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Announcement about HydroGraph Clean Power Inc. adding Hubron International to its Fractal Graphene™ Compounding Partner Program, detailing their collaboration to enhance graphene adoption in various industries.
Year: 2026
Region / City: Manchester, United Kingdom
Subject: Graphene, Compounding, Nanomaterials
Document Type: Press Release
Organization: HydroGraph Clean Power Inc.
Author: Matt Kreps, Vice President of Investor Relations
Target Audience: Industry professionals, investors
Effective Period: February 10, 2026
Approval Date: February 10, 2026
Date of Changes: None
Note: Description
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General Unit Hydrograph Model and General Infiltration Law in Surface Water Hydrology
Author: Junke Guo
Affiliation: University of Nebraska–Lincoln
Email: [email protected]
Field: Surface water hydrology
Subject: Rainfall–runoff modeling, overland flow, infiltration
Key Concepts: General Unit Hydrograph Model (GUHM); General Infiltration Law (GIL); Horton’s law; Richards theory; Rational method
Hydrologic Phases Defined: Classic hydrology (before 1932); Modern hydrology 1.0 (1932–2022); Modern hydrology 2.0 (after 2022)
Mathematical Basis: Porous media continuity and momentum equations; linear hydrologic systems theory
Watershed Parameters: Instantaneous unit hydrograph peak time (tp); rising phase parameter; decay phase parameter
Applications: Rainfall–runoff separation; overland flow discharge modeling; subsurface flow extension
Referenced Publications: Journal of Hydrologic Engineering; Journal of Irrigation and Drainage Engineering
Author Position: Associate Professor, Department of Civil and Environmental Engineering
Country: United States
Topics: Hubron GrapheneTM Hydrograph