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Sort/2 problem

The following logic algorithm for the sort/2 problem is also known as Naive-Sort ... [Pg.101]

Tu X, Zheng M (2008) A DNA-based approach to the carbon nanotube sorting problem. Nano Res 1 185-194... [Pg.168]

As project leaders. Improvisers are adept at sorting problems as they occur. But they can be overoptimistic, believing that somehow events will turn out their way, and allow warning signs of problems to go unnoticed. [Pg.268]

Input-output devices planned for the prototype include a cathode-ray-tube display unit and an operator s console typewriter. Machine subroutines or separate special-purpose hardware to handle the decimal-to-binary conversion upon input and binary-to-decimal at output are discussed with the subroutines getting the nod for the IAS-type machine on the basis that it is intended for problems with a large ratio of compute to input-output time. The second of these historic reports introduces the programming concepts of flow diagrams, storage tables, coding, subroutines, and loaders, and illustrates their application with examples such as decimal-binary and binary-decimal conversion, double-precision arithmetic, and sorting problems. [Pg.275]

Use separate pans of disinfectant for disposable and nondisposable syringes and needles to eliminate a sorting problem in the service area. [Pg.14]

La sensibilite aux defauts et autres parametres de controle peut etre amelioree par le choix optimal de la sonde. II apparait, apres etudes des differents types de sondes (ferritiques, acier doux, isolant) avec des geometries differentes (plate, conique,. ..), necessaires de souligner que le succes d une recherche de faisabilite depend en grande partie de la bonne definition des capteurs de mesure, de telle sorte que ceux-ci soient adaptes au probleme considere. [Pg.289]

It is well known that the electron-impact ionization mass spectrum contains both the parent and fragment ions. The observed fragmentation pattern can be usefiil in identifying the parent molecule. This ion fragmentation also occurs with mass spectrometric detection of reaction products and can cause problems with identification of the products. This problem can be exacerbated in the mass spectrometric detection of reaction products because diese internally excited molecules can have very different fragmentation patterns than themial molecules. The parent molecules associated with the various fragment ions can usually be sorted out by comparison of the angular distributions of the detected ions [8]. [Pg.2070]

Once the basic work has been done, the observed spectrum can be calculated in several different ways. If the problem is solved in tlie time domain, then the solution provides a list of transitions. Each transition is defined by four quantities the mtegrated intensity, the frequency at which it appears, the linewidth (or decay rate in the time domain) and the phase. From this list of parameters, either a spectrum or a time-domain FID can be calculated easily. The spectrum has the advantage that it can be directly compared to the experimental result. An FID can be subjected to some sort of apodization before Fourier transfomiation to the spectrum this allows additional line broadening to be added to the spectrum independent of the sumilation. [Pg.2104]

Our approach to the problem of gelation proceeds through two stages First we consider the probability that AA and BB polymerize until all chain segments are capped by an Aj- monomer then we consider the probability that these are connected together to form a network. The actual molecular processes occur at random and not in this sequence, but mathematical analysis is feasible if we consider the process in stages. As long as the same sort of structure results from both the random and the subdivided processes, the analysis is valid. [Pg.316]

It is not tme either that vinyl is the problem in municipal recycling because it contaminates other resins. Contamination occurs whether or not vinyl is present. Other resins are just as much a contamination problem as vinyl. Except for commingled plastics apphcations, different plastic materials caimot be mixed successfiJly in most recycled products apphcations. This is why it is cmcial to separate efficientiy one plastic from another. Because of the chlorine that is present in it, vinyl lends itself very weU to automated sorting technology. [Pg.509]

It may be noted that an elastic material for which potentials of this sort exist is called a hyperelastic material. Hyperelasticity ensures the existence and uniqueness of solutions to intial/boundary value problems for an elastic material undergoing small deformations, and also implies that all acoustic wave speeds in the material are real and positive. [Pg.134]

Similar treatments can be used for all sorts of two-dimensional problems for calculating the plastic collapse load of structures of complex shape, and for analysing metal-working processes like forging, rolling and sheet drawing. [Pg.114]

The range of problems that probabilistie teehniques ean be applied to is vast, basieally anywhere where variability dominates that problem domain. If the eompo-nent is eritieal and if the parameters are not well known, then their uneertainty must be ineluded in the analysis. Under these sorts of requirements, it is essential to quantify the reliability and safety of engineering eomponents, and probabilistie analysis must be performed (Weber and Penny, 1991). In terms of SSI analysis, the main applieation modes are ... [Pg.203]


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See also in sourсe #XX -- [ Pg.14 , Pg.16 , Pg.30 , Pg.32 , Pg.40 , Pg.70 , Pg.76 , Pg.101 , Pg.104 , Pg.108 , Pg.149 , Pg.209 , Pg.213 ]




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