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White Diamonds

White brass White chocolate White cyanide White Diamonds White dross... [Pg.1069]

Cmpe de Chine (chypre aldehyde) CrKpe de Chine (MiUot 1928) White Diamonds (Arden 1992)... [Pg.73]

Someone s wearing White Diamonds, he said, as two done ladies unwrapped at the door. [Pg.177]

Graph 1. Hydrogen capacity for Pt-MnCb (bar of black check on white background) in comparison with theoretically calculated amount of gas adsorbed by Pt (plain bar) and support (bar with white diamonds on black background). [Pg.57]

Fig. 1. Kriged and contoured cross-section of sericite / (sericite + chlorite)) 100 Index (plotted in percent) along A - A on McIntyre grid line 3500E through the HMC deposit. White diamonds indicate sample locations. Specific rock units such as C15 are labeled with abbreviations. The Cu-Au zone is indicated cross-hatching. Fig. 1. Kriged and contoured cross-section of sericite / (sericite + chlorite)) 100 Index (plotted in percent) along A - A on McIntyre grid line 3500E through the HMC deposit. White diamonds indicate sample locations. Specific rock units such as C15 are labeled with abbreviations. The Cu-Au zone is indicated cross-hatching.
Fig. 7 Principle oftransition metal-templated construction of a [2]-rotaxane with two different porphyrin stoppers. The white diamond is a zinc porphyrin, and the hatched diamond is a gold porphyrin. The black disk is Cu(i). Fig. 7 Principle oftransition metal-templated construction of a [2]-rotaxane with two different porphyrin stoppers. The white diamond is a zinc porphyrin, and the hatched diamond is a gold porphyrin. The black disk is Cu(i).
Fig. 10 Measured crack lengths, L, in an epoxy polymer as a function of the number of cycles and the imposed lateral displacement. The crack length was measured in the contact plane from in situ observations. Amplitude of the relative displacement Black circles 15 xm, white circles 20 pm, white squares 25 pm, black squares 30 pm, white diamonds 60 pm. Dotted lines indicate the occurrence of britde failure events during the course of the contact fatigue experiments... Fig. 10 Measured crack lengths, L, in an epoxy polymer as a function of the number of cycles and the imposed lateral displacement. The crack length was measured in the contact plane from in situ observations. Amplitude of the relative displacement Black circles 15 xm, white circles 20 pm, white squares 25 pm, black squares 30 pm, white diamonds 60 pm. Dotted lines indicate the occurrence of britde failure events during the course of the contact fatigue experiments...
Figure 4.37. Comparison between the present theory (dashed), the Fixman theory (solid curves) and the exact numerical results by DeLacey and White (diamonds) Ka = 20, a = 200 nm, Ff /RT = 4. Left excess conductivity per unit volume fractions of the colloid right, excess dielectric loss. Figure 4.37. Comparison between the present theory (dashed), the Fixman theory (solid curves) and the exact numerical results by DeLacey and White (diamonds) Ka = 20, a = 200 nm, Ff /RT = 4. Left excess conductivity per unit volume fractions of the colloid right, excess dielectric loss.
In figures, the notation of UML class diagrams is used. Boxes represent classes, lines represent relations, and dashed arrows represent instantiation. Aggregation relations are represented through a white diamond-shaped arrowhead pointing towards the aggregate class. Similarly, composition relations are indicated by a black diamond-shaped arrowhead. [Pg.92]

Figure 5.12 Left residual isotropic resistivity p of disordered CojcPdi- ( ) and Co Pti- (o) alloys. Full lines, calculated including vertex corrections broken lines, calculated omitting vertex corrections. Right calculated anomalous magnetoresistance (AMR) ratio Ap/p of CojPdi- ( ) and Co Pti- (o) alloys. Experimental data denoted by open squares, white diamonds, triangles and crosses arise from various sources (Ebert et al. 1996b). Figure 5.12 Left residual isotropic resistivity p of disordered CojcPdi- ( ) and Co Pti- (o) alloys. Full lines, calculated including vertex corrections broken lines, calculated omitting vertex corrections. Right calculated anomalous magnetoresistance (AMR) ratio Ap/p of CojPdi- ( ) and Co Pti- (o) alloys. Experimental data denoted by open squares, white diamonds, triangles and crosses arise from various sources (Ebert et al. 1996b).
The Imperial Diamond, known also as the Victoria or Great White Diamond probably came from the Jagersfontein mine of the O.F.S. It appeared on the London market in 1884 and had been presumably stolen from the mine. Its original weight was given as 457 carats it was cut into an oval brilliant of 180 carats and a smaller round brilliant of approximately 19-6 carats. The former was purchased by the Nizam of Hyderabad. [Pg.64]

The lower white diamond indicates specific hazards or information, such as oxidizer, acid, alkali, or radiation hazard, or may have a no water symbol, which means use no water in the event of fire. [Pg.187]

Figure 65. The model bis-porphyrin catenane, consisting of a donor porphyrin (white diamond), a bridging catenane (ovals) complexing a central transition metal centre (circle) with chelating subunits (thick lines) and an acceptor porphyrin (hatched diamond). Figure 65. The model bis-porphyrin catenane, consisting of a donor porphyrin (white diamond), a bridging catenane (ovals) complexing a central transition metal centre (circle) with chelating subunits (thick lines) and an acceptor porphyrin (hatched diamond).
Figure. 70. Donor-acceptor multiporphyrin conjugate. The porphyrins represented by white diamonds are electron donors in the excited state, and the acceptor porphyrin is represented by a hatched diamond. Light excitation of the donor porphyrins leads to intramolecular electron transfer between mechanically linked molecular components. Figure. 70. Donor-acceptor multiporphyrin conjugate. The porphyrins represented by white diamonds are electron donors in the excited state, and the acceptor porphyrin is represented by a hatched diamond. Light excitation of the donor porphyrins leads to intramolecular electron transfer between mechanically linked molecular components.
SPECIAL HAZARD (White diamond) Ox Oxidizer W Use NO Water SA Simple asphyxiant... [Pg.129]

Figure 23B presents IR transmission spectra for (5) an optically pure and mechanically polished white diamond disc, (6) an undoped and polished (both sides) Si substrate, and (7 and 8) moderately and heavily boron-doped microcrystalline diamond thin films deposited on the undoped Si. The white diamond is relatively free of structural defects and chemical impurities. There is reduced transparency between 2500 and 1500 cm due to the two-phonon absorption. Diamond films with more... [Pg.243]

FIG. 23. Transmission spectra for different materials in the (A) UV/Vis and (B) IR regions of the electromagnetic spectrum. The electrodes in (A) are (1) a thin film of ITO on quartz, (2) a thin film of boron-doped nanocrystalline diamond on quartz, (3) a thin film of mechanically polished and boron-doped diamond on an optically pure, white diamond substrate, and (4) a free-standing, boron-doped, and mechanically polished diamond disc. The electrodes in (B) are (5) an optically pure and mechanically polished white diamond disc, (6) an undoped and polished (both sides) Si substrate, and (7 and 8) moderately and heavily boron-doped microcrystalline diamond thin films deposited on the undoped Si. (Reprinted with permission from Interface 2003, 12, 33. Copyright (2003) The Electrochemical Society, Inc.) (From Ref. 158.)... [Pg.244]

FIGURE 14.12 Degradation of MB by photolysis (black circle), TiO powder (black square), nonetched TiO -ENRSO-PVC (white diamond), and photo etched TiOj-ENRSO-PVC composite (black diamond) via irradiation under 45W compact fluorescent lamp with UV leakage of 4.35Wm (continuous hne) and adsorption in the dark (dashed line). (Nawi et al., 2012)... [Pg.221]

FIGURE 1.6 In vitro inhibition of enzyme activity by metal ions is correlated with the absolute value of the logarithm of the first hydrolysis constant (i.e., K(,h for M"++ HjO —> MOH"" + H+) and the softness index (Op). Inhibition data for these three enzymes were produced by Christensen (1971/1972) and Christensen and Tncker (1976). White diamonds=catfish carbonic anhydrase ICjq, grey sqnares=white sucker lactic dehydrase ICjo and black triangles = white sucker glutamic oxaloacetic transaminase ICjo-... [Pg.12]

Aromatics Ehxir (Lauder 1992) White Diamonds (Arden 1991) Tommy Girl (Hihiger 1996) Romance (Lauren 1998)... [Pg.127]

Color-coded systems are used to label hazardous materials. Some labels use colored bars or diamonds that indicate the type of hazard. A red bar or diamond indicates a fire hazard. Yellow bars or diamonds indicate a reactivity hazard. Blue bars or diamonds indicate health hazards. White bars identify the need for personal protective equipment such as glasses, gloves, faceshields, rubber aprons, or respirators. A white diamond contains symbols regarding the health hazards the chemical may cause, warnings such as OX for oxidizer, ACID for acid, ALK for alkali, COR for corrosive, W for use no water, and a radioactive symbol. [Pg.224]


See other pages where White Diamonds is mentioned: [Pg.176]    [Pg.115]    [Pg.145]    [Pg.8]    [Pg.341]    [Pg.341]    [Pg.439]    [Pg.440]    [Pg.36]    [Pg.37]    [Pg.179]    [Pg.27]    [Pg.341]    [Pg.236]    [Pg.40]    [Pg.129]    [Pg.131]    [Pg.243]    [Pg.13]    [Pg.139]    [Pg.141]    [Pg.414]    [Pg.148]   


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