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D surfaces

Sizing of 3-D Surface Cracks with Complex Cross-Sections and Different Orientations Using Leakage Field. [Pg.686]

Substance Viscosity, mN Dielectric constant, e Dipole moment, D Surface tension, mN m ... [Pg.489]

Fig. 3. An overview of atomistic mechanisms involved in electroceramic components and the corresponding uses (a) ferroelectric domains capacitors and piezoelectrics, PTC thermistors (b) electronic conduction NTC thermistor (c) insulators and substrates (d) surface conduction humidity sensors (e) ferrimagnetic domains ferrite hard and soft magnets, magnetic tape (f) metal—semiconductor transition critical temperature NTC thermistor (g) ionic conduction gas sensors and batteries and (h) grain boundary phenomena varistors, boundary layer capacitors, PTC thermistors. Fig. 3. An overview of atomistic mechanisms involved in electroceramic components and the corresponding uses (a) ferroelectric domains capacitors and piezoelectrics, PTC thermistors (b) electronic conduction NTC thermistor (c) insulators and substrates (d) surface conduction humidity sensors (e) ferrimagnetic domains ferrite hard and soft magnets, magnetic tape (f) metal—semiconductor transition critical temperature NTC thermistor (g) ionic conduction gas sensors and batteries and (h) grain boundary phenomena varistors, boundary layer capacitors, PTC thermistors.
Component CAS Registry Number Mol wt Mp, °C Bp, Refractive index, Specific gravity, d Surface tension, 20°C mN/m (=dyn/cm) Flash point, °... [Pg.325]

SRI International, Chemical Economics Handbook—CEH Alarketing Research Report, Al d Surface Coatings,)2esi. 1982, 1985, and 1989. [Pg.44]

Fig. 4. Physical property curves for aqueous sodium lauryl sulfate where A is detergency B, density change C, conductivity (high frequency) D, surface... Fig. 4. Physical property curves for aqueous sodium lauryl sulfate where A is detergency B, density change C, conductivity (high frequency) D, surface...
FIG. 16-27 Constant pattern solutions for R = 0.5. Ordinant is cfor nfexcept for axial dispersion for which individual curves are labeled a, axial dispersion h, external mass transfer c, pore diffusion (spherical particles) d, surface diffusion (spherical particles) e, linear driving force approximation f, reaction kinetics. [from LeVan in Rodrigues et al. (eds.), Adsorption Science and Technology, Kluwer Academic Publishers, Dor drecht, The Nether lands, 1989 r eprinted with permission.]... [Pg.1528]

Cp a = specific heat of air at constant pressure AT jj = temperature rise for stoichiometric combustion D = surface average particle diameter Pa = air density Pf = fuel density

equivalence ratio B = mass transfer number... [Pg.210]

Fig. 4.58. Raman spectra of nitrophenyl modi- 1336 and 1586 cm" might be affected by sub-fied (A) and untreated (B) glassy carbon, the dif- traction of closely neighboring, much stronger ference between spectra A and B (C), and the re- bands of the carbon bulk. Five further marked ference spectrum of solid 4-nitrobiphenyl (D). surface bands are clearly visible in the difference The strongest surface bands at approximately spectrum C [4.292],... Fig. 4.58. Raman spectra of nitrophenyl modi- 1336 and 1586 cm" might be affected by sub-fied (A) and untreated (B) glassy carbon, the dif- traction of closely neighboring, much stronger ference between spectra A and B (C), and the re- bands of the carbon bulk. Five further marked ference spectrum of solid 4-nitrobiphenyl (D). surface bands are clearly visible in the difference The strongest surface bands at approximately spectrum C [4.292],...
Tabor, D., Surface forces and surface interaction. J. Colloid Interface Sci., 58, 2-13 (1977). [Pg.215]

Enamel Bibliography and Absiracis, American Ceramic Society (1928-39, 1940-49, 1950-59) Vargin, V. V., Technology of Enamels, (translated Shaw, K.), Maclaren and Sons (1967) Salamah, M. A. and White, D., Surfaces and Interfaces in Ceramic-Metal Systems, Vol. 14, pp. 467-476 (1981)... [Pg.905]

Gellman, A. J. and Spencer, N. D., Surface Chemistry in Tribology," Proc Instn Mech Engrs Part J J Engineering Tribology, Vol. 216,2002, pp. 443-461. [Pg.94]

Zhu, D. and Hu, Y. Z., A Computer Program Package for the Prediction of EHL and Mixed Lubrication Characteristics, Friction, Subsurface Stresses and Flash Temperatures Based on Measured 3-D Surface Roughness," Tribol. Trans., Vol. 44, No. 3,2001, pp. 383-390. [Pg.145]

Price C, Waters MGJ, Williams DW, Lewis MAO, and Stickler D. Surface modification of an experimental silicone rubber aimed at reducing initial candidal adhesion. J Biomed Met Res, 2002, 63, 122-128. [Pg.254]

D. Surface Properties of Native S-Layer Lattices from Bacillaceae... [Pg.346]

Fig. 3. A 3-D surface plot for MUF resin curing period Fig. 4. A 3-D surface plot for MUF resin storage life... Fig. 3. A 3-D surface plot for MUF resin curing period Fig. 4. A 3-D surface plot for MUF resin storage life...
The, J. L, Raithby, G. D., Stubley, G. D., Surface-adaptive finite-volume method for solvingfree-sutface flows, Numer. Heat Transfer B26 (1994) 367-380. [Pg.255]


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See also in sourсe #XX -- [ Pg.24 , Pg.39 , Pg.50 , Pg.159 , Pg.165 ]




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3-D surface plot

D orbital boundary-surface representations

Single d-metal atoms on the MgO(OOl) surface

Subpart D, Walking-Working Surfaces

Subpart D—Walking and Working Surfaces

The Role of Surface Heterogeneity in Adsorption George D. Halsey

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