The slip boundary conditions (non-equilibrium momentum exchange and heat transfer) were adopted in the numerical model to predict the discontinuity phenomena at the gas-particle interface.
The other three libraries in the first wave of transfers were adopted by local organisations including a Baptist church.
The P1 radiation heat transfer model is adopted to establish the heat and mass transfer model coupled with thermochemical reaction kinetics.
To measure the vibration transmission property, the H∞ norm of the transfer function is adopted.
Inverse heat transfer technique is adopted to predict the heat flux distribution.
A further narrow-to-broadband conversion based on radiative transfer simulations is adopted to produce broadband albedos at visible, near infrared, and shortwave regimes.
In addition, a colour transfer scheme is adopted to support the mapping of arbitrary textures while sustaining the whole colour tone.
The Ni layer is integrated on the as-grown VACNTs by sputtering, and a non-intrusive laser-assisted dry transfer technique is adopted to prepare test strips that retain the aligned structure of as-grown VACNTs.
A transfer matrix method is adopted to determine the free vibration characteristics.
A state-form expansion applied in conjunction with a transfer matrix technique is adopted to extract the eigenvalues and to express the eigenfunctions in analytical form, i.e., complex modes corresponding to non-synchronous motions.
