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The Formulae for Seshat Diamond Composites

The Formulae for Seshat Diamond Composites

The sources provide two approaches to understanding the composition of Seshat Diamond Composites: a mathematical model and a descriptive formula.

Mathematical Model for Predicting Properties

The research paper excerpt, "A New Frontier in Materials Science: A Mathematical Model Framework for Seshat Diamond Composites", introduces a mathematical model to predict the properties of these composites based on various factors, including component concentrations, processing conditions and environmental influences.

The formula is:

P = A * C1^α1 * C2^α2 * C3^α3 * C4^α4 * C5^α5 * C6^α6 * C7^α7 * C8^α8 * C9^α9 * C10^α10 * T^β * P^γ * t^δ * R^ε * H^ζ

where:

  • P: Represents the desired property or profile of the composite. This could be strength, stiffness, conductivity, thermal resistance, weight, stealth, or any other characteristic researchers aim to achieve.
  • C1, C2, C3... C10: Denote the concentrations or volume fractions of the individual components within the composite. These components include:
    • Hemp Oil
    • Hemp Lignin
    • Hemp Nanosheets
    • Hemp Fibres
    • Hemp Hurds
    • Nanoparticles
    • Functional Fillers
    • Continuous Fibres
    • Smart Materials
    • Lightweighting Techniques
  • T: Represents the temperature maintained during the processing of the composite.
  • P: Represents the pressure applied during the processing of the composite.
  • t: Stands for the curing time, the duration for which the composite is allowed to set and harden.
  • R: Denotes the radiation exposure the composite is subjected to during processing.
  • H: Represents the humidity level present during the processing of the composite.
  • A, α1, α2, α3... α10, β, γ, δ, ε, ζ: Are constants. These need to be determined experimentally for each specific component and property being investigated.

This mathematical model aims to provide a framework for understanding the complex interplay of factors that influence the properties of Seshat Diamond Composites. By systematically varying the parameters in the equation, researchers can explore a vast design space and identify optimal compositions and processing conditions.

Descriptive Formula Emphasising Components and Flexibility

The blog post "Revolutionizing Sustainability: Marie Seshat Landry's Organic Hemp-Based Composite Formula" presents a more descriptive formula. This formula focuses on highlighting the key components of Diamond Composites and emphasising the flexibility of the formula for customization.

The basic formula, referred to as the "hemp triforce" is:

Triforce = Ho + Hl + Hn

where:

  • Ho: Stands for Organic hemp oil
  • Hl: Stands for Organic hemp lignin
  • Hn: Stands for Organic hemp nanosheets

The blog post further expands this basic formula to include a wide range of optional components and additives:

Enhanced Diamond Composites = Triforce + Hf + Hh + y + Np + Ff + Cf + Vc + Sc + Sm + Ra + Ap + Lt + Ce + Id + P + V + T + C + M

where:

  • Hf: Represents Organic Hemp Fibre (optional)
  • Hh: Represents Organic Hemp Hurd (optional)
  • y: Represents any additional Organic additives (optional)

The remaining terms stand for:

  • Np: Organic Nanoparticles (e.g., carbon nanotubes, graphene)
  • Ff: Organic functional fillers (e.g., flame retardants, UV stabilizers)
  • Cf: Continuous organic fibres
  • Vc: Viscosity-control agents
  • Sc: Surface conditioners
  • Sm: Smart materials
  • Ra: High-performance resins & adhesives
  • Ap: Advanced polymer composites
  • Lt: Lightweighting techniques
  • Ce: Circular materials economy
  • Id: Intelligent design & manufacturing
  • P: Pretreatment methods
  • V: Percentages by volume
  • T: Temperature
  • C: Length of curing
  • M: Any other modifications

This expanded formula illustrates the highly customisable nature of Diamond Composites, enabling the material to be tailored for a wide range of applications with specific properties. The sources provide examples of over 200 variants of Diamond Composites, showcasing the material's versatility.

*****
**Marie Seshat Landry**
* CEO / OSINT Spymaster
* Marie Landry's Spy Shop
* Email: marielandryceo@gmail.com
* Website: www.marielandryceo.com

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