[[abstract]]The brightness structure within Cassini's division in Saturn's rings is explained in terms of perturbations produced by moonlets embedded within an optically thin disk of smaller ring particles. The moonlets exert gravitational torques on neighbouring ring particles and create gaps; diffusion acts to fill the gaps. A new explanation is offered for the inner edge of the Cassini division being located at the 2:1 resonance with Mimas.[[fileno]]2010118010105[[department]]物理
A moonlet embedded in a planetary ring tends to open a gap, such as Keeler or Encke gap, due to grav...
The rings of Saturn are the largest and most complex in the Solar System. Decades of observation fro...
Abstract: Saturn’s diffuse E ring consists of many tiny (micron and sub-micron) grains of water ice ...
[1] Particle simulations are carried out to study density features caused by small moonlets embedded...
We present an extensive data set of ∼150 localized features from Cassini images of Saturn’s A ring, ...
We present an extensive data set of ∼ 150 localized features from Cassini images of Saturn’s Ring A,...
New images from the Cassini spacecraft reveal optically thick clumps, capable of casting shadows, an...
The observations of planetary rings acquired by the Cassini and Voyager missions and from the Earth ...
The satellite Mimas excites a trailing spiral density wave in Saturn's rings at the position of the ...
Our understanding of the structure of Saturn\u27s rings has evolved steadily since their discovery b...
International audienceStellar occultations observed by the Cassini Ultraviolet Imaging Spectrograph ...
Cassini UVIS star occultations by the F ring detect 13 events ranging from 27 m to 9 km in width. We...
Cassini UVIS star occultations by the F ring detect 13 events ranging from 27 m to 9 km in width. We...
Stellar occultations observed by the Cassini Ultraviolet Imaging Spectrograph reveal the presence of...
The Cassini mission provided wonderful tools to explore Saturn, its satellites and its rings system....
A moonlet embedded in a planetary ring tends to open a gap, such as Keeler or Encke gap, due to grav...
The rings of Saturn are the largest and most complex in the Solar System. Decades of observation fro...
Abstract: Saturn’s diffuse E ring consists of many tiny (micron and sub-micron) grains of water ice ...
[1] Particle simulations are carried out to study density features caused by small moonlets embedded...
We present an extensive data set of ∼150 localized features from Cassini images of Saturn’s A ring, ...
We present an extensive data set of ∼ 150 localized features from Cassini images of Saturn’s Ring A,...
New images from the Cassini spacecraft reveal optically thick clumps, capable of casting shadows, an...
The observations of planetary rings acquired by the Cassini and Voyager missions and from the Earth ...
The satellite Mimas excites a trailing spiral density wave in Saturn's rings at the position of the ...
Our understanding of the structure of Saturn\u27s rings has evolved steadily since their discovery b...
International audienceStellar occultations observed by the Cassini Ultraviolet Imaging Spectrograph ...
Cassini UVIS star occultations by the F ring detect 13 events ranging from 27 m to 9 km in width. We...
Cassini UVIS star occultations by the F ring detect 13 events ranging from 27 m to 9 km in width. We...
Stellar occultations observed by the Cassini Ultraviolet Imaging Spectrograph reveal the presence of...
The Cassini mission provided wonderful tools to explore Saturn, its satellites and its rings system....
A moonlet embedded in a planetary ring tends to open a gap, such as Keeler or Encke gap, due to grav...
The rings of Saturn are the largest and most complex in the Solar System. Decades of observation fro...
Abstract: Saturn’s diffuse E ring consists of many tiny (micron and sub-micron) grains of water ice ...