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the crystal
The standard entropy, the surface energy and the crystal energy of ionic liquid were calculated, respectively.
      
The crystal energy of ionic liquid is much lower than ionic solid and this is the underlying reason for forming ionic liquid at room temperature.
      
The contents of the harmful chemical elements Cd and Pb were obviously reduced, while the crystal size increased from 24.5 to 35.7 nm and surface loosened.
      
The crystal degree of the n-HA in the composite is low and the crystal size is very small, which is similar to that of natural bone.
      
The study showed that the water molecules between the HAP faces were under conditions of strong electrical field and high pressure, and hence formed 2-3 well-organized water layers on the crystal surfaces.
      
In the crystal structure of 2, similar honeycomb host lattices with big size were also formed along the [101] direction by three-dimensional accumulation of EADA anions.
      
Formation mechanism of the crystal nucleus and CdS film was also discussed.
      
Active sites on the surface of ITO are critical to the formation of the crystal nucleus and a uniform and compact CdS nano-film.
      
The diffraction pattern, morphology, element composition and structure of the crystal were analyzed by XRD, SEM and CCD.
      
It is very important to control the crystal morphology of star-shaped copolymers by introducing the miktoarm into the starshaped polymers and adjusting its content in star-shaped polymers.
      
The confinement effect of the PS spheres template on the growth of ZnO nanorods and the influence of sodium citrate on the crystal growth of ZnO had been studied.
      
The crystal grain size and density of ultrafine alumina powder increase with the increase of the calcination temperature.
      
The morphology and structure of γ-MnOOH nanorods precursors have a great influence on the crystal structure of the obtained products.
      
The crystal growth of calcium phosphates was regulated by regenerated silk fibroin for 8 h (at pH 4.0, 7.0 and 10.0, respectively).
      
The crystal structure of bovine rhodopsin recently reported will lead to better understanding of the mechanism in future.
      
The crystal structure of the complex of one of these mutants (Thr3Cys S15) with the 16S rRNA fragment was determined, and a computer model of the complex containing another mutant (Gln8Met S15) was designed.
      
The crystal structure of the complex of one of these mutants (Thr3Cys S15) with the 16S rRNA fragment was determined, and a computer model of the complex containing another mutant (Gln8Met S15) was designed.
      
Epitope localization was analyzed within the framework of AChR extracellular domain model based on the crystal structure of acetylcholine-binding protein available in the literature.
      
Qualitatively different concentration dependences of T1 and T2 are observed for polar acetone and DEG molecules, because these liquids do not cause a earrangement in the crystal lattice of silicalite; this is confirmed by the X-ray diffraction data.
      
Changes in the crystal structure and composition of aluminum and graphite powder mixtures in the course of their joint mechanical treatment in a vibration mill were monitored by the adsorption and X-ray diffraction techniques.
      
 

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