Ice coring and drilling technologies developed by the Polar Ice Coring Office
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概要
- 論文の詳細を見る
The search for "zero defects" ice cores continues to challenge the ice coring and drilling community. No single drilling and coring device will fill all needs. Each project will have special requirements and will require an initial decision as to the most effective drilling system to be used as well as ensuring personal and environmental safety. PICO has developed several types of drilling and coring systems from a lightweight hand auger to more complicated electromechanical drills (dry and fluid-filled holes) with rock-penetrating capability and thermal drills. Logistics considerations are important, and a comparison is made between the drill types associated with system weight, expected power and drilling liquid requirements, and fuel consumption. Recent technological developments involve hot-water mechanical drilling, improvements in antifreeze and thermal drilling, the development of directional drilling, antifreeze dissolution drilling, and vibratory drilling.
- 国立極地研究所の論文
著者
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Kelley J.j.
Polar Ice Coring Office 208 O'neill Building University Of Alaska Fairbanks
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Zagorodnov V.
University Of Alaska Fairbanks
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Koci B.
Polar Ice Coring Office, University of Alaska, Fairbanks
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Stanford K.
Polar Ice Coring Office, University of Alaska, Fairbanks
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Wumkes M.
Polar Ice Coring Office, 208 O'Neill Building,University of Alaska Fairbanks
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Koci B.
Polar Ice Coring Office 208 O'neill Building University Of Alaska Fairbanks
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Stanford K.
Polar Ice Coring Office 208 O'neill Building University Of Alaska Fairbanks
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Wumkes M.
Polar Ice Coring Office 208 O'neill Building University Of Alaska Fairbanks
関連論文
- Fluids for use in deep ice-core drilling
- Ice coring and drilling technologies developed by the Polar Ice Coring Office
- Directional drilling
- Development of the U.S. deep coring ice drill
- Operational considerations of the U. S. deep coring ice drill
- Vertical strain measurement in core holes