Table 3.
List of recently synthesized nanomaterials via liquid/liquid interface method with their applications.
| Nanostructures | Interfaces used as soft-template | Morphology | Application | Reference |
|---|---|---|---|---|
| PSS-free PEDOT | Chloroform/Water | Nanocomposite | Electrochromism Applications. |
[109] |
| PPy/MnO2 | Chloroform/Water | Nanosheet | Electrochemical sensor for nicotine. | [110] |
| PEDOT/graphene | Chloroform/Water | Nanocomposite | Electrochromism Applications. |
[109] |
| ZnO | Water/Air | Nanosheet | Sensing and device fabrication. | [111] |
| Nickle Hydroxide | n-Butanol/Water | Nanoflakes | Non-enzymatic electrochemical sensor to detect glutamic acid. | [112] |
| CuO | n-Octanol/Water | Hollow Nanosphere | Surface photovoltage properties and photocatalytic activity. | [113] |
| Fe2O3 | Benzene/Water | Durian-like hollow sphere | Removal of heavy metal ion Cr(VI). | [114] |
| NiCo2O4 | n-Butanol/Water | Nanoflake | Electrochemical detection of dopamine. | [115] |
| MnO/MnO2 | DMF/Water | Nanoparticle, Microbar, Nanoflake | Applications in lithium-ion batteries. | [116] |
| PPy/Ag | Chloroform/Water | Nanosheet | H2O2 sensing and antibacterial activity. | [117] |
| Fe2O3 | Toluene/Water | Cauliflower-like | Organic dye degradation and heavy metal ions removal in water treatment, photocatalytic degradation in the presence of H2O2 for rhodamine B. | [118] |
| MnO/MnO2 | DCM/Water | Urchin-like | Catalytic degradation of methylene blue. | [119] |
| Au nanoring arrays | Oil/Water | Nanoring | – | [120] |
| PT/Au | n-Hexane/Water | Nanocomposite thin film | Electrochromic applications. | [121] |
| Sulfonated Graphene/Polyaniline | Chloroform/Water | Nanocomposite | Electrochemical measurements for use in energy storage and conversion devices. | [122] |
| Pure FeNPs | Toluene/Water | Spherical nanoparticle | Show superparamagnetic properties for biomedical and industrial applications. | [123] |
| AgNBs | RAIL(redox-active ionic liquid) ([FcMDDA+] [TFPB−])/Water |
Chain like-Nanobelt | Substrate for plasmonic applications. | [124] |
| PdNFAs | RAIL/Water | Vertically aligned nanofibre arrays | Electrocatalytic activity towards ethanol oxidation reaction. | [125] |
| Bis(dipyrrinato) zinc(II) complex | dichloromethane/pyridine (100:1) solution/Water | Nanosheet | – | [126] |
| MoO3 MoS2 MoSe2 |
Toluene/Water | Nanobelt | Illustrated for electrochemical applications. | [127] |
| Nanosheets | ||||
| PT/Au-NPs/CNT | n-Hexane/Water | Nanocomposite | Electrochemical sensor for dopamine. | [128] |