The Earth's global atmospheric electric circuit depends on the upper and lower atmospheric
boundaries formed by the ionosphere and the planetary surface. Thunderstorms and …

The global atmospheric electric circuit is driven by thunderstorms and electrified rain/shower
clouds and is also influenced by energetic charged particles from space. The global circuit …

Recent advances in the gas phase vibrational spectroscopy of mass-selected ions are
described, highlighting experiments on hydrogen-bonded (HBed) clusters relevant to …

In this review, gas-phase chemistry of interstellar media and some planetary atmospheres is
extended to include molecular complexes. Although the composition, density, and …

Atmospheric electrification is not a purely terrestrial phenomenon: all Solar System planetary
atmospheres become slightly electrified by cosmic ray ionisation. There is evidence for …

Charged molecular clusters, traditionally called small ions, carry electric currents in
atmospheres. Charged airborne particles, or aerosol ions, play an important role in …

The historical development of terrestrial atmospheric electricity is described, from its
beginnings with the first observations of the potential gradient to the global electric circuit …

The Influence of Solar Changes on the Earth’s Climate Page 1 The Influence of Solar
Changes on the Earth’s Climate LJ Gray, JD Haigh, RG Harrison January 2005 Hadley …

In modern terahertz (THz) sensing and imaging spectroscopy, water is considered a
nemesis to be avoided due to strong absorption in the THz frequency range. Here we report …

The chemical physics of halomethanes is an important and challenging topic in several
areas of chemistry in particular in the chemistry of the atmosphere. Among the class of …