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Leveraging Segmentation of Physical Units through a Newly Open Source Corpus
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Iodine adsorption by other adsorbents
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Iodine adsorption by mesoporous materials
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Iodine adsorption by layered double hydroxides
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Strontium adsorption by other adsorbents
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Strontium adsorption by layered silicates
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Strontium adsorption by zeolites
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Cesium adsorption by other adsorbents
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Cesium adsorption of layered silicates
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Cesium adsorption by zeolites
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READS Experimental Procedure
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Machine extraction of polymer data from tables using XML versions of scientific articles
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Fiber fuse damage in the optical fibers called TrueWave RS, OFS
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Fiber fuse damage in the optical fibers called LEAF, Corning
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Original data for Fig.3.9, bare fibers, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.3.9, acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.3.8(b), bare fibers, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.3.8(a), acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.3.8(a) and (b), bare fibers, in a NIMS Monograph titled "fiber fuse" , Part 1/2
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Original data for Fig.3.8(a), acrylate coated fibers, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.3.8(a), bare fibers immersed in water, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.3.8(a) and (b), bare fibers, in a NIMS Monograph titled "fiber fuse" , Part 2/2
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Original data for Fig.2.6(a) and (b), Cylindorical mode, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.2.6(a) and (b), Unimodal mode, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.2.6(a) and (b), Unstable mode, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.2.6(c), 3.1(a) and 3.4; Cylindorical mode, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.2.6(c), Unimodal mode, in a NIMS Monograph titled "fiber fuse"
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Original data for Fig.2.6(c), Unstable, in a NIMS Monograph titled "fiber fuse"
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Liquid electrolyte informatics using an exhaustive search with linear regression
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Examples of SQS (special quasirandom structure) models for arbitrary binary bcc (body centered cubic) and hcp (hexagonal close packed) structures
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NITE 高分子破壊データベース スクラッチ試験
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NITE 高分子破壊データベース EWF試験
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NITE 高分子破壊データベース クリープ試験
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NITE 高分子破壊データベース 疲労試験
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NITE 高分子破壊データベース 試験条件
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TOAST: Template Oriented Atomic Simulation Toolkit
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Functionally Graded Materials (2011)
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Functionally Graded Materials (2013)
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Functionally Graded Materials (2012)
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Journal of Physics: Conference Series (Part 1)
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Journal of Physics: Conference Series (Part 2)
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FGMnews (No.1-10)
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FGMnews (No.11-41)
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FY 1997 Grant-in-Aid for Scientific Research on Priority Area, No. 274 Physics and Chemistry of Functionally Graded Materials Research Report (pp.1-140)
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FY 1997 Grant-in-Aid for Scientific Research on Priority Area, No. 274 Physics and Chemistry of Functionally Graded Materials Research Report (pp.141-280)
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FY 1996 Grant-in-Aid for Scientific Research on Priority Area, No. 274 Physics and Chemistry of Functionally Graded Materials Research Report (pp.5-236)
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FY 1996 Grant-in-Aid for Scientific Research on Priority Area, No. 274 Physics and Chemistry of Functionally Graded Materials Research Report (pp.237-474)
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FUNCTIONALLY GRADED MATERIALS 1996 (pp.1-262)
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FUNCTIONALLY GRADED MATERIALS 1996 (pp.263-526)
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FUNCTIONALLY GRADED MATERIALS 1996 (pp.527-790)
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