lattice strain造句

例句与造句

1. The presence of dislocation results in lattice strain ( distortion ).
2. The strained bonds around a dislocation are characterized by lattice strain fields.
3. Molybdenum increases lattice strain, thus increasing the energy required to dissolve iron atoms from the surface.
4. Each of these spin orbit states is doubly degenerate by spin, and this splitting can be affected by lattice strain.
5. A vertical lattice strain as large as 2 % has been achieved in La0.7Sr0.3MnO3 : MgO vertical nanocomposites.
6. It's difficult to find lattice strain in a sentence. 用lattice strain造句挺难的
7. Using lattice strain fields, it can be shown that an environment filled with dislocations will hinder the movement of any one dislocation.
8. This non-equilibrium phase can only form at low temperatures, where the driving force for the reaction is sufficient to overcome the considerable lattice strain imposed by the transformation.
9. Unlike analog dark-field imaging it may also allow one to map the " Fourier-phase " of periodicities, and hence phase gradients, which provide quantitative information on vector lattice strain.
10. Once the lattice strains are calculated, the product of these values and the x-ray shear modulus, also known as the diffraction elastic constant GR ( HKL ), provides the stress on different lattice planes, ? ( HKL ).
11. where " c " is the concentration of the solute atoms, " G " is the shear modulus, " b " is the magnitude of the Burger's vector, and \ epsilon is the lattice strain due to the solute.
12. Current theory holds that the strain in the neighborhood of a defect is smaller toward the axis of greatest differential compression, creating a defect chemical potential gradient ( depending upon lattice strain ) within the crystal that leads to net accumulation of defects at the faces of maximum compression by diffusion.
13. This framework is helpful in the description of many aspects of topographic image formation : entrance of an X-ray wavefield into a crystal, propagation of the wavefield inside the crystal, interaction of wavefield with crystal defects, altering of wavefield propagation by local lattice strains, diffraction, multiple scattering, absorption.