Table 1 Index Number Table
From: Anomalous heat transfer modes of nanofluids: a review based on statistical analysis
Index Number | Proposed Augmentation Mechanism Theory | Experimental Apparatus |
|---|---|---|
- | none mentioned | |
1 | Brownian Motion augmentation theory | Flow in tube or microchannel |
2 | Shear thinning behaviour of flows | transient hot-wire in stationary fluid |
3 | Interfacial layer theory (Kapitza resistance) | Specialised instrument for measuring thermal conductivities/viscosities etc |
4 | Electrical Double Layer (EDL) | Theoretical investigation |
5 | Phonon transfer | Specialised application |
6 | Aggregation and diffusion | Flow over flat heated plates |
7 | Flattening of velocity profile due to viscosity | Quenching |
8 | Thermal conductivity enhancement alone | Heated Wire |
9 | Deposition of nanolayer on heating surface | |
10 | Passive/active mode of heat transfer | |
11 | Long range structural disjoining pressure | |
12 | Near field radiation | |
13 | Thermophoresis forces | |