There was a symbol mix-up in Sec. 3. Therefore corrections are needed in the paper, as follows.

  • 1
    Page 033102-4: Eqs. 9,10,11,12,13,14,16,18 should read 
    γβTββt=kββΔTββ+kβσΔTσσ+haυ(TσσTββ)
    9
     
    γσTσσt=kσσΔTσσ+kσβΔTββ+haυ(TββTσσ)
    10
     
    [γβtkββΔ+haυkβσΔhaυkσβΔhaυγσtkσσΔ+haυ][TββTσσ]=0
    11
     
    [(γβtkββΔ+haυ)(γσtkσσΔ+haυ)(kβσΔ+haυ)2]Tii=0
    12
     
    Tiit+τq2Tiit2=αΔTii+ατTt(ΔTii)+αk[F(r,t)+τqF(r,t)t]
    13
    14
     
    τq=γβγσhaυ(γβ+γσ),τT=γβkσσ+γσkββhaυ(kββ+kσσ+2kβσ)
     
    k=kββ+kσσ+2kβσ,α=kββ+kσσ+2kβσγβ+γσ
     
    F(r,t)+τqF(r,t)t=kβσ2kββkσσhaυΔ2Tii
     
    kkβ=kββ+kσσ+2kβσkβ
    16
     
    τTτq=1+γβ2kσσ+γσ2kββ2γβγσkβσγβγσ(kββ+kσσ+2kβσ)
    18
  • 2

    Page 033102-4: The line below Eq. 10 should read “where kββ and kσσ are the effective thermal conductivities of the β-.”

  • 3

    Page 033102-4: The second line below Eq. 14 should read “conduction equation with ((kβσ2kββkσσ)/(hav))Δ2Tii as the DPL.”

  • 4

    Page 033102-4: The fourth line below Eq. (17) should read “nanoparticle-fluid interface due to the term kββ+kσσ+2kβσ.”

  • 5

    Page 033102-4: The seventh line below Eq. (17) should read “thus focus on kββ+kσσ+2kβσ to develop predicting models of thermo-.”

  • 6

    Page 033102-4: The paragraph above Eq. 18 should read “To show the possibility of conductivity enhancement, consider.”

  • 7

    Page 033102-4: The second line below Eq. 18 should read “of γβ2kσσ+γσ2kββ2γβγσkβσ. Therefore, by the condition for the ex-.”

  • 8
    Page 033102-5: The first equation should read 
    γβ2kσσ+γσ2kββ2γβγσkβσ<0
  • 9

    Page 033102-5: The eighth line in the second paragraph in Sec. 4 should read “kβ-enhancement can occur for all cases with kββ+kσσ+2kβσ>kβ (Eq.”

  • 10

    Page 033102-6: In the Nomenclature list the symbols kβ and kσ should be changed into kββ and kσσ, respectively.