In the study of Zodiacal Light, an interesting task is the determination of the intensity and the position of this glow on the celestial sphere. The problem of photographing this phenomenon from the earth’s surface has been hampered generally by the inevitable presence of the atmosphere between the camera and the object. However, it is expected that at the height of some thirty kilometers above the earth, the atmospheric haze will be reduced enough so that pictures of the zodiacal region may be obtained without significant absorption. To accomplish this, it is necessary to keep the balloon-borne camera pointed in the desired direction while the photograph is taken. It is the purpose of this thesis to design a mechanism which maintains prope...
In the beginning of this paper, we will briefly touch the area of meteors and orbital satellites. La...
We report on the design, calibration and in-flight performance of a sun sensor, which is used to det...
An orientation platform, capable of pointing a 75 cm aperture far-infrared telescope to an accuracy ...
Astronomical observation from the surface of the earth has been limited by image distortion caused b...
The development of a three axis stabilized balloon platform capable of being operated in three modes...
This report describes the design and testing of a camera stabilization system intended for use with ...
In this paper,astronomical orientation is achieved by observing the moon utilizing camera with super...
Many applications of High Altitude Ballooning (HAB) require maintaining a bearing in a non-inertial ...
Like other optical astrometric techniques, the Photographic Zenith Tube (PZT) has played a key role ...
Payload-box rotation and swing are perennial challenges to achieving high-quality photography (typic...
High-altitude balloons (HABs) are platforms for collecting astrophysical and planetary science data ...
The research reported in this paper examined the design and control of a gimbal for solar eclipse tr...
In recent years, novel applications using high altitude (i.e. above 20km) balloon has attracted a...
International audienceWe present a method for attaining sub-arcsecond pointing stability during sub-...
In the beginning of this paper, we will briefly touch the area of meteors and orbital satellites. La...
We report on the design, calibration and in-flight performance of a sun sensor, which is used to det...
An orientation platform, capable of pointing a 75 cm aperture far-infrared telescope to an accuracy ...
Astronomical observation from the surface of the earth has been limited by image distortion caused b...
The development of a three axis stabilized balloon platform capable of being operated in three modes...
This report describes the design and testing of a camera stabilization system intended for use with ...
In this paper,astronomical orientation is achieved by observing the moon utilizing camera with super...
Many applications of High Altitude Ballooning (HAB) require maintaining a bearing in a non-inertial ...
Like other optical astrometric techniques, the Photographic Zenith Tube (PZT) has played a key role ...
Payload-box rotation and swing are perennial challenges to achieving high-quality photography (typic...
High-altitude balloons (HABs) are platforms for collecting astrophysical and planetary science data ...
The research reported in this paper examined the design and control of a gimbal for solar eclipse tr...
In recent years, novel applications using high altitude (i.e. above 20km) balloon has attracted a...
International audienceWe present a method for attaining sub-arcsecond pointing stability during sub-...
In the beginning of this paper, we will briefly touch the area of meteors and orbital satellites. La...
We report on the design, calibration and in-flight performance of a sun sensor, which is used to det...
An orientation platform, capable of pointing a 75 cm aperture far-infrared telescope to an accuracy ...