Call number:
AWI A7-98-0092
;
PIK N 456-99-0205
;
MOP 35101
Type of Medium:
Monograph available for loan
Pages:
200 S. : graph. Darst.
Series Statement:
IPST 1031
Uniform Title:
Fizika pogranichonogo sloya atmosfery 〈engl.〉
Language:
English
Note:
Contents:
Preface. -
Introduction. -
I. THE EQUATIONS OF HYDROTHERMODYNAMICS OF THE BOUNDARY LAYERS; ANALYSIS OF THESE EQUATIONS. -
§ 1. Derivation of the Equations for the Averaged Quantities. -
§ 2. The Relation Between Fluctuations of the Meteorological Elements and the Averaged Characteristics. Currents of Various Substances Due to Turbulence. -
§ 3. Some Problems of Turbulence Dynamics. The Reynolds Number. The Richardson Number
§ 4. Classification of Motions. Estimation of the Thickness of the Planetary Boundary Layer. The Surface Sublayer. -
II. THE BOUNDARY LAYER OF THE ATMOSPHERE IN STATIONARY CONDITIONS. -
§ 1. Some Information on the Distribution of the Meteorological Elements in the Boundary Layer. -
§ 2. External Factors Determining the Structure of the Boundary Layer of the Atmosphere. -
§ 3. A Boundary Layer Model with Height-Independent Turbulence Coefficient (One-Parameter Model). -
§ 4. The Structure of the Surface Sublayer. -
§ 5. Calculation of the Basic Characteristics of the Surface Sublayer. -
§ 6. Two-Parameter Model of the Boundary Layer of the Atmosphere. -
§ 7. Some Information on the Processes at the Active Surface and in the Upper Layers of the Ground Influencing the Boundary Layer. -
III. DAILY VARIATION OF THE METEOROLOGICAL ELEMENTS. -
§ 1. The Simplest Model for the Daily Temperature Variation. Features of the Daily Temperature Variation Over Water. -
§ 2. Daily Temperature Variations for Turbulent Mixing Intensity Growing with Height. -
§ 3. An Account of the Time Variations of the Eddy Exchange in the Theory of the Daily Temperature Variations. -
§ 4. The Influence of the Radiative Heat Influx on the Daily Temperature Variation. -
§ 5. Nocturnal Lowering of the Temperature. Forecasting of Radiation Frosts. -
§ 6. Daily Humidity Variations. Radiation Fogs. -
§ 7. Daily Variations of Wind Velocity. -
IV. VARIATIONS OF METEOROLOGICAL FIELDS DUE TO THE INHOMOGENEITY OF THE ACTIVE SURFACE. -
§ 1. Qualitative Analysis of the Transformation Process. -
§ 2. Variations of the Temperature and Humidity Fields Over an Inhomogeneous Underlying Surface. -
§ 3. Formation of Advection Fogs. -
§ 4. Variations of the Micrometeorological Regime in Irrigation, Irrigation Standards for Various Meteorological Conditions. -
§ 5. Influence of Small Reservoirs on the Structure of the Lower Layers of the Atmosphere. -
§ 6. Nonstationary Processes Over An Inhomogeneous Underlying Surface. -
§ 7. Local Winds. -
V. PHENOMENA AND PROCESSES OF A SPECIAL NATURE RELATED TO THE METEOROLOGICAL REGIME OF THE BOUNDARY LAYER. -
§1. Wind Drift of Ice Floes. -
§ 2. Applications of the Laws of the Boundary Layer of the Atmosphere to Problems of Construction and Power Engineering. -
§ 3. Freezing of the Upper Layer of the Ground. -
§ 4. Pollution of the Lower Layers of the Atmosphere by Smoke From Factory Chimneys. -
§ 5. Some Features of the Electrostatic Field in the Surface Layer of the Atmosphere.
,
Transl. from Russian
Location:
A 18 - must be ordered
Location:
MOP - must be ordered
Branch Library:
AWI Library
Branch Library:
PIK Library
Branch Library:
GFZ Library
