A Review on the Synthesis Methods of CdSeS-Based Nanostructures

Table 6

The reaction conditions for CdSeS nanostructures prepared by one-step thermal evaporation.

CdSeS nanostructures	Evaporation sources	Substrate	Catalyst layer	Protection gas	Temperature (°C)	Time (min)	Refs.
CdSeS nanobelts	CdS, CdSe	Silicon slices	Au, ~2 nm	He	900	60	[8]
CdSeS whiskers	CdS, CdSe	Silicon slices	Au, 10 nm	He	850	120	[20]
Si-CdSeS core-shell nanowires	CdS, CdSe, silicon wafer	Quartz substrate	Au, 6 nm	Ar	1080	60	[75]
CdSeS nanobelts	CdS, CdSe	Si substrate	Au	He	900	No data	[50]
CdSeS nanosheets	CdS, CdSe	Si substrate	Au, 5–10 nm	N2 + 10% H2	850–900	60	[69]
CdSeS nanowires	CdS, CdSe	Si wafers	Au, 2 nm	N2	() 830; () 800	() 40; () 60	[101]
CdSeS nanobelts	CdS, CdSe	Sapphire wafer	Au, ~1 nm	He	850	30	[13]
CdSeS nanowire arrays	CdS, CdSe	Mica substrate	Poly-l-lysine, 5 nm	Ar + 5% H2	750	30	[102]
CdSeS nanobelts	CdS, CdSe	C-plane; sapphire	Au	He	850	30	[103]
CdSeS nanowires	CdS, CdSe	Silicon wafer	Au, 30 nm	He	900	60	[44]