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the fan
The results are applied to the fan model of a filter, for which an equation aimed at determination of Brinkman's constant is derived within the framework of a self-consistent theory.
      
The drag force of a cylinder for this model is close to that for the fan model filter.
      
We use the notation I and II, respectively, for the first and last characteristics of the fan of expansion waves.
      
The reaction coordinate corresponds to a combination of the stretching vibration of the C-C bond with the fan vibration of the CH2 group and the stretching vibration of the CH bond.
      
Their genetic relation to distal facies of the fan turbidite system has been substantiated.
      
Through the comparison of variations in the fan volume in the branch mouth with the sediment runoff of this branch it was found that the sediment runoff data were underestimated, because they did not take into account the tractional load.
      
Intersection of electric-field-localized electron states with the fan of above-barrier states leads to broadening, splitting, and nonmonotonic changes in the intensity of an intrawell transition band.
      
We have found that the Varshni relation overestimates β, whereas calculations based on the Fan expression agree with experiment.
      
The fan-shaped diagram contains information on weak (the Zeeman effect and diamagnetic shift), as well as strong fields (transitions between Landau levels).
      
Corrections are made to the methods for determining this pressure loss and choosing the fan for a decarbonization unit.
      
It is identified that the shock wave spillage from the leading edge near the fan tip is the main source of the tone noise.
      
From the results of the measurement of the internal flow of the fan, it was found that the noise was related to the wake characteristics of the specific location in the scroll casing where the relative flow velocity was high.
      
The noise operating in the vicinity of the maximum efficiency point of the fan was distributed over the domain from 500 Hz to 1250 Hz.
      
The conventional mechanism in which the front fan is directly connected to the output shaft of a core engine, have a limit of increasing the spool speed, because the fan diameter is very large.
      
The specific-speed of the fan was 1140 (r/min, m3/min, m), and the total pressure-rise coefficient at design flow-rate was 0.345.
      
The fan performance of the groove blades was compared with that of the smooth blades.
      
The fan mass flow decreases 0.9% while the total-pressure rise decreases 2.4% at the near stall condition.
      
The conventional mechanism in which the front fan is directly connected to the output shaft of the core engine has a limit of increasing the spool speed because the fan diameter is very large.
      
According to the concept of observability, we deal with the fan-out nodes.
      
The fan-beam optical sensor is made up of many semiconductor lasers and detectors fixed around the wall alternately at a cross section of pneumatically conveying pipe.
      
 

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