1. Any interaction between chains in the crystal lattice will help to hold the structure together more firmly and raise the melting temperature.

2. The structure of the crystal lattice must therefore preserve electrical neutrality.

3. The crystal lattice is composed of a basic unit called a unit cell.

4. The crystal lattice parameters were calculated with DICVOL91 program.

5. The effects of polyacrylate behenyl on crystal lattice parameters of waxes in crude oil raypolar microscope.sentencedict .com

6. The effects of polyacrylate behenyl on crystal lattice parameters of waxes in crude oil were studied by X-ray diffractometer and polar microscope.

7. The shapes then further organize into a crystal lattice that resembles a porous structure called zeolite, an absorbent material with many industrial uses. Credit - Michael D.

8. After boron atom enter diamond's crystal lattice, the structure and character will be changed.

9. The crystal lattice constant is an important parameter of the crystal and it changes extremely slightly.

10. The effect of Si on the crystal lattice parameters, lattice volume and crystal defects of the eutectic cementite in malleable cast iron has been studied by using X ray diffractometer and TEM.

11. It is found that if the initial 1D crystal lattice has a regularly zigzagged change in bond length, the convergence precision is much greater for a closed chain than for an open chain.

12. The phase composition and the change of crystal lattice parameters were characterized by X-ray diffraction and Fourier transform infrared spectroscopy, respectively.

13. How do we characterize and differentiate amongst a crystal lattice, the Internet and a food web?

14. A new method dealing with the determination of crystal lattice parameters is presented in this paper and its application to that of aluminum plate is also discussed.

15. The effect of impurity on classical Wigner crystal lattice is investigated in the fourth chapter.

16. It is shown that calculated crystal lattice parameters are in accord with the values of experiment.

17. The crystal lattice parameters, refractive index and the optical damage threshold were tested.

18. The arrangement of atoms, molecules or ions in a crystal can be depicted as a crystal lattice.

19. The model is based on the geometry of the crystal lattice.

20. Substances which have the same type of chemical formula and which crystallise with the same crystal lattice are said to be isomorphous.

21. As a result, these particles are held in fixed positions in a crystal lattice.

22. As Born first showed there are precise relationships between the crystal elastic constants and the interatomic forces in a regular crystal lattice.

23. This is the technique which detects stored energy in the crystal lattice of minerals, caused by natural radiation.

24. The results show that the single-phase materials with strong magnetoelectric properties at room temperature are obtained by the inducing deformation of crystal lattice and the elimination of impurity.

25. A high reverse bias voltage creates a strong internal electric field, which accelerates the electrons through the silicon crystal lattice and produces secondary electrons by impact ionization.

26. Measurements such as locating the objects, X-ray scanning, CZT crystal lattice were employed to measure the double energy X-ray absorbed and attenuated by the osseous tissue.

27. This thesis is devoted to theoretical research of classical Wigner crystal lattice.

28. In metal the atoms are arranged not chaotically but in even rows, forming a crystal lattice.

29. The group also medium-speed transmission and laser modulation frequency, laser power and the direction of the crystal lattice.

30. The net stability and crystallization of the gel - glass was analyzed by energy of crystal lattice.

31. The component dependence of crystal lattice constant, saturated magnetization and Curie temperature has been analyzed.

32. Strained silicon is a fundamental component of all recent microprocessors. The reason for its success is that local strain-induced deformation in the crystal lattice improves processor performance.

33. The crystal lattice parameters of the sample are changed obviously with the change of doped concentration and annealing temperature.

34. The plasma oscillation spectrum of electrical discharge channel is analyzed, and the eigenfrequency of metal crystal lattice vibration is discovered in the spectrum.

35. The crystal lattice parameters and specific surface area of precipitated particles have changed obviously.

36. The influence of the elliptic and rectangular boundary on the wigner crystal lattice is analyzed.