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Orange colors

Cadmium hydroxide is the anode material of Ag—Cd and Ni—Cd rechargeable storage batteries (see Batteries, secondary cells). Cadmium sulfide, selenide, and especially teUuride find utiUty in solar cells (see Solarenergy). Cadmium sulfide, Hthopone, and sulfoselenide are used as colorants (orange, yellow, red) for plastics, glass, glazes, mbber, and fireworks (see Colorants for ceramics Colorants forplastics Pigments). [Pg.392]

Chemical Designations - Synonyms Anhydrous Aluminum Chloride Chemical Formula AICI3 Observable Characteristics - Physical State (as normally shipped) Solid Color Orange to yellow through gray to white Odor Like hydrogen chloride like hydrochloric acid. [Pg.13]

Chemical Designations - Syrwnyms Palm butter Palm fruit oil Chemical Forrrmla Not applicable. Observable Cbaracteristics - Physical State (as shipped) Semi-solid to liquid Color Orange-red Odor Pleasant, characteristic. [Pg.283]

Color Orange-yellow White Black, blue, or silvery Colorless (unless dyed)... [Pg.379]

Two types of fuse are in common use by the US Army (1) blasting time fuse that has a spiral wrapped outer cover usually colored orange and (2) safety fuse M700 that has a smooth green plastic cover with Length markers of abrasive material (so they can be felt in the dark). These two types of fuse are shown in Fig 2 (Ref 1)... [Pg.634]

Saturated atmosphere yes Detection/Color orange color after detection with Sodiumbismuthiodide solution... [Pg.170]

Polyethylene glycol (PEG) solution Weigh 50 g ofPEG (1500 molecular weight) into a capped 200-mL bottle, add 1 mL water, and then autoclave for 30 min at 120°C. Cool to about 70°C, add 50 mL of DMEM, mix, and after cooling to ambient temperature, adjust the pH to about 7.2 with 1M NaOH (the mixture should be colored orange). Store as 1-mL aliquots at-20°C. [Pg.25]

Secondary Colors. Orange, green, and violet (or purple) are second in importance. Each is made by combining two primary colors in equal amounts. [Pg.37]

Color Orange Blue Gray- Black Gray... [Pg.359]

Tetrasulfur tetranitride is next dissolved out of the residue by treatment with dry dioxane, which has been dried with sodium followed by calcium hydride. Either a Soxh-let extractor or an extraction tube is used for this, the extraction being continued until the eluate is only weakly colored orange-yellow. The eluate is cooled and the solution is decanted from the crude tetrasulfur tetranitride, which has crystallized out, and evaporated in an evaporating dish at 50°. [Pg.125]

Fig. 4 Diagram of the crystal structure of the T2R complex showing the binding sites of MT-destabilizing drugs (PDB entry 1Z2B) [13]. Protein subunits are represented as ribbons. RB3-SLD is colored orange, a-tubulin is purple, and p-tubulin is green. Small-molecule ligands are represented as spheres (vinblastine orange, colchicine red, GTP yellow, and GDP magenta). Colchicine binds to the p-subunit at the intradimer interface. Vinblastine binds at the interdimer interface... Fig. 4 Diagram of the crystal structure of the T2R complex showing the binding sites of MT-destabilizing drugs (PDB entry 1Z2B) [13]. Protein subunits are represented as ribbons. RB3-SLD is colored orange, a-tubulin is purple, and p-tubulin is green. Small-molecule ligands are represented as spheres (vinblastine orange, colchicine red, GTP yellow, and GDP magenta). Colchicine binds to the p-subunit at the intradimer interface. Vinblastine binds at the interdimer interface...
A computer-calculated molecular representation that uses colors to show the charge distribution in a molecule. In most cases, the EPM uses red to show electron-rich regions (most negative electrostatic potential) and blue or purple to show electron-poor regions (most positive electrostatic potential). The intermediate colors orange, yellow, and green show regions with intermediate electrostatic potentials, (p. 10)... [Pg.35]


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See also in sourсe #XX -- [ Pg.247 ]




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