Examples of the the word, lattice , in a Sentence Context

The word ( lattice ), is the 13892 most frequently used in English word vocabulary

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  1. Denote the number of unit vectors along two directions in the honeycomb crystal, lattice ,of graphene. If m 0,the nanotubes are called zigzag nanotubes, and if n m, the
  2. Bricks which are stacked in an open lattice pattern to allow airflow. The, lattice ,is capped with a roofing layer of finished brick. In operation, new green
  3. The fourth pair is just distributivity. Since the complements in a distributive, lattice ,are unique, to define the involution ¬ it suffices to define a as the
  4. With the nickel ion Ni2+ and dimethylglyoxime, ( dmgH2): in this case the, lattice ,energy of the solid is not particularly large, but it greatly exceeds the
  5. In crystals, where large crystal-electrical fields may occur at low-symmetry, lattice ,sites. A single carat diamond with a mass of contains about 10 sextillion (
  6. Sta bat Mater (1736) In abstract algebra, a Boolean algebra or Boolean, lattice ,is a complemented distributive lattice . This type of algebraic structure
  7. Algebra, a Boolean algebra or Boolean lattice is a complemented distributive, lattice , This type of algebraic structure captures essential properties of both set
  8. Be identified via their characteristic optical absorption spectra. The crystal, lattice ,of solid americium and its compounds contains intrinsic defects, which are
  9. By translational symmetry along three (not usually orthogonal) axes. Every, lattice ,element of the structure is in its proper place, whether it is a single atom or
  10. Kilns. Sheet metal or boards are used to route the airflow through the brick, lattice ,so that fresh air flows first through the recently burned bricks, heating the
  11. Indirectly by the interaction between the electrons and the vibrating crystal, lattice ,(the phonons). Roughly speaking the picture is the following: An electron
  12. Represent the limit of time, but without the need for a singularity. * Big Bang, lattice ,model states that the Universe at the moment of the Big Bang consists of an
  13. Which has a face-centered cubic (FCC) symmetry, space group FMM and, lattice ,constant a = 489 pm. This FCC structure is equivalent to the closest packing
  14. And negatively charged anions (e.g. chloride CLR) can form a crystalline, lattice ,of neutral salts (e.g. sodium chloride NaCl). Examples of polyatomic ions
  15. Will attract nearby positive charges in the lattice . This deformation of the, lattice ,causes another electron, with opposite" spin ", to move into the region of
  16. With their minimum and supreme, respectively,with respect to ≤. As in every, lattice , the relations ∧ and ∨ satisfy the first three pairs of axioms above; the
  17. Boron and nitrogen atoms. IN is electronic to a similarly structured carbon, lattice ,and thus exists in various crystalline forms. The hexagonal form corresponding
  18. State +3,and the Ac3+ ions are colorless in solutions. In particular,the, lattice ,constants of the analogous lanthanum and actinium compounds differ by only a
  19. Then iron because its atoms are bound together in a more rigid crystalline, lattice ,; wood burns or undergoes rapid oxidation because it can react spontaneously
  20. Water, releasing hydrogen and converting back to the Am (III) state. Specific, lattice ,constants are: * Orthorhombic AmCl2: a 896.3 ± 0.8 pm, b 757.3 ± 0.8 pm and c =
  21. Electron moving through a conductor will attract nearby positive charges in the, lattice , This deformation of the lattice causes another electron, with opposite" spin
  22. Algebra yields" generalized Boolean algebras ". Formally, a distributive, lattice ,B is a generalized Boolean lattice , if it has the smallest element 0 and for any
  23. The crystal symmetry is cubic, Pearson symbol cP16,space group P213 No.198, lattice , constant 0.5125 nm. Liquid ammonia possesses strong ionizing powers reflecting
  24. Portion of the chamber, separated from the rest of the hall or chamber by, lattice ,work, assist the Cardinal Vice-Chancellor, subscribe the letters and have the
  25. Is brought about indirectly by the coupling of electrons to the crystal, lattice ,(as explained above). However, the results of BCS theory do not depend on the
  26. On the electrical properties of a material, but does affect the frequency of, lattice ,vibrations, this effect suggested that superconductivity be related to
  27. Temperature it gradually converts back to berkelium). This phase has a FCC, lattice ,(but slightly different from berkelium),space group FMM and the lattice
  28. This effect suggested that superconductivity be related to vibrations of the, lattice , This is incorporated into the BCS theory, where lattice vibrations yield the
  29. Graphite (where the carbon atoms are bonded together in sheets of a hexagonal, lattice ,), graphene (single sheets of graphite),and fullerenes (where the carbon
  30. Major design projects The geodesic dome Fuller was most famous for his, lattice ,shell structures - geodesic domes, which have been used as parts of military
  31. Axiom. Therefore, by applying this operation to a Boolean algebra (or Boolean, lattice ,), one obtains another Boolean algebra with the same elements; it is called its
  32. Trench is filled with" green" ( unfixed) bricks which are stacked in an open, lattice ,pattern to allow airflow. The lattice is capped with a roofing layer of
  33. Largest surviving historical palace in Berlin. The Future Berlin is a tall, lattice ,radio tower at the fair area, built between 1924 and 1926. It is the only
  34. Its most stable α form which has a hexagonal symmetry, space group P63/MMC, lattice ,parameters of 341 pm and 1107 pm. The crystal has a double-hexagonal close
  35. Algebras except the two distributivity axioms is called an orthocomplemented, lattice , Orthocomplemented lattice s arise naturally in quantum logic as lattice s of
  36. Are diamond (where the carbon atoms are bonded together in a tetrahedral, lattice ,arrangement),graphite (where the carbon atoms are bonded together in sheets
  37. Divisors of n forms a distributive lattice if we write a ≤ b for a | b. This, lattice ,is a Boolean algebra if and only if n is square-free. The smallest element 0 of
  38. States that the Universe at the moment of the Big Bang consists of an infinite, lattice ,of fermions which is smeared over the fundamental domain, so it has both
  39. Lattice (but slightly different from berkelium),space group FMM and the, lattice ,constant of 500 pm; this FCC structure is equivalent to the closest packing
  40. Natural number n, the set of all positive divisors of n forms a distributive, lattice ,if we write a ≤ b for a | b. This lattice is a Boolean algebra if and only if n
  41. Phosphorus, arsenic,antimony and bismuth. They crystallize in the rock-salt, lattice , Brides of americium include AmB4 and AmB6. The tetrachloride can be obtained by
  42. Solid with a melting point of 1920 °C and a body-centered cubic (BCC) crystal, lattice , Berkelium (III) fluoride (BkF3) is also a yellow-green solid, but it has
  43. Especially noticeable at low temperatures, where the mobility of the produced, lattice ,defects is relatively low, by broadening of X-ray diffraction peaks. This
  44. Vibrations In 1907 Einstein proposed a model of matter where each atom in a, lattice ,structure is an independent harmonic oscillator. In the Einstein model, each
  45. To Half, argon can form classmates with water when atoms of it are trapped in a, lattice ,of the water molecules. Argon-containing ions and excited state complexes, such
  46. Precipitates from the solution. This occurs because Al (OH)3 has a very large, lattice ,energy. As the pH rises more and more Al (OH)3 comes out of solution. This is
  47. Boolean algebras ". Formally, a distributive lattice B is a generalized Boolean, lattice , if it has the smallest element 0 and for any elements a and b in B such that a ≤
  48. And neodymium. As with many other actinides, self-damage of the crystal, lattice ,due to alpha-particle irradiation is intrinsic to americium. It is especially
  49. To vibrations of the lattice . This is incorporated into the BCS theory, where, lattice , vibrations yield the binding energy of electrons in a Cooper pair. Biathlon is
  50. Guggenheim, p. 157) A perfect crystal is one in which the internal, lattice ,structure extends uninterrupted in all directions. The perfect order can be

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