CODE BRIGHT

This model has been implemented in CODE BRIGHT (Olivella et al 1995) and some cases analysed to investigate the possible responses of the coupled behaviour. 

First, we identified the input parameter for THAMES on properties of FEBEX bentonite, because the fundamental properties of FEBEX bentonite had been obtained by various laboratory tests to identify the input data for the numerical code CODE BRIGHT (enresa (1998)). After calibrations of the all required parameters for THAMES, such as thermal vapour flow diffusivity and intrinsic permeability, the coupled THM simulations were carried out. 

Mass conservation equations apply to water and air. When the porous medium is deformable, the momentum balance equation (mechanical equilibrium) is also taken into account. In non-isothermal problems, the internal energy balance for the total porous medium must be considered. The basic equations solved by the finite element code CODE BRIGHT are ... 

Olivella, S., Gens, A., Carrera, J., Alonso, E. E. 1995. Numerical formulation for a simulator (CODE BRIGHT) for the coupled analysis of saline media. In Engineering Computations, n. 13, pp. 87-112. 

CODE BRIGHT is a finite element code for the simulation of THM problems in geological media. It was initially developed for the analysis of those problems in saline media (Olivella et al, 1996), but it has been extended to cope with THM behaviour of other tnaterials. In fact that code has been used in recent years to analyse THM problems in the context of radioactive waste disposal (Gens et al, 1995 Gens et al, 1998 Gens Olivella, 2000). A brief description of the main features of the code is included here for consistency. 

CA 83, 82252 (1975) [The system RFNA/ UDMH was examined in a rocket motor of lOOdaN thrust. The optimum pressure for this system was found to be 7 x 106 Pascals. At one atm the H2—02 flame was almost invisible, but under increased pressure a bright, bluish-white light was emitted because of a flame continuum. This flame continuum was concluded as being the emission from transient, excited species characterized by the nonequil state] Compatibility. 1) W.K. Boyd et al, Compatibility of Materials with Rocket Propellants and Oxidizers , DM C Mem 201, Battelle Mem Inst, Columbus, Contract AF 33 (615)-l 121 (1965) CA 67,23666 (1967) [UDMH compatibility data reported is summarized in Table 1. The compatibility data for UDMH/hydrazine (50/50 wt %) is summarized in Table 2. The explanation of the numeric evaluation code used in these tables for metals is presented in Table 3 for nonmetals in Table 4 2) M.J. Spanger T.J. Reinhart, Jr, Development of Filament-Wound Tankage for Rocket... 

Fig. 11 Data fusion of FTIR and SPR images, a Pooled FTIR bright field images of a micro structures polymer membrane, b SPR image of a segment of the same polymer membrane, c Fused data of a and b. d Enlarged segment of c showing non-empty pores. The chemical nature of the pore content can be deduced from the color coding of the fused data...

Fig. I. Crosman BB shot beads plated with bright nickel and black nickel (for color coding purposes), then coated with polycarbonate by immersing in 5% solution of methylene chloride, scattering on slick paper, and allowing to dry. Various antigens or antibodies are adsorbed onto this plastic surface the beads are soaked in a % solution of bovine serum albumin in phosphate-buffered saline, drained, air dried, and stored below 0° until needed.

Figure 1 Some known giant planets and brown dwarfs, illustrated with a limited azimuthal slice (pie slice) to correct scale. The interiors are color coded according to the principal materials in each zone. Ice and rock refer to elements common in materials that are icy or rocky at normal pressures. Metallic hydrogen indicates ionization primarily through pressure effects. Modeled central temperature in K, and pressure in 10 bar, is shown. The radii of all but G1229b are known directly for G1229b, modeling of the brightness versus wavelength must be used to derive the radius. From left to right, the masses (expressed relative to the mass of Jupiter) are 45,1, 0.7, 0.3, and 0.05...

However, interest for medical research is not the main purpose of the Color Code. Keeping it simple, the Color Code is for shopping and meal planning Fruits with bright colors that appeal to the eye are at their peak ripeness and optimal production of compounds having nutritional value to you. Because superfruits are the most nutrient-rich of fruits, it is also easier to shop for them and plan your meals according to a Color Code. I ll teach you how in Part III. 

When GLP-coded plates are photographed in long-wave UV fight, a narrow strip of white paper should be placed underneath. The markings then appear bright on a dark background (see Fig. 23b). 

Options, in the Options dialog box select the Editor Format tab, Code Colors, Comment Test, then select as Foreground the bright green strip. Also select bright blue for the Keyword Text, then exit with OK. 

Figure 7.3 ACHE X-ray crystallography structures (pdb lamn). (a) Ribbon display structure depiction with X-ray crystallographic water molecules illustrated and bound substrate depicted in the CPK display mode. Colour coding is as follows Hydrogen White Oxygen Red Nitrogen Blue Carbon Grey. In this structure, sulphate (Sulphur Yellow) is also included, (b) Close-up of active site to show dense hydrogenbonding network (bright yellow). Bound substrates and water molecules are shown in the stick display mode. The protein polypeptide is also shown in CA display mode.

---