... xζ + yζ + zζ = (3. 12) Plugging (3. 10, 3. 11) with (3. 1, 3. 2), it yields: xη xζ + yη y ζ + zη z ζ = (3. 13) xξ xζ + y ξ y ζ + z ξ z ζ = (3. 14) From the definition in Equations (3. 3 -3. 5) we can derive ... VUΓ0η ξ + UVΓ0 ξη + VVΓ0ηη − G ζ }h2 (3. 37) Equations (3. 26, 3. 33, 3. 34) and (3. 37) are the depth-averaged equations in a general form used in calculating water surface profile of flows in the following ... = yη = (3. 3a) J ζ yξ z − ζ zξ y (3. 3b) J ξ yη z − ξ zη y (3. 3c) J η z ζ x − η xζ z (3. 4a) J ζ z ξ z − ζ xξ z (3. 4b) J 21 yζ = zξ = zη = zζ = ξ zη x − ξ xη z (3. 4c) J η xζ y − η yζ x (3. 5a) J...
... Variation in the tropical sea surfacetemperature and surface wind fields associated with the Southern Oscillation/El Niño Monthly Weather Review, 110, 35 4 38 4 Hendon, H.H (20 03) Indonesia rainfall variability: ... Tomita, T & Yasunari, T (19 93) On the two types of ENSO Journal of the Meteorological Society of Japan, 71(2), 2 73 2 83 Ose, T., Song, Y & Kitoh, A (1997) Sea surfacetemperature in the South China ... Dynamic, 25(4), 33 7– 35 0 Vose, R.S., Schmoyer, R.L., Steurer, P.M., Peterson, T.C., Heim, R., Karl, T.R & Eischeid, J (1992) The Global Historical Climatology Network: Long-term monthly temperature, ...
... 75 Figure 30 LST Retrieved from atmospherically corrected MODIS band 31 data in kelvin (T31) 75 Figure 31 Plots of temperatures on January 2002 78 Figure 32 Plots of temperature for ... Atmospheres 20 Section 2 .3 Atmospheric Parameters 20 Section 2 .3. 1 Section 2 .3. 2 Atmospheric Temperature Profile 21 Atmospheric Pressure Profile .24 ii Section 2 .3. 3 Atmospheric Water Vapour ... temperature for February 2002 79 Figure 33 Plots of temperature for 24 February 2002 .80 Figure 34 Plots of temperature for 12 March 2002 81 Figure 35 Cross Validation of LST retrieved from...
... characteristics of two-dimensional photonic crystals in anodic aluminum oxide films Jpn J Appl Phys 2004, 43: 36 43- 3647 Wang YD, Zang KY, Chua SJ, Tripathy S, Chen P, Fonstad CG: Nanoairbridged lateral overgrowth ... anodization of aluminium Nat Nanotechnol 2008, 3: 234 - 239 12 Hu GF, Zhang HM, Di WW, Zhao TT: Study on wet etching of AAO template Appl Phys Res 2009, 1:78-82 13 Ye JM, Yin QM, Zhou YL: Superhydrophilicity ... foil, the porous alumina growth on the hemisphere curved surface could enlarge the whole surface area From the viewpoint of geometry, the surface area is 2πr in a Chung et al Nanoscale Research...
... Chemistry 20 03, A40: 130 7- 131 6 Leclerc M, Diaz FM, Wegner G: Structural-analysis of poly(3alkylthiophene)s Makromolekulare Chemie-Macromolecular Chemistry and Physics 1989, 190 :31 05 -31 16 Andersson ... 1998, 199:525- 533 Iarossi D, Mucci A, Schenetti L, Seeber R, Goldoni F: Polymerization and characterization of 4, 4’-bis(alkylsulfanyl)-2, 2’-bithiophenes Macromolecules 1999, 32 : 139 0- 139 7 Chayer ... http://www.nanoscalereslett.com/content/6/1/521 Page of Figure Surface- bound polymerization of THA to PTHA on surface of a TiO2 nanocrystallite The monomer THA was strong bonded to TiO2 surface via -COOH FeCl3 was used as an oxidizing...
... nanofibers in catalysis’ Appl Catal A 20 03, 2 53: 337 Carabineiro et al Nanoscale Research Letters 2011, 6 :30 2 http://www.nanoscalereslett.com/content/6/1 /30 2 10 11 12 13 14 15 16 17 18 19 Page of Shaffer ... 254 400 432 449 pHPZC 7 .3 4.2 6.9 7.4 CO2 (μmol/g) 70 778 230 24 CO (μmol/g) 1 93 1 638 1512 204 CO/CO2 2.76 2.11 6.57 8.50 (Figure 4) This behavior is mainly due to the reduction of the surface ... Nanotechnology 2009, 20: 035 7 03 doi:10.1186/1556-276X-6 -30 2 Cite this article as: Carabineiro et al.: Effect of the carbon nanotube surface characteristics on the conductivity and dielectric constant of carbon...
... chuẩn chia xử lý đệ qui • Xét ví dụ: Dương Anh Đức, Lê Đình Duy Khử mặt khuất 13/ 15 ĐỒ HỌA MÁY TÍNH • Bắt đầu từ mặt số 3: • Nếu mặt số ta có kết khác: Dương Anh Đức, Lê Đình Duy Khử mặt khuất 14/15 ... culling desired */ displayPolygon(tree->root); BSP_displayTree(tree->backChild) } } Kết luận • Hidden surface algorithms ♦ Back-face detection ♦ Depth sort ♦ Ray casting ♦ Z-buffer ♦ Scan-line ♦ Area...
... further support 23 supplied by 22 ‘Power spectrum analysis’ , is a useful aid in process monitoring of the cutting capabilities – giving a good interpretation of the anticipated surface topography ... on the component’s surface shortly The rationale for this notable harmonic amplification when using round inserts is the product of several interrelated factors The transient surface in contact ... and as a result here, the vibration will especially increase 26 ‘Transient surface , can be defined as: ‘The part of the surface formed on the workpiece by the cutting edge and removed during the...
... circuit board 23. 3 cm ; 16 cm 9.2 in ; 6 .3 in (‘Europa’ format) 1.2 mm/47 mil thick 88 watt sec 102 watt sec (including heat of melting) 33 8 watt sec 0.7 watt sec 27 kw sec Table 3. 13 Some heat ... with which the heat input spreads within an assembly (Table 3. 13) The figures given in Tables 3. 12 and 3. 13 are worth studying Table 3. 12 shows that organic substances like FR4 have a much higher ... 27(1), pp 22–29 31 Klein Wassink, R J (1989) Soldering in Electronics, 2nd ed., Ch 5.5 .3 Electrochemical Publications, Ayr, Scotland 32 Lea, C (1992) After CFCs? loc cit., p 30 1 33 Manko, H H (1979)...
... southern France Flora 1 83, 32 1 -32 5 Mallik AD, Giminghan CH (1985) Ecological effects of heather burning II Effects on seed germination and vegetative regeneration J Ecol 73, 633 -644 Trabaud L, Oustric ... weight of the seeds studied (including seed cover) were 50.2 73 ± 0.1 63 mg for P pinaster, 27.551 ± 0.866 mg for P radiata and 19. 033 ± 0.442 mg for P sylvestris The differences in the weight of ... comportement du feu dans la garrigue de Chêne kermèsà partir des temperatures et des vitesses de propagation Ann Sci For 36 , 13- 38 Trabaud L (1980) Impact biologique et écologique des feux de...
... into (2 .37 ) we obtain the relationship between surface curvature and viewer motion ~t _ Pt n (At + p U ) ' (2 .39 ) Combining (2 .39 ) and (2 .38 ) gives the required result The numerator of (2 .36 ) is ... _ rtt.n (2 .37 ) rt rt D e r i v a t i o n 2 .3 Substituting the matching constraint of (2 .3~ ,) into the time derivative of (2.10) we obtain: rt = (At + p.U)p (2 .38 ) Differentiating (2 .38 ) with respect ... local surface shape The viewer must however have discriminated apparent contours from the images of other surface curves (such as 30 Chap Surface Shape from the Deformation of Apparent Contours surface...