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Bag et al.
1999
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Ohtani et al.
1972
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EP1234026B1
(en )
2011-08-17
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MATSUDA et al.
1972
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EP0617161A1
(en )
1994-09-28
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2016
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(zh )
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Wronski et al.
1979
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(zh )
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(de )
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(en )
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(zh )
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Ioltukhovsky et al.
1996
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Wentworth et al.
1969
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Klueh et al.
1991
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Kucharz
0
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2003
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ES2354892T3
(es )
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Bramley et al.
1989
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ES et al.
0
TES IN
VISOKOTRDNOSTNIH et al.
2016
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Matsumoto et al.
1988
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