Thoughtventions Cryostabilized Propellant Research
Outline
This is an ongoing, labor intensive work, please be patient for links and updates. E-mail thought@Thoughtventions.com with questions.
1) Motivation
- Long Term: HEDM/High Isp rocket fuel
- Logic for the General Approach
- Why H2 Crystals.
- Why H2Ne.
- What is new and original in the approach - This, unfortunately is proprietary. Funding will receive answers.
- Benefits
2) Current Questions
- Stability mechanisms for HEDM in H2 that would otherwise be unstable.
3) Assessment of Current State of the Art / Critical Review
- Literature Review - Experimental Research
- Literature Review - Modeling
- State of the Art
- Response to Thoughtventions Proposal Reviews
4) The van der Waals Propellant Crystal Matrix
- Static Bulk Solid
- H2
- O2
- Surfaces
- H2
- General Cryocrystals
5) van der Waals Compounds
- Background
- H2Ne
6) Other Candidate Materials
- O3
- HO2
7) Potentials/Potential Energy Surfaces
- Static Surface
- H2
- General Cryosurface
- Dynamical Bulk Solid
- Diffusion/Quantum Diffusion
- Dynamical Surface
- Configurational Relaxation
- Crystal Growth Parameters
- Current Theoretical Approaches
8) HEDM Candidates
- Atom
- Radical
- Energetic
9) Crystal Modeling
10) Crystal Growth
- Pure Crystals
- van der Waals Compounds
- van der Waals Epitaxy
11) Crystal Growth Modeling
- Melt Crystallization
- Vapor Deposition Crystallization
12) Experimental Crystal Growth Design
- Crystal Growth System
- Substrate
- Diagnostic Systems
- X-ray Diffraction Apparatus
- Spectroscopy
- Calorimetry
13)Apparatus Fabrication
- Cryostat
- X-ray Apparatus
14) Crystal Growth Experiments
15) Concentration Analysis
16) Material Characterization / Diagnosis
- Spectroscopy
- Interferometric Thickness Monitoring
- X-ray diffraction
- Electron diffraction
- Calorimetry
17) Relevant Research / Research and Development at Thoughtventions
18) References
Please email Steve Bates at thought@Thoughtventions.com to discuss this research.
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Last updated: July 2015