Boundary Layer Studies and Applications : a Special Issue of Boundary-Layer Meteorology in honor of Dr. Hans A. Panofsky (1917-1988) / edited by R.E. Munn.

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Bibliographic Details
Online Access: Full Text (via Springer)
Main Author: Munn, R. E.
Format: eBook
Language:English
Published: Dordrecht : Springer Netherlands, 1989.
Subjects:
Table of Contents:
  • Hans Panofsky, 1917-1988
  • Publications by Professor H.A. Panofsky in Boundary-Layer Meteorology
  • The Structure of the Stably Stratified Internal Boundary Layer in Offshore Flow over the Sea
  • Coherent Structures in the Very Stable Atmospheric Boundary Layer
  • An Evaluation of Aircraft Flux Measurements of CO2, Water Vapor and Sensible Heat
  • Spectra of Surface Wind Speed and Air Temperature over the Ocean in the Mesoscale Frequency Range in Jasin-1978
  • Shapes of Annual Frequency Distributions of Wind Speed Observed on High Meteorological Masts
  • Vertical Profiles of the Structure Parameter of Temperature in the Stable, Nocturnal Boundary Layer
  • Time Series Analyses of Concentration and Wind Fluctuations
  • The Spectral Velocity Tensor for Homogeneous Boundary-Layer Turbulence
  • On the Temperature Spectrum in the Convective Boundary Layer
  • Dependence of Velocity Variance on Sampling Time
  • Wave Drag in the Planetary Boundary Layer over Complex Terrain
  • Spatial Correlation Functions of Surface-Layer Atmospheric Turbulence in Neutral Stratification
  • Internal Boundary-Layer Height Formulae
  • A Comparison with Atmospheric Data
  • Recurrence of High Concentration Values in a Diffusing, Fluctuating Scalar Field
  • Water Vapor Flux at the Sea Surface
  • An Analysis Scheme for Determination of True Surface Winds at Sea from Ship Synoptic Wind and Pressure Observations
  • Velocity and Temperature Spectra and Cospectra in an Unstable Suburban Atmosphere
  • A Micrometeorological Investigation of Surface Exchange of O3 SO2 and NO2: A Case Study
  • Effect of Finite Sampling on Atmospheric Spectra
  • Observation of Organized Structure in Turbulent Flow within and above a Forest Canopy.