One of the significant limitations of current terrestrial-based simulants, such as the popular mare simulant, JSC-1A, is the lack of agglutinates.
While work has been done to determine the effects of water ice content in simulants such as JSC-1A, to date there has been no investigation into the properties of icy simulants of the regolith believed to be found at lunar polar regions.
To return to the example of diamond, this material, though considered to be a ceramic, has a thermal conductivity higher than that of copper a property the jeweler uses to differentiate between true diamond and simulants such as cubic zirconia (a single-crystal form of zirconium dioxide).
Renner raises concerns of the fact that PAPS may migrate much more effectively into emulsions such as butter, margarine, or lecithin additives than into food simulants such as oil or water [40, 41].
Less-toxic analogues (simulants), such as chloroethyl phenyl sulfide (CEPS), with physicochemical properties similar to those of the agent could be generally subject to the research studies due to extreme toxicity of HD.
Those techniques are also used for some diamonds simulants, such as silicon carbide, which pass the thermal conductivity test.
Detailed characterization results are presented to confirm that the agglutinate simulant material produced during this investigation reasonably satisfies the primary requirements of an agglutinate simulant such as amorphous/crystalline content, particle size, morphology, vesicular structure, chemistry, and presence of nanophase elemental Fe.
Coatings are increasingly used to give a diamond simulant such as cubic zirconia a more "diamond-like" appearance.
Different base fixity conditions such as fixed-base, elastic-base and nonlinear base conditions are considered.
Players can also play against more than eight Simulants as long as there are enough slots available in a match; for example, a single player can play against 11 Simulants; such a feature was not possible in the original game.
Equation (1) is based on several assumptions such as complete mixing of the simulant, a constant diffusion mechanism, and no interaction between solvent and polymer.
