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10 merged results for "Transport in Porous Media"

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  1. Programmable Hydrodynamic Invisibility Enabled by Machine-Learning-Guided Metamaterials.

    Zhang L, Zhang Y, Liu J, Yang F · 2026 · Advanced materials (Deerfield Beach, Fla.)

    limited evidence Transparent signal score 45/100 · policy 1.0.0

    Found in pubmed · DOI 10.1002/adma.73690

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    • cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty. Source: Normalized work metadata; license: Caller-provided; provenance license not supplied to scorer
  2. Sodium Silicate Grouting: Mechanisms, Environmental Impacts, and Research Directions.

    Valibeknejad M, Sweijen T, Zech A, Quodbach J · 2026 · Transport in porous media

    limited evidence Transparent signal score 45/100 · policy 1.0.0

    Found in pubmed · DOI 10.1007/s11242-026-02323-3

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  3. CRISPR-Programmable Nanoparticle Transport in Salt-Gated Porous Media for Visual DNA Detection.

    Schalper KT, Yang R, Guan X, Zhang J · 2026 · Chemical engineering journal (Lausanne, Switzerland : 1996)

    limited evidence Transparent signal score 45/100 · policy 1.0.0

    Found in pubmed · DOI 10.1016/j.cej.2026.179578

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    • cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty. Source: Normalized work metadata; license: Caller-provided; provenance license not supplied to scorer
  4. Parameterization and prediction of environment-dependent colloid transport in saturated porous media: A physics-informed machine learning approach.

    Han L, Zhang Z · 2026 · Journal of contaminant hydrology

    limited evidence Transparent signal score 43/100 · policy 1.0.0

    Found in pubmed · DOI 10.1016/j.jconhyd.2026.105063

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    • cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty. Source: Normalized work metadata; license: Caller-provided; provenance license not supplied to scorer
  5. An explainable machine learning surrogate framework for colloid-facilitated contaminant transport in porous media.

    Mundada M, Paswan A · 2026 · Journal of contaminant hydrology

    limited evidence Transparent signal score 43/100 · policy 1.0.0

    Found in pubmed · DOI 10.1016/j.jconhyd.2026.105073

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    • cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty. Source: Normalized work metadata; license: Caller-provided; provenance license not supplied to scorer
  6. On the computational acceleration of aggregating nanoparticle transport models using deep operator networks: Correlation with experimental data.

    Katzourakis VE, Chrysikopoulos CV, Elfadel IAM · 2026 · Journal of hazardous materials

    limited evidence Transparent signal score 43/100 · policy 1.0.0

    Found in pubmed · DOI 10.1016/j.jhazmat.2026.142698

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    • cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty. Source: Normalized work metadata; license: Caller-provided; provenance license not supplied to scorer
  7. Visualizing surface chemical heterogeneity of aged microplastics via TOF-SIMS to elucidate their transport in porous media.

    Xu D, Zhao Y, Liang H, Jiang N · 2026 · Journal of hazardous materials

    limited evidence Transparent signal score 43/100 · policy 1.0.0

    Found in pubmed · DOI 10.1016/j.jhazmat.2026.142921

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    • cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty. Source: Normalized work metadata; license: Caller-provided; provenance license not supplied to scorer
  8. Physics audited and uncertainty aware surrogate modeling for reactive nitrate transport in groundwater.

    Arab A, Scheytt T, Nagel T, Taherdangkoo R · 2026 · The Science of the total environment

    limited evidence Transparent signal score 43/100 · policy 1.0.0

    Found in pubmed · DOI 10.1016/j.scitotenv.2026.181942

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    • cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty. Source: Normalized work metadata; license: Caller-provided; provenance license not supplied to scorer
  9. Control of nanoscale forces on virus transport in porous media with surface heterogeneity.

    Wan B, Zhang W, Yang Z, Song R · 2026 · Water research

    limited evidence Transparent signal score 43/100 · policy 1.0.0

    Found in pubmed · DOI 10.1016/j.watres.2026.126793

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  10. Droplet shrinkage in phase-field approaches: A comparison of the Allen-Cahn and the Cahn-Hilliard models.

    Haghani R, Berg CF, Flekkøy EG · 2026 · Physical review. E

    limited evidence Transparent signal score 43/100 · policy 1.0.0

    Found in pubmed · DOI 10.1103/y6sf-3lf2

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    • cautionMetadata completeness: 5 of 6 scored descriptive metadata groups are present; missing fields increase uncertainty. Source: Normalized work metadata; license: Caller-provided; provenance license not supplied to scorer