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Nonstationary vapor concentration fields near the droplet of binary solution growing in the vapor-gas mixture are revealed using the concepts of similarity.
      
Calculations are performed using the basic concepts of the theory of volume filling of micropores, Dubinin-Radushkevich equation, and linear adsorption isosteres.
      
The calculation results are analyzed in the context of general theoretical concepts.
      
Based on these data, comparing them with similar situations in the past and using available theoretical concepts, we discuss possible cause-and-effect connections between the processes observed.
      
The launching of such a ship into an Earth orbit or beyond by a large nuclear explosion in an underground cavity is sketched out in the second section of the paper, and finally we consider a hypothetical Mars mission based on these concepts.
      
New Definitions of the Concepts and Terms Ecosystem and Biogeocenosis
      
Concepts of the physical conditions of the appearance of an effect of heating the gas inside the cavity above the stagnation temperature of the oncoming flow are refined.
      
A method of calculating the conductivity of capillary networks which combines percolation concepts of conductivity in the neighborhood of the flow threshold with the results obtained using the effective medium model is proposed.
      
The influence of composition on the properties is interpreted within the concepts of the barium aluminoborate glass structure.
      
The regularities revealed are explained within the modern concepts of the structure of polychromatic glasses and the nature of the photothermorefractive effect.
      
The impact of Myuller's chemical-structural method on the development of the modern concepts concerning the structure and physicochemical properties of glasses is considered.
      
The concepts of generalized crystallography and the generalized geometric approach are applied to the description of the structural features of zirconia nanoparticles.
      
A correlation between the parameters of the free volume model and the models based on modern structural concepts of inorganic glasses is discussed.
      
The revealed dependences are interpreted within the concepts of the borate glass structure.
      
The model concepts and physicochemical principles of the EPR technique are considered as applied to the studied materials.
      
For these glasses, the structure is considered to be completely polymerized and, contrary to traditional concepts, their properties depend on the concentration ratio Al2O3/SiO2.
      
Different concepts regarding the mechanisms of halogen incorporation are analyzed, and the structural role of halogens in glasses is discussed.
      
Moreover, this approach can be used to decompose complex experimental spectra of isomorphous mixtures which are difficult to interpret without recourse to model concepts regarding the local structure of multicomponent systems.
      
Contemporary concepts of the mechanism of sonochemical reactions and sonoluminescence are reviewed.
      
These findings seem to contradict the conventional concepts of Ps formation via the intratrack reaction of positron recombination with a track electron (e-), which competes with the reaction of e- scavenging by dissolved acetone molecules.
      
 

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