Nanofluids have received much attention due to their novel electronic, magnetic, optical, thermal, and biological properties [1-3]. Nanofluids are formed when nano particles are dispersed in a base fluid. Depending on the size of particles and dispersing medium, one can generate a range of functional fluids. For example, nanoparticle – aqueous ethylene glycol (EG) based nanofluids are proposed as the next generation heat transfer fluids because of their significantly higher thermal transport capacities compare to the base liquids [4-5]. In parallel significant research work has focused on nanopastes for Z-axis interconnections [6,7], die attachments and thermal interface materials (TIM). Nanogels have the potential to combine the advantages of both nanofluids and nanopastes. The combination of high thermal conductivity and stability makes nanogels very attractive candidates for TIM.
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