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The material presented here is a synopsis of the Ph.D thesis of the author, cf.
      
Numerical results of the lubrication show that the differential viscosity is the principal non-Newtonian property affecting the lubrication, it is determined by the material parameters of the lubricant and is affected by the shearing rate.
      
Node force and stress results of the torsion bar from last step simulation were acquired; taking into account the material characteristics and influential factors, fatigue life of the flexible body of the torsion bar was predicted.
      
The density, thermal conductivity, hermeticity and thermal expansion coefficients of the material are measured, and the relationship between extrusion temperature and properties is obtained.
      
At the same time, thermal conductivity varies between 104-140 W/(m·K); with the extrusion temperature, thermal expansion coefficient also increases but within 13 × 10-6 (at 100°C) and hermeticity of the material is high to 10-9 order of magnitude.
      
When the energy in silicon lattice reaches its maximum value, the bonds of silicon atoms are broken and the material is removed.
      
The coupling effect of normal stress and shear stress on orthotropic materials happens when applied loading deflects from the directions of the principal axes of the material coordinate system.
      
On the basis of the yield criterion and constitutive model of cubic single crystal materials, a subroutine to calculate the thermo elastic-plastic stress-strain of the material on an ANSYS platform was developed.
      
The calculation results of the known experimental data denote that the frictional force is nearly proportional to the surface energy of the material, nearly inversely proportional to the scaling length, and independent of the lattice constant.
      
N2 adsorption data showed that the material had a much higher specific surface area (1 200 m2/g) than the conventional MCM-48(1 100 m2/g).
      
The material presented elucidates the role played by collagen and its fractions in the development of new, ecologically pure foodstuffs containing nutritive fibers.
      
The material is drawn, mainly, from recent authors' papers which are supplemented, in small degree, by other related results.
      
The first section covers the material on time-related isozyme pattern during skeletal muscle differentiation in a loach (a teleostean fish).
      
Quantitative criteria for data evaluation in terms of possible autochthonous or allochthonous accumulation of the material on the basis of pre-Pleistocene pollen content in these samples were considered.
      
A system of the kinetic equations of the material balance for the concentrations of surfactant monomers and micelles in a micellar nonionic surfactant solution was formulated.
      
The system of the kinetic equations of the material balance of a micellar solution was solved.
      
It was shown that the structure of a surface complex and the nature of an adsorption bond can be determined from the material balance of adsorption of H+and OH-ions and organic compound.
      
No contamination of the mixture by the material of the balls and vessel during mechanical treatment was detected.
      
The nature of the polymer is shown to play a key role in the material wetting.
      
The bodies are considered to be the material points (particles).
      
 

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