## Effects of non-photochemical processes on the meridional distribution and total amount of ozone in the atmosphere, Volume 2106 |

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### Contents

THEORY | 4 |

PROCEDURE OF THE INVESTIGATION | 10 |

GENERAL SURVEY OF THE INVESTIGATIONS ON | 18 |

1 other sections not shown

### Common terms and phrases

absorption coefficients advection AMOUNT OF OZONE annual total ozone atmospheric ozone calculated change of ozone Chappuis bands circulation model cm2/sec coefficients of oxygen coefficients of ozone computed models DEGREES LATITUDE Figure Diitsch distribution of ozone eddy diffusion coefficient Equation 39 equatorial equinoxes gridpoint higher latitudes horizontal eddy diffusion investigation jet stream large scale diffusion latitudinal variation London Reference lower boundary condition maximum mean annual total mean meridional circulation mean meridional motions mean seasonal meridional distribution Murgatroyd and Singleton obtained ozone D.U./km ozone distribution ozone high ozonized oxygen Paetzold photochemical equilibrium photochemical theory Photochemistry polar night pole Reference 42 rising motion Schumann-Runge bands seasonal variation shown in Figure solar radiation solstices Spar spring and autumn steady state conditions stratosphere Tanaka temperature tion of ozone tropical latitudes tropopause troposphere variation of ozone variation of total variation with latitude Vassy vertical distribution vertical velocities water vapor winter hemisphere zenith angle