HIT-L-1

Other

Extracted properties that do not clearly fit the workshop categories yet.

12 measured2 sources

Bound water content 1Crystallinity of stratlingite 1Data availability 1Journal Identifier 1Material property correlation 1Mechanical property optimization 1NBO/T value 1Preparation technique 1reaction kinetics 1Reaction rate 1Thermodynamic model accuracy 1

NBO/T value1.221 source for this simulantFibers drawn out from melting lunar regolith simulant: An appealing approach to support the lunar in-situ resource utilization

Journal Identifier135983681 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers

Preparation techniqueCold-sintering process for geopolymer preparation1 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers

Mechanical property optimizationInfluenced by sodium hydroxide and sodium silicate1 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers

Data availabilityData will be made available on request1 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers

Material property correlationInfluenced by preparation techniques, mixture, moulding, and service environment1 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers

reaction kineticsaffected by modulus and dosage of alkali activator1 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers

Bound water content3.07 to 3.72g1 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers

Crystallinity of stratlingitelow in content and poor crystallinity1 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers

Bound water contentDecreases with increasing modulus1 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers

Reaction rateHigher with lower modulus1 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers

Thermodynamic model accuracyValidated by experimental results1 source for this simulantCoupling thermodynamic modelling with experimental study to reveal the evolutionary relationship of pore solutions, products, and compressive strength for lunar regolith simulant geopolymers