201 to 210 of 140,701 Results
Jul 2, 2026 -
Supporting data for "Perfectives, reviewed"
ZIP Archive - 161.9 MB -
MD5: fdfeef18279b03520fe416288ee6b5c3
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Jul 2, 2026 -
Supporting data for "Perfectives, reviewed"
ZIP Archive - 15.4 MB -
MD5: a6c0e757d1141a0b671843955cf33fcb
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Jul 2, 2026 -
Supporting data for "Perfectives, reviewed"
ZIP Archive - 2.0 MB -
MD5: 4a7ff6418a430901cfe215985a6f4f18
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Jul 2, 2026 -
Supporting data for "Perfectives, reviewed"
Markdown Text - 1.9 KB -
MD5: 3c11c02850631508d9f73d580b014461
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Jul 2, 2026 -
Supporting data for "Perfectives, reviewed"
ZIP Archive - 5.8 MB -
MD5: b03e5669ed0c58164ab1b12c73920467
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Jul 2, 2026 -
Supporting data for "Perfectives, reviewed"
ZIP Archive - 13.7 MB -
MD5: b910d2dd17ec03a92b2ebce191fd3fd3
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Jul 1, 2026 - University of South-Eastern Norway
Barahmand, Zahir, 2026, "Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications", https://doi.org/10.18710/PNKPR4, DataverseNO, V1
This supplementary taxonomy record provides a set of open value-chain classifications for post-fossil carbon pathways, covering biomass-, waste-, and CO₂-to-X systems. The record is intended to document the scale and structure of the pathway decision space rather than to rank technologies or provide process inventories. It includes taxonomy files f... |
Jul 1, 2026 -
Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications
Plain Text - 8.9 KB -
MD5: b6cdf5d383fe42d3c5e7e604f8c8f87d
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Jul 1, 2026 -
Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications
Adobe PDF - 314.0 KB -
MD5: a9e459521836f2cdf64333567ccef493
Taxonomy of biomass, organic waste, fossil-derived waste, secondary streams, hazard status, physical form, and biomass/waste pretreatment technology families. |
Jul 1, 2026 -
Post-fossil carbon pathway taxonomies: Biomass-, waste-, and CO₂-to-X value-chain classifications
Adobe PDF - 350.1 KB -
MD5: 009f631fc1d0a0f341d82f21cab5d5c4
Taxonomy of biomass- and waste-conversion technologies, including thermochemical, hydrothermal, physicochemical, biological, microbial, reforming, pyrolysis, gasification, fermentation, anaerobic, and bioelectrochemical routes. |
