The phrase "advanced transfer" is correct and usable in written English.
It can be used in contexts related to technology, finance, or education, where a more sophisticated or developed method of transferring information, funds, or skills is being discussed.
Example: "The new software features an advanced transfer system that allows for quicker data migration between platforms."
Alternatives: "enhanced transfer" or "sophisticated transfer".
Moreover, an advanced heat transfer balance with detailed radiative heat transfer between the cells and the integrated cooling-tubes, convective heat transfer between the gas flows and the surrounding structures and conductive heat transfer between the solid structures inside of the stack, is included.
It is clearly needed to develop advanced heat transfer fluids for improving the effective heat transfer behavior of conventional heat transfer fluids.
Development of advanced heat transfer fluids is clearly essential to improve the effective heat transfer behavior of conventional heat transfer fluids.
In that regard, the development of advanced heat transfer fluids with higher thermal conductivity is in a strong demand.
The initial promise of nanofluids as advanced heat transfer fluids was based on the increased thermal conductivity of nanoparticle suspensions.
They include a wide variety of techniques and advanced heat transfer models, yet require only limited computational time.
This is greatly helped by the advanced money transfer business which lets the large Somali diaspora send money back to their relatives still at home.
This novel type of nanofluids shows outstanding potential for replacements as advanced heat transfer fluids in medium temperature applications including solar collectors and heat exchanger systems.
Suspensions of solid submicron- and nanometer-sized particles in various fluids (also called nanofluids) have been considered for applications as advanced heat transfer fluids for almost two decades.
The experimental data for nanofluids in thermal-fluid systems have shown that the new fluids promise to become advanced heat transfer fluids in terms of thermal performance.
