MCFAs, due to their lathering and low-viscosity properties, are widely used in detergents and lubricants [ 3].
In this study, we designed and synthesized a novel macromolecule (tetramethyl bisphenol F acrylate, TMBPF-Ac) with low viscosity, excellent mechanical properties, and good biocompatibility.
Therefore, the poor filling of PDMS into the mold structure cannot be simply attributed to its low viscosity, and surface/interface property should play an equally important role as discussed above, as well as suggested by the previous study [14].
LPR with high sol content had typical properties similar to base asphalt, like low viscosity and balanced rheological properties.
The combination of these two properties, low viscosity and high reactivity, makes HBP polymers attractive candidates for reactive polymer blending.
It is characterized by a low viscosity, providing excellent filling properties.
PGS (one of the excellent, tough, and biodegradable polymers) was obtained as low molecular weight (<10,000) prepolymer through polycondensation and often blended with PCL for satisfying electrospray condition because of its weak solution property (low viscosity in organic solvent).
The intensified interest in star polymers is attributed to their unique topological structures and attractive physical/chemical properties, including low viscosity in dilute solutions, encapsulation capability, internal and peripheral functionality, and enhanced stimuli-responsiveness.
However low viscosity also entails poor damping properties, which may lead to degraded performance or even instability when the rotating machine operates at or near one of the modal frequencies.
Selection of resist material is also important as it needs to have good coating properties and low viscosity [4, 40].
