Table 3.

Summary of Kapitza thermal resistance of nanostructures from previous reports

Material	Nanostructure	Solvent	Interfacial modification	Kapitza resistance (RK, ×10−8 Km−2 W−1)	Methods	Reference
Pt	Nanoparticle	Water	No	1.61	DMM	[55]
		Toluene	Citrate	0.77	TA
AuPt	Nanoparticle, 10 nm	Toluene	Alkanethiol	20
	Nanoparticle, 3–5 nm	Water/alcohol	Tiopronin	0.50–1.11		[56]
		Water/alcohol	Thioalkylated ethylene glycol	0.29–0.63
Au-core/AuPt-shell	Nanoparticle, 22 nm	Water/alcohol	CTAB	0.36–0.56
Al	Flat surface	Water	PEG-silane	0.48–0.67	TDTR	[57]
	Flat surface	Water	OTS	1.54–1.82
Au	Nanoparticle	Toluene	No	8.33	DMM	[55]
		Water	Citrate	0.83–1.11	SAXS	[58]
	Flat surface	Water	C18	1.82–2.22	TDTR	[57]
			C11OH	0.83–1.25
	Nanorod	Water	CTAB	0.22–0.77	TA	[59]
			PEG-COOH	–0 (underestimated)
	Nanoparticle	Toluene	No	1–2	LJ model	[60]
		Water		0.59–0.67
	Flat surface	No	Dodecyltriethoxysilane	2.78	TDTR	[61]
			11-mercapto-undecyltrimethoxysilane	1.54
			11-amino-undecyltrietdoxysilane	2.12
			11-bromo-undecyltrimethoxysilane	2.56
			Dodecyl-dimethyl-monochlorosilane	2.94
	Nanorod	Methanol	CTAB	2.5–3.13	TA	[62]
		Ethanol		2.63–3.85
		Toluene		2.86–4.00
		Hexane		3.45–4.76
	Flat surface	Water	n-undecanethiol (n = 11–18)	1.43–1.67	TDTR	[63]
			Methyl 3-mercaptopropionate	0.65–0.80
			11-(1H-pyrrol-1-yl) undecane-1-thiol	0.65–0.80
			11-Mercapto-1-undecanol	0.45–0.63
			11-Mercapto-undecanoic acid	0.45–0.63
	Nanorod	Water	CTAB	1.2	TA	[64]
			PEG	0.44
	Flat surface	Hexylamine	SAMs	0.48–1.82	EMD	[65]
Carbon	Nanotube	D2O	Polystyrene sulfonate surfactant	8.33	TA	[66]