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Labeling points

Numbers and letters in the first column (labeled Point ) refer to references and comments for Figure A-1. [Pg.15]

In Figure 2a several important stages in the circling are labeled with Arabic numerals. In the adjacent Figure 2b the values of 0(4>, q) are plotted as < ) increases continuously. The labeled points in the two Figures correspond to each other. (The notation is that points that represent zeros of tan 0 are marked with numbers surrounded by small circles, those that represent poles are marked by numbers placed inside squares, other points of interest that are neither zero nor poles are labeled by free numbers.) The zero value of the topological phase (0/2) arises from the fact that at the point 3 (at which <(> = it/2), 0 retraces its values, rather than goes on to decrease. [Pg.236]

Fig. 1. The Honerat kimberlite and the Unknown Site are located in western Quebec, Canada. The labeled points represent sample collection sites along transects at Honerat and Unknown. Fig. 1. The Honerat kimberlite and the Unknown Site are located in western Quebec, Canada. The labeled points represent sample collection sites along transects at Honerat and Unknown.
As is easily seen on examples,44 each 1,2-R.H.T. with n labelled points is uniquely decomposable in a 1,2-I.H.T. with n certain number of appending parts attached to this 1,2-chain. More precisely, the class of 1,2-R.H.T. with n labelled points is now decomposed into sub-classes, each subclass denoted 7 l J)(r) being characterized by the set of n points forming the 1,2-chain. We have then ... [Pg.377]

We can reconcile the spherical picture with Figure 10.4(a) by noting that while the labeled points each refer to exactly one state of the qubit, each of the unlabeled points corresponds to a whole circle s worth of states, one circle of constant latitude on the sphere P(C ). [Pg.309]

Fig. 2. A linear sweep voltammetry current—potential curve with labelled points of interest. Fig. 2. A linear sweep voltammetry current—potential curve with labelled points of interest.
A colleague has measured the enzymatic activity as a function of reaction temperature and obtained the data shown in this graph. He insists on labeling point A as the temperature optimum for the enzyme. Try, tactfully, to point out the fallacy of that interpretation. [Pg.152]

The scatter plot above shows how many eggs were found in a hunt over time. Which of the labeled points represents a number of eggs found that is greater than the number of minutes that has elapsed ... [Pg.226]

Screen Printing Flat bed Cylinder Rotary Point of sale advertising, posters, printed circuit boards, T-shirts, labels Point of sale advertising, posters Fabrics, wall coverings... [Pg.253]

VBA code for PCA and labelling points as described in Section A.4.6.1. These are freely available. [Pg.507]

Enantiomerization of chiral tetraatomic molecules by unimolecular processes unavoidably requires the intermediacy of achiral structures, as, for example, in the racemization of NHDF by inversion at nitrogen or of H2O2 by rotation about the O — O bond. Abstractly considered, it is easily seen that any chiral set of four differently labeled points ABCD in... [Pg.79]

Figure 17. Wavelength-dispersive electron microprobe image of arsenic concentration in within a coal sample from the Black Warrior basin of Alabama. Brighter colors show areas with higher arsenic concentrations and reveal the oscillatory zonation of arsenic in pyrite. Black is coal. White arrows indicate cell lumens in the host coal that are filled with epigenetic pyrite. The labeled points are microprobe analysis sites (values in weight percent) HSI=4.38%As, HS2=4.45%As, HS3=3.97% A.s, CSI=0.40%As, CS2=0.33%As. Figure 17. Wavelength-dispersive electron microprobe image of arsenic concentration in within a coal sample from the Black Warrior basin of Alabama. Brighter colors show areas with higher arsenic concentrations and reveal the oscillatory zonation of arsenic in pyrite. Black is coal. White arrows indicate cell lumens in the host coal that are filled with epigenetic pyrite. The labeled points are microprobe analysis sites (values in weight percent) HSI=4.38%As, HS2=4.45%As, HS3=3.97% A.s, CSI=0.40%As, CS2=0.33%As.

See other pages where Labeling points is mentioned: [Pg.1870]    [Pg.132]    [Pg.245]    [Pg.85]    [Pg.377]    [Pg.377]    [Pg.378]    [Pg.378]    [Pg.8]    [Pg.8]    [Pg.140]    [Pg.463]    [Pg.319]    [Pg.60]    [Pg.245]    [Pg.245]    [Pg.500]    [Pg.500]    [Pg.478]    [Pg.271]    [Pg.471]    [Pg.109]    [Pg.44]    [Pg.245]    [Pg.321]    [Pg.321]    [Pg.632]    [Pg.632]    [Pg.89]    [Pg.90]    [Pg.79]    [Pg.198]    [Pg.394]    [Pg.394]    [Pg.123]    [Pg.138]   
See also in sourсe #XX -- [ Pg.233 , Pg.234 ]




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