What's the difference between chaotic and unorderly?

Chaotic


Definition:

  • (a.) Resembling chaos; confused.

Example Sentences:

  • (1) With significant correlation, the experimental data show the statistics of the system not to be casual and Gaussian, but chaotic and persistent, with Hurst exponent <H> approximately 0.77 and fractal dimension <D> 1.23.
  • (2) Despite mounting criticism during the Duma campaign, both supporters and opponents acknowledge his perceived achievement in restoring Russia's standing in the world following Boris Yeltsin's chaotic 1990s decade.
  • (3) Some saw it as a morality issue: the bad customers tend to be the lower paid, in and out of jobs, or just plain chaotic.
  • (4) They impose the illusion of order on a chaotic life; they cement our place within and commitment to a collective.
  • (5) Chaotic portal vein flow occurred in 35% (14) of pancreatic and 20% (6) of biliary tumours and complete portal vein occlusion in 28% (11) and 10% (3) respectively.
  • (6) With larger differences in the analog values (and larger feedback error) at each iteration, we found that networks learned to transmit different chaotic attractors.
  • (7) People didn't see, because it was so chaotic and acrimonious, that the Copenhagen accord turned out to be a strong platform for going forward.
  • (8) During their meeting, William revealed that the birth of the couple’s first child, Prince George, was so chaotic that he forgot to ask if it was a boy or girl.
  • (9) A biological process serves as a source and its products are subject t] local dispersive fluid forces constrained by chaotic streamlines.
  • (10) Insecurity has led to panic buying of fuel, with long, chaotic queues at petrol stations.
  • (11) This training is, of necessity, stressful and chaotic in order to simulate combat conditions.
  • (12) Simulated responses to periodic stimulation include monotonic Wenckebach patterns and alternans at normal [K]o, whereas at low [K]o nonmonotonic Wenckebach periodicities, aperiodic patterns, and enhanced supernormal excitability that results in unstable responses ("chaotic activity") are observed.
  • (13) The failure of bulbar rhythmogenic mechanisms to maintain an orderly and synchronous recruitment of respiratory drive, which led to untimely and chaotic activations of respiratory muscles, was apparently the underlying cause of various ataxic breathing patterns and a reduced ventilatory efficiency.
  • (14) Barack Obama stepped into the chaotic final hours of the Copenhagen summit today saying he was convinced the world could act "boldly and decisively" on climate change.
  • (15) In this paper we describe and demonstrate phase space trajectories generated for sine waves, mixtures of sine waves, and white noise (random chaotic events).
  • (16) Although security experts could not confirm whether this represents an explicit breach of protocol, they argued that it reflected the chaotic nature of decision-making within police stations as the security services struggled to bring protests under control.
  • (17) These conditions have brought about the present chaotic state of the city.
  • (18) The cardiac activity stems from deterministic dynamics of chaotic nature characterized by correlation dimensions D2 ranging from 3.6 to 5.2.
  • (19) The Office of Rail Regulation will launch an investigation into serious travel disruption caused by overrunning engineering works in London , which led to services to and from two major stations being cancelled and chaotic overcrowding at a local station to which some trains were re-routed.
  • (20) The other was chaotic, emotionally unsupportive, with high levels of conflict.

Unorderly


Definition:

  • (a.) Disorderly.

Example Sentences:

  • (1) In these discoidal complexes, the alpha-helical content was estimated to be 65%, with the rest of the structure being essentially unordered.
  • (2) The simultaneous binding of the polypeptidic molecules to two opposing bilayers appears to be required in order to preserve the beta-sheet structure at pressures over approximately 9 kbar: a small proportion of the polypeptide, most likely the molecules at the surface of the aggregated bilayers, was found to convert to unordered and eventually to alpha-helical conformations in the pressure range 9-19 kbar.
  • (3) The Amide I and Amide III bands of ghosts in H-2O and 2-H-2O, indicate a mixture of alpha-helical and unordered conformation, but do not allow a quantitative estimate of secondary structure.
  • (4) Average correlation times calculated from 2H NMR spectra were 20 and 320 ps for 8.7 and 3.3 residues, respectively, in 6 M guanidine hydrochloride; in nondenaturing solution, values of 70 and 320 ps were obtained for 6.5 and 3.2 residues, respectively, with the remaining 2.3 modified residues not observed, suggesting that side chains of lysine residues in unordered or flexible regions were more mobile than those in stable periodic structures.
  • (5) Furthermore, a comparison of unordered complexes containing polyinosinate whows that enhanced binding to cells is paralleled by an increased cellular resistance to viral infection.
  • (6) The number of unordered combinations of terms in the CCRG's classification was reduced by combining cortical terms according to the CCRG's accepted system of staged simplification.
  • (7) The secondary structure of the peptide under conditions favoring the monomeric state appears to be a mixture of unordered structure and beta-sheets.
  • (8) Unordered PGA in solution yielded no maximum at this scattering angle.
  • (9) Interprobe distance distributions were obtained from analysis of donor fluorescence decay curves and used to characterize local structures in unordered states of the protein.
  • (10) In the amide I spectral region of carbonyl hemoglobin (HbCO), a band at approximately 1654 cm-1 due to alpha-helical structures is the dominant band in spectra recorded at ambient temperature and in the vitrified state, but in the spectrum of HbCO quenched at similar rates into a freeze-concentrated state, a band at approximately 1650 cm-1, tentatively assigned to unordered structures, becomes the dominant feature.
  • (11) At pH 9.1, the conformation of concanavalin A approaches the random coil or unordered form.
  • (12) By comparison between the observed bands with the modes calculated for several structures (available in the literature), the occurrence in BTCI of unordered, antipatallel beta-sheet, and beta-turn structures is suggested.
  • (13) In the periphery, receptor addition is unordered, occurring along nerve branch pathways.
  • (14) It is suggested that basic protein may adopt this more ordered structure in myelin and possess activity not apparent in its water-soluble unordered conformation.
  • (15) The spectra are interpreted to indicate that conversion of the native to the reduced form is accompanied by an increase in alpha-helix structure at the expense of unordered structure.
  • (16) The results suggest that temporal organization is not imposed upon an existing unordered event representation, but rather, is an integral aspect of the representation from its initial construction.
  • (17) The contents of alpha-helix, beta, and unordered forms in lipoamide dehydrogenase were estimated to be 34, 14, and 52%, respectively.
  • (18) Both results - which are in excellent agreement - allow us to propose a model concerning the spatial organization of glycoproteins studied: one can claim that beta-turns and unordered regions situated outside the protein moiety play an important role concerning the linkage of the glycan chains.
  • (19) These mappings order several closely linked but previously unordered probes.
  • (20) For a membrane protein data set, the five-component spectra so obtained from the deconvolution consisted of two different types of alpha helices (the alpha helix in the soluble domain and the alpha T helix, for the transmembrane alpha helix), a beta-pleated sheet, a class C-like spectrum related to beta turns, and a spectrum correlated with the unordered conformation.

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