The Mars Exploration Rovers each carry a set of Magnetic Properties Experiments designed to investigate the properties of the airborne dust in the Martian atmosphere. It is a preferred interpretation of previous experiments that the airborne dust in the Martian atmosphere is primarily composed by composite silicate particles containing one or more highly magnetic minerals as a minor constituent. The ultimate goal of the magnetic properties experiments on the Mars Exploration Rover mission is to provide some information/ constraints on whether the dust is formed by volcanic, meteoritic, aqueous, or other processes. The first problem is to identify the magnetic mineral(s) in the airborne dust on Mars. While the overall results of the magnetic...
An explanation for the magnetic properties of Martian surface material is discussed, specifically th...
Two US spacecraft are presently exploring Mars, and several scientific Martian missions are planned ...
Combination of remote sensing data with in-situ measurements provides a fuller understanding of Mars...
The ubiquitous atmospheric dust on Mars is well mixed by periodic global dust storms, and such dust ...
Environmental data recorded by the Mars exploration rovers show that the martian dust is magnetic co...
The paper presents the results of a new analysis of the data from the Magnetic Properties Experiment...
It is known that the Martian atmosphere contains a large amount of suspended dust. The saltation pro...
Previous missions to Mars have revealed that Mars surface is magnetic at DC frequency. Does this hig...
The first NASA scout mission to Mars, Phoenix, launched 4 August will land in the northern part of M...
was designed to collect dust from rocks ground by the RAT of the two rovers on the surface of Mars. ...
The only determinations of the magnetic properties of Martian materials come from experiments on the...
[1] The optical microscope onboard the Phoenix spacecraft has returned color images (4 μm pixel−1) o...
Laboratory-induced remanent magnetization of polar ice constitutes a measurement of the magnetizatio...
The optical microscope onboard the Phoenix spacecraft has returned color images (4 ?m pixel?1) of so...
Among the main directions identified for future Martian exploration, the study of the properties of ...
An explanation for the magnetic properties of Martian surface material is discussed, specifically th...
Two US spacecraft are presently exploring Mars, and several scientific Martian missions are planned ...
Combination of remote sensing data with in-situ measurements provides a fuller understanding of Mars...
The ubiquitous atmospheric dust on Mars is well mixed by periodic global dust storms, and such dust ...
Environmental data recorded by the Mars exploration rovers show that the martian dust is magnetic co...
The paper presents the results of a new analysis of the data from the Magnetic Properties Experiment...
It is known that the Martian atmosphere contains a large amount of suspended dust. The saltation pro...
Previous missions to Mars have revealed that Mars surface is magnetic at DC frequency. Does this hig...
The first NASA scout mission to Mars, Phoenix, launched 4 August will land in the northern part of M...
was designed to collect dust from rocks ground by the RAT of the two rovers on the surface of Mars. ...
The only determinations of the magnetic properties of Martian materials come from experiments on the...
[1] The optical microscope onboard the Phoenix spacecraft has returned color images (4 μm pixel−1) o...
Laboratory-induced remanent magnetization of polar ice constitutes a measurement of the magnetizatio...
The optical microscope onboard the Phoenix spacecraft has returned color images (4 ?m pixel?1) of so...
Among the main directions identified for future Martian exploration, the study of the properties of ...
An explanation for the magnetic properties of Martian surface material is discussed, specifically th...
Two US spacecraft are presently exploring Mars, and several scientific Martian missions are planned ...
Combination of remote sensing data with in-situ measurements provides a fuller understanding of Mars...