diamond lattice造句

• The photo shows the distinctive diamond lattice pattern common on Jaff rugs and bags.
• It crystalises in a cubic structure, where H 2 and H 2 O are both arranged in a diamond lattice.
• Isolated silicon defects have been detected in diamond lattice through the sharp optical absorption peak at 738 nm and electron paramagnetic resonance.
• For example, one-phonon ( infrared ) absorption in pure diamond lattice is forbidden because the lattice has an inversion center.
• Phonons in the diamond lattice drive transitions between these orbital states, causing rapid equilibration of the orbital population at temperatures above ca . 1 K.
• This fact is by all means unusual considering the large difference in size between carbon and transition metal atoms and the superior rigidity of the diamond lattice.
• Paramagnetic nitrogen ( neutral nitrogen atoms substituting carbon in the diamond lattice ) is the major form of nitrogen in diamond, and thus the nitrogen content in DND is probably very low.
• Type II diamonds weakly absorb in a different region of the infrared ( the absorption is due to the diamond lattice rather than impurities ), and transmit in the ultraviolet below 225 nm, unlike type I diamonds.
• The SiV has an inversion symmetry, and no static electric dipole moment ( to the first order ); it is therefore insensitive to the Stark shift that could result from inhomogeneous electric fields within the diamond lattice.
• Besides, isolated nickel and cobalt atoms incorporate into diamond lattice, as demonstrated through characteristic hyperfine structure in electron paramagnetic resonance, optical absorption and photoluminescence spectra, and the concentration of isolated nickel can reach 0.01 %.
• :It seems to be because " Diamond Lattice " in the infobox is linked to a long URL . This is a problem, but as a source is significantly more important than the layout of the printable version, I'm not sure what to do : ?-- C "'22 : 23, 3 December 2006 ( UTC)