scattering vector造句
例句與造句
- This leads to the definition of the scattering vector as:
- LALS measurements are measuring at a very low angle where the scattering vector is almost zero.
- A typical neutron reflectometry plot displays the reflected intensity ( relative to the incident beam ) as a function of the scattering vector:
- The refraction correction applies to the perpendicular component of the scattering vector with respect to the substrate while the parallel component is unaffected.
- One interpretation of the scattering vector is that it is the " resolution " or " yardstick " with which the sample is observed.
- It's difficult to find scattering vector in a sentence. 用scattering vector造句挺難的
- In the case of a screw dislocation, the scattering vector has to have a component along the Burgers vector, which is now parallel to dislocation line.
- K _ f "'have the same length the scattering vector must lie on the surface of a sphere of radius 2 \ pi / \ lambda.
- Conventionally the z direction is defined to be the direction normal to the surface, and for specular reflection, the scattering vector has only a z-component.
- The reciprocal lattice points are the values of momentum transfer where the Bragg diffraction condition is satisfied and for diffraction to occur the scattering vector must be equal to a reciprocal lattice vector.
- where I obs is the intensity expected for a random sample, G is the preferred orientation parameter and ? is the acute angle between the scattering vector and the normal of the crystallites.
- This is a function of q, the scattering vector of momentum transfer cross section in reciprocal space ( in units of inverse distance ), and Z is the atomic number of the atom.
- SAXS patterns are typically represented as scattered intensity as a function of the magnitude of the " scattering vector " q = 4 \ pi \ sin ( \ theta ) / \ lambda.
- In the Born approximation the amplitude of the scattered wave corresponding to the scattering vector \ mathbf { q } is proportional to the Fourier transform \ textstyle \ psi ( \ mathbf { q } ).
- where \ upsilon _ D \, is velocity of the particles, \ q \, is the amplitude of the scattering vector, and \ D \, is the translational diffusion constant of particles.
- Powder diffraction data are usually presented as a diffractogram in which the diffracted intensity, I, is shown as a function either of the scattering angle 2? or as a function of the scattering vector length q.
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