The phrase "a single filler" is correct and usable in written English.
It can be used when referring to one instance of a filler word or phrase in speech or writing.
Example: "In her presentation, she used a single filler that interrupted her flow of ideas."
Alternatives: "one filler" or "a solitary filler".
The flexural strength is increased to 36.28 MPa compared to a single filler system, which is approximately 25.22 MPa.
The gradient structure remarkably decreased the formation tendency of brittle phases within the joints compared with a single filler alloy and thus improved the joint strength effectively.
Using several fillers simultaneously (mostly mixtures) is the trend of recent years since it can significantly improve the properties of produced composite materials (CMs), such as electrical and thermal conductivity, elastic properties strength, Young's modulus, glass transition temperature, and mechanical losses as compared with CM with a single filler.
Therein, the RGO nanosheets and 3DGNs co-modified composites display the best performance with identical mass fraction compared with these cases of employing a single filler, and the specific thermal conductivity value is closely related to the proportion of the 3DGNs and RGO nanosheets, demonstrating a synergy between them (b).
Therein, the RGO nanosheets and 3DGNs co-modified composites display the best performance with identical mass fraction compared with these cases of employing a single filler, and the specific thermal conductivity value is closely related to the proportion of the 3DGNs and RGO nanosheets, demonstrating a synergy between them (Fig. 3b).
Our NDGP platform integrates several important attributes into a single filler material.
While no single filler possesses all of these characteristics, a systematic review will highlight the ingredients of each filler and how each one behaves clinically.
Mechanical properties of ternary composites demonstrated high synergy between fillers, leading to manifold increase in the modulus of dual filler filled composites in comparison to single filler systems.
Carbon black, graphite and carbon fibre were employed to design and prepare electrically conductive asphalt mixtures containing single filler or mixed fillers of conductive powder plus carbon fibre.
This study also found that the General Effective Media (GEM) model was able to predict the in-plane and through-plane electrical conductivities for single filler and multiple filler composites.
With the total filler content fixed at 4 wt%, a hybrid composite consisting of 75% × GnP/25% MWCNT-OH showed the highest thermal conductivity (0.392 W/m K) and electrical conductivity (1.24 × 10−3 S/m), which significantly exceeded the values shown by either of the respective single filler composites.
