25 citations · 73 across the 6 of their papers we have counts for
5 papers
The Most Common Habitable Planets II -- Salty Oceans in Low Mass Habitable Planets and Global Climate Evolution
R. Pinotti, G. F. Porto de Mello
Global climate evolution models for habitable earthlike planets do not consider the effect of ocean salinity on land ice formation through the hydrological cycle. We consider two c…
Zero Age Planetary Orbit of Gas Giant Planets Revisited: Reinforcement of the Link with Stellar Metallicity
Rafael Pinotti, Heloisa Maria Boechat-Roberty, Gustavo Frederico Porto de Mello
In 2005 we suggested a relation between the optimal locus of gas giant planet formation, prior to migration, and the metallicity of the host star, based on the core accretion model…
Molecular formation along the atmospheric mass loss of HD 209458 b and similar Hot Jupiters
Rafael Pinotti, Heloisa Maria Boechat-Roberty
The chemistry along the mass loss of Hot Jupiters is generally considered to be simple, consisting mainly of atoms, prevented from forming more complex species by the intense radia…
The most common habitable planets - atmospheric characterization of the subgroup of fast rotators
R. Pinotti
The current search for habitable planets has focused on Earth-like conditions of mass, volatile content and orbit. However, rocky planets following eccentric orbits, and drier than…
A Link Between the Semi-Major Axis of Extrasolar Gas Giant Planets and Stellar Metallicity
R. Pinotti, L. Arany-Prado, W. Lyra +1
The fact that most extrasolar planets found to date are orbiting metal-rich stars lends credence to the core accretion mechanism of gas giant planet formation over its competitor,…