This paper investigates the combination of Raw Brown Coal Fly Ash (BCFA) with biosolids samples from the Eastern Treatment Plant ETP and Western Treatment Plant WTPWTP) in Melbourne, to form a material that can be used as a substitute for engineering applications.
Porous magnesium has been recently recognized as a biodegradable metal for bone substitute applications.
PEEK, an engineering polymer with many advantages such as lightweight, high thermal stability, high strength coupled with toughness, has often been used as a substitute for metals in applications such as bearings, piston parts, pumps and even biomaterials.
Polyether ether ketone (PEEK), an engineering polymer with many advantages such as lightweight, high thermal stability, high-strength coupled with toughness, has often been used as a substitute for metals in applications such as bearings, piston rings, pumps and even biomaterials.
Carbon fiber reinforced plastic application, as a substitute for more traditionally applied materials like steel and aluminum, allows for combining lower mass with higher stiffness, and thus an increase in performance of highly-dynamic multiaxial testing machines.
We have designed and synthesized a fully interpenetrating network of two different hydrogel materials that have properties consistent with application as a substitute for the human cornea: high water swellability up to 85%,tensile strength comparable to the cornea, high glucose permeability comparable to the cornea, and sufficient tear strength to permit suturing.
Two articles revealed that b-alumina's structural peculiarities allowed a high ionic conductivity and that consequently b-alumina could be used in some applications as a substitute to traditional liquid electrolyte.
It is a good idea to enclose a resume with your applications, but do not use it as a substitute for responding to questions on the applications.
The energy absorption properties of composite materials can be tailored, thus making them an appealing option as a substitute of more traditional materials in applications where energy absorption is crucial.
The sandwich-structured composites with the wood strands in the face layer (40 wt.% of the panel weight) and the rice husk particles in the core layer (60 wt.% of the panel weight) can be evaluated as a substitute for the strandboards in structural applications.
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