Design of a silica-aerogel-based cosmic dust collector for the Tanpopo mission aboard the International Space Station

@article{Tabata2014DesignOA,
  title={Design of a silica-aerogel-based cosmic dust collector for the Tanpopo mission aboard the International Space Station},
  author={Makoto Tabata and Ei-ichi Imai and Hajime Yano and Hirofumi Hashimoto and Hideyuki Kawai and Yuko Kawaguchi and Kensei Kobayashi and Hajime Mita and Kyoko Okudaira and Satoshi Sasaki and Hikaru Yabuta and Shin-Ichi Yokobori and Akihiko Yamagishi},
  journal={arXiv: Instrumentation and Detectors},
  year={2014}
}
We are developing a silica-aerogel-based cosmic dust collector for use in the Tanpopo experiment to be conducted on the International Space Station. The mass production of simple two-layer hydrophobic aerogels was undertaken in a contamination-controlled environment, yielding more than 100 undamaged products. The collector, comprising an aerogel tile and holder panel, was designed to resist launch vibration and to conform to an exposure attachment. To this end, a box-framing aerogel with inner… 

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References

SHOWING 1-10 OF 12 REFERENCES
Tanpopo Cosmic Dust Collector: Silica Aerogel Production and Bacterial DNA Contamination Analysis
Hydrophobic silica aerogels with ultra-low densities have been designed and developed as cosmic dust capture media for the Tanpopo mission which is proposed to be carried out on the International
COSMIC DUST COLLECTION IN AEROGEL
AbstractAerogel is an ultra-low-density material that can be used to capture small particles incident upon it at speeds in excess of 1 km s−1. This permits capture of cosmic dust in space where the
TANPOPO: Astrobiology Exposure and Micrometeoroid Capture Experiments
TANPOPO, dandelion, is the name of a grass whose seeds with floss are spread by the wind. We propose the analyses of interplanetary migration of microbes, organic compounds and meteoroids on ISS-JEM.
Development of transparent silica aerogel over a wide range of densities
Abstract We have succeeded in developing hydrophobic silica aerogels over a wide range of densities (i.e. refractive indices). A pinhole drying method was invented to make possible producing highly
Hydrophobic silica aerogel production at KEK
Abstract We present herein a characterization of a standard method used at the High Energy Accelerator Research Organization (KEK) to produce hydrophobic silica aerogels and expand this method to
Development of silica aerogel with any density
New production methods of silica aerogel with high and low refractive indices have been developed. A very slow shrinkage of alcogel at room temperature has made possible producing aerogel with high
Space Exposure of Amino Acids and Their Precursors in the Tanpopo Mission Using the International Space Station
A wide variety of organic compounds have been found in space, and their relevance to the origin of life is discussed. Interplanetary dust particles (IDPs) are most promising carriers of
A chondrule-like object captured by space-exposed aerogel on the international space station
Abstract Here we report on the mineralogy, petrography, and oxygen-isotope compositions of a micrometeoroid captured on the international space station. This micrometeoroid has the texture of a
Space Exposure Experiment of Microbes at the International Space Station
Laboratory of Extremophiles, Department of Applied Life Sciences, School of Life Sciences, Tokyo University of Pharmacy and Life Sciences, Japan Institute of Space and Astronautical Science, JAXA,
Hypervelocity Capture of Murchison Meteorite Particles in Aerogel : Ground-based experiment for the Cosmic Dusts Capture at the International Space Station
(9mm) By Yuichiro OGATA , Hikaru YABUTA*, Satoru NAKASHIMA, Kyoko OKUDAIRA, Taro MORIWAKI, Yuka IKEMOTO, Sunao HASEGAWA, Makoto TABATA, Shin-ichi YOKOBORI, Hajime MITA, Kensei KOBAYASHI, Eiichi IMAI,
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