Tartu ÜlikoolSalm, Jaan, toimetaja2013-05-172013-05-171992Per.A-1169http://hdl.handle.net/10062/30272• Contents • Foreword • Luts, J. Salm. Modeling of the evolution of small tropospheric ions • T. Parts, J. Salm. The effect of pyridine and its homologues on mobility spectra of positive small air ions • J. Salm, M. Reinart. Measurement of air ion mobility spectra in a wide range • H. Tammet, H. Iher, J. Salm. Spectrum of atmospheric ions in the mobility range 0.32-3.2 cm2/(V•s) • J. Salm, H. Tammet, H. Iher, U. Hõrrak. The dependence of small air ion mobility spectra in the ground layer of the atmosphere on temperature and pressure • M. Arold, R. Matisen, Atmospheric electricity at the perspective Borovoye background monitoring station • R. Matisen, F. Miller, H. Tammet, J. Salm. Air ion counters and spectrometers designed in Tartu University • J. Salm. On unipolar charging of initially charged aerosols • Peil, E. Tamm. Generation of a narrow bipolar charge distribution on aerosol particles • E. Tamm, A. Mirme, U. Kikas. Corona discharge as a generator of nanometer-range monodisperse aerosol • V. Tamme. Dispersion of droplet stream in vibrating orifice aerosol generator • H. Tammet. On the techniques of aerosol electrical granulometry • H . Tammet, M. Noppel. Principles of the graduation of an electric aerosol granulometer • U. Kikas, V. Kimmel, A. Mirme. Spectra of near-ground atmospheric aerosols • H. Tammet. Comparison of model distributions of aerosol particle sizes • H. Tammet. Electrical parameters of air pollution • H Tammet. Notes on the interpretation of aerosol electrical density • List of publications of Tartu University on air electricity in 1986-1991enjätkväljaandedTartu ÜlikoolBook