M (C4H4O6Na2·2H2O:NaClO=1.5:6.5) was added and the product OPSF (Si/Fe molar ratio equals to 1) with w(DMDAAC) 7.5% was diluted to Fe concentration of 10 g.l-1.
References [1] W.
Ehara: Europe Patent 479 219(CL.COZF 1/52). (1992) [9] B.Y.

Fig. 1 A three-lane freeway Fig. 2 Relationship between density and overtaking different ratio under control conditions As shown in Fig. 1, cars on lane 1 and lane 3 can change to lane 2 while cars on lane 2 can change to both lanes 1 and lane 3.
The distances between car in lane 2 and its adjacent front car in lane 1, lane 2 and lane 3 are defined as,,,.The distances between car in lane 2 and its following car in lane 1 and lane 3 are defined as and .The speed of car in lane 2 is defined as The speed of the following car in lane 1 and lane 3 are and .
Rule 1 Change from lane 1 to lane 2 if ,, (2) Change from lane 2 to lane 1 if ,,, (3) Change from lane 2 to lane 3 if , ,, (4) Change from lane 3 to lane 2 if ,,, (5) Rule 2 (The Keep-Right-Except-To-Pass Rule that is the cars on the passing lane are controlled) We only need to modify part of the Rule 1, and then we can get Rule 2(The Keep-Right-Except-To-Pass Rule), which is mentioned in question given.
Change from lane 1 to lane 2 if , (6) The rest part is the same as Rule 1.
Jiang, A realistic two-lane cellular automata traffic model considering aggressive lane-changing behavior of fast vehicle, Physica A 367 (2006) 479–486