Chem. J. Chinese Universities ›› 2023, Vol. 44 ›› Issue (1): 20220619.doi: 10.7503/cjcu20220619
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WU Yujie1, HUANG Wenzhi1, PAN Junda1, SHI Kaixiang1,2, LIU Quanbing1,2()
Received:
2022-09-15
Online:
2023-01-10
Published:
2022-10-25
Contact:
LIU Quanbing
E-mail:liuqb@gdut.edu.cn
Supported by:
CLC Number:
TrendMD:
WU Yujie, HUANG Wenzhi, PAN Junda, SHI Kaixiang, LIU Quanbing. Design, Regulation and Applications in Lithium-sulfur Battery Cathodes of Yolk-shell Nanoreactors[J]. Chem. J. Chinese Universities, 2023, 44(1): 20220619.
Classification | Material | Morphology | Synthesis method | Ref. |
---|---|---|---|---|
Single⁃yolk⁃single⁃shell | FeP | Nanosphere⁃in⁃nanotube | Hard template | [ |
SiO x /C@Void@C | Nanosphere | Hard template | [ | |
Sb2Se3@void@C | Nanorod | Hard template | [ | |
Co3O4/C@SiO2 | Rhombic dodecahedron | Hard template | [ | |
Co3O4@TiO2@C | Sphere | Hard template | [ | |
Si⁃infilled capsule | Capsule | Soft template | [ | |
Si@void@C | — | Soft template | [ | |
Classification | Material | Morphology | Synthesis method | Ref. |
Single⁃yolk⁃single⁃shell | Cu⁃FeP@C | Sphere | Template method | [ |
ZnS@C | Nanorod | Self⁃sacrifice template strategy | [ | |
NiSe2@C | Sphere | Ostwald ripening | [ | |
CoOHCl@C | — | Ostwald ripening | [ | |
NiCo2O4/NiO | Sphere | Ostwald ripening | [ | |
MoSe2 | Sphere | Ostwald ripening | [ | |
NCS/CNT | Nanosphere | Kirkendall effect | [ | |
MnO x /C | Nanoparticle | Ostwald ripening, Kirkendall effect | [ | |
Sn⁃Sn2Co3@CoSnO3⁃Co3O4 | Microsphere | Spray drying | [ | |
Si@void@C/CNTs | Microsphere | Spray drying | [ | |
Sb@C | Microsphere | Spray drying | [ | |
Co3O4@NiCo2O4 | Rhombic dodecahedron | Seed epitaxial growth | [ | |
Fe2N@TiO2@C | Submicrocube | Hard template | [ | |
Single⁃yolk⁃muti⁃shell | Co3O4 | Cube | Hydrothermal method | [ |
Co3O4 | Sphere | Hydrothermal method | [ | |
YDS⁃FCCNs | Nanospheres | Solvothermal method | [ | |
V2O3/C | Sphere | Sequential self⁃template | [ | |
Fe3O4⁃GC | Microsphere | Kirkendall diffusion | [ | |
NiO | — | Sequential templating approach | [ | |
Cobalt sulfide MSNBs | Nanobox | Ion⁃conversion⁃exchange | [ | |
m⁃Y⁃S Fe1-x S@C⁃3 | Hexagonal nanosheet | Hard template | [ | |
Muti⁃yolk⁃single⁃shell | SnO2/Mn2SnO4@C | Nanobox | Hard template | [ |
Co⁃NC@N⁃HCSs | Sphere | Hard template | [ | |
Fe2O3@N⁃PC/Mn3O4 | Nanocapsule | Template method | [ | |
Bi2Se3@C | Sphere | Solvothermal method | [ | |
MnO2@NCG | Honeycomb | Sol⁃gel | [ | |
Si@C@ZIF⁃67⁃800N | — | Sol⁃gel, MOF self⁃template | [ | |
ZnSe/2(CoSe2)@NC | Hexahedron | Two⁃step method | [ | |
MYS⁃Co4N@C/SeS2 | Cube | Chelation competition induced polymerization | [ | |
TiC@C@Graphene | Fiber | Electrospinning progress | [ | |
DCS⁃Si | Sphere | Chemical vapor deposition | [ | |
Muti⁃yolk⁃muti⁃shell | M⁃cores@HoMS | Sphere | Hydrothermal method | [ |
Sn NPs@NxC HoMS⁃DL | Sphere | In situ evolution of shell to core | [ |
Table 1 Design methods of yolk-shell nanoreactors
Classification | Material | Morphology | Synthesis method | Ref. |
---|---|---|---|---|
Single⁃yolk⁃single⁃shell | FeP | Nanosphere⁃in⁃nanotube | Hard template | [ |
SiO x /C@Void@C | Nanosphere | Hard template | [ | |
Sb2Se3@void@C | Nanorod | Hard template | [ | |
Co3O4/C@SiO2 | Rhombic dodecahedron | Hard template | [ | |
Co3O4@TiO2@C | Sphere | Hard template | [ | |
Si⁃infilled capsule | Capsule | Soft template | [ | |
Si@void@C | — | Soft template | [ | |
Classification | Material | Morphology | Synthesis method | Ref. |
Single⁃yolk⁃single⁃shell | Cu⁃FeP@C | Sphere | Template method | [ |
ZnS@C | Nanorod | Self⁃sacrifice template strategy | [ | |
NiSe2@C | Sphere | Ostwald ripening | [ | |
CoOHCl@C | — | Ostwald ripening | [ | |
NiCo2O4/NiO | Sphere | Ostwald ripening | [ | |
MoSe2 | Sphere | Ostwald ripening | [ | |
NCS/CNT | Nanosphere | Kirkendall effect | [ | |
MnO x /C | Nanoparticle | Ostwald ripening, Kirkendall effect | [ | |
Sn⁃Sn2Co3@CoSnO3⁃Co3O4 | Microsphere | Spray drying | [ | |
Si@void@C/CNTs | Microsphere | Spray drying | [ | |
Sb@C | Microsphere | Spray drying | [ | |
Co3O4@NiCo2O4 | Rhombic dodecahedron | Seed epitaxial growth | [ | |
Fe2N@TiO2@C | Submicrocube | Hard template | [ | |
Single⁃yolk⁃muti⁃shell | Co3O4 | Cube | Hydrothermal method | [ |
Co3O4 | Sphere | Hydrothermal method | [ | |
YDS⁃FCCNs | Nanospheres | Solvothermal method | [ | |
V2O3/C | Sphere | Sequential self⁃template | [ | |
Fe3O4⁃GC | Microsphere | Kirkendall diffusion | [ | |
NiO | — | Sequential templating approach | [ | |
Cobalt sulfide MSNBs | Nanobox | Ion⁃conversion⁃exchange | [ | |
m⁃Y⁃S Fe1-x S@C⁃3 | Hexagonal nanosheet | Hard template | [ | |
Muti⁃yolk⁃single⁃shell | SnO2/Mn2SnO4@C | Nanobox | Hard template | [ |
Co⁃NC@N⁃HCSs | Sphere | Hard template | [ | |
Fe2O3@N⁃PC/Mn3O4 | Nanocapsule | Template method | [ | |
Bi2Se3@C | Sphere | Solvothermal method | [ | |
MnO2@NCG | Honeycomb | Sol⁃gel | [ | |
Si@C@ZIF⁃67⁃800N | — | Sol⁃gel, MOF self⁃template | [ | |
ZnSe/2(CoSe2)@NC | Hexahedron | Two⁃step method | [ | |
MYS⁃Co4N@C/SeS2 | Cube | Chelation competition induced polymerization | [ | |
TiC@C@Graphene | Fiber | Electrospinning progress | [ | |
DCS⁃Si | Sphere | Chemical vapor deposition | [ | |
Muti⁃yolk⁃muti⁃shell | M⁃cores@HoMS | Sphere | Hydrothermal method | [ |
Sn NPs@NxC HoMS⁃DL | Sphere | In situ evolution of shell to core | [ |
Classification | Host material | S content,w(%) | Highest reversible capacity/(mA·h·g-1) | Cycling performance | Ref. | |
---|---|---|---|---|---|---|
Retention/(mA·h·g-1) | Cycle | |||||
Carbon⁃based composite | BCN@HCS | 70.0 | 1075(at 0.2C) | 700(at 1C) | 500 | [ |
N⁃C NSs | 70.0 | 879.4(at 0.1C) | 616(at 1C) | 500 | [ | |
HPC@S⁃PANi | 65.2 | 833.3(at 0.5 A/g) | 650.2(at 1 A/g) | 200 | [ | |
NYSC | 75.4 | 930(at 0.1C) | 909(at 0.2C) | 500 | [ | |
GNC | 60.0 | 1236(at 0.1C) | 810(at 1C) | 100 | [ | |
rGO/N⁃YSHCS | 70.0 | 826(at 0.1C) | 800(at 0.2C) | 100 | [ | |
Ploymer⁃based composite | RGO/PANI | 67.0 | — | 690(at 0.1C) | 70 | [ |
S@void@PPy | 98.4 | — | 650(at 0.2 A/g) | 200 | [ | |
Metal⁃based composite | MnO2@NCG | 80.0 | 1436(at 0.1C) | 871.5(at 1C) | 1000 | [ |
Co⁃VN@C | 70.0 | 1379.2(at 0.1C) | 602(at 1C) | 300 | [ | |
In2O3@C | 84.0 | 1042.9(at 0.2C) | 440.8(at 1C) | 1000 | [ | |
FeSe2@C | 82.0 | 1295(at 0.1C) | 684(at 1C) | 700 | [ | |
S@void@TiO2 | 72.4 | 1082(at 0.2C) | 766(at 0.2C) | 1000 | [ | |
YS⁃ZnO | 76.7 | 1355(at 0.5C) | 1212(at 0.5C) | 500 | [ | |
V2O3⁃VN@NC | 69.8 | 1220(at 0.1C) | 618(at 1C) | 800 | [ | |
Fe3O4@void@C | 66.5 | 1010(at 0.1C) | 625(at 0.2C) | 500 | [ | |
Co⁃NC@N⁃HCSs | 80.8 | 685.5(at 0.2C) | 399.7(at 1C) | 450 | [ | |
Fe2O3@N⁃PC/Mn3O4 | 70.1 | 1319(at 0.2C) | 1122(at 0.5C) | 200 | [ | |
Co@BNCNTs YS | 75.1 | 950(at 0.2C) | 700.2(at 1C) | 400 | [ | |
MoS2/Ni3S2 | 64.7 | 1242.2(at 0.2C) | 739(at 1C) | 1000 | [ | |
THC@CoSe2 | 61.0 | 985.3(at 0.1C) | 438.5(at 1C) | 1000 | [ | |
MnO2@HCS | 66.3 | 887(at 0.1C) | 705(at 1C) | 500 | [ | |
rGO/VO2 | 70.0 | 892.7(at 0.2C) | 334.9(at 1C) | 400 | [ | |
TiO2⁃CNFs@void@TiN@C | 68.0 | 1103.5(at 0.5C) | 675.8(at 1C) | 1000 | [ | |
Fe2N@C | 60.0 | 1361(at 0.1C) | 734(at 1C) | 600 | [ |
Table 2 Applications for lithium-sulfur battery cathodes of yolk-shell nanoractors
Classification | Host material | S content,w(%) | Highest reversible capacity/(mA·h·g-1) | Cycling performance | Ref. | |
---|---|---|---|---|---|---|
Retention/(mA·h·g-1) | Cycle | |||||
Carbon⁃based composite | BCN@HCS | 70.0 | 1075(at 0.2C) | 700(at 1C) | 500 | [ |
N⁃C NSs | 70.0 | 879.4(at 0.1C) | 616(at 1C) | 500 | [ | |
HPC@S⁃PANi | 65.2 | 833.3(at 0.5 A/g) | 650.2(at 1 A/g) | 200 | [ | |
NYSC | 75.4 | 930(at 0.1C) | 909(at 0.2C) | 500 | [ | |
GNC | 60.0 | 1236(at 0.1C) | 810(at 1C) | 100 | [ | |
rGO/N⁃YSHCS | 70.0 | 826(at 0.1C) | 800(at 0.2C) | 100 | [ | |
Ploymer⁃based composite | RGO/PANI | 67.0 | — | 690(at 0.1C) | 70 | [ |
S@void@PPy | 98.4 | — | 650(at 0.2 A/g) | 200 | [ | |
Metal⁃based composite | MnO2@NCG | 80.0 | 1436(at 0.1C) | 871.5(at 1C) | 1000 | [ |
Co⁃VN@C | 70.0 | 1379.2(at 0.1C) | 602(at 1C) | 300 | [ | |
In2O3@C | 84.0 | 1042.9(at 0.2C) | 440.8(at 1C) | 1000 | [ | |
FeSe2@C | 82.0 | 1295(at 0.1C) | 684(at 1C) | 700 | [ | |
S@void@TiO2 | 72.4 | 1082(at 0.2C) | 766(at 0.2C) | 1000 | [ | |
YS⁃ZnO | 76.7 | 1355(at 0.5C) | 1212(at 0.5C) | 500 | [ | |
V2O3⁃VN@NC | 69.8 | 1220(at 0.1C) | 618(at 1C) | 800 | [ | |
Fe3O4@void@C | 66.5 | 1010(at 0.1C) | 625(at 0.2C) | 500 | [ | |
Co⁃NC@N⁃HCSs | 80.8 | 685.5(at 0.2C) | 399.7(at 1C) | 450 | [ | |
Fe2O3@N⁃PC/Mn3O4 | 70.1 | 1319(at 0.2C) | 1122(at 0.5C) | 200 | [ | |
Co@BNCNTs YS | 75.1 | 950(at 0.2C) | 700.2(at 1C) | 400 | [ | |
MoS2/Ni3S2 | 64.7 | 1242.2(at 0.2C) | 739(at 1C) | 1000 | [ | |
THC@CoSe2 | 61.0 | 985.3(at 0.1C) | 438.5(at 1C) | 1000 | [ | |
MnO2@HCS | 66.3 | 887(at 0.1C) | 705(at 1C) | 500 | [ | |
rGO/VO2 | 70.0 | 892.7(at 0.2C) | 334.9(at 1C) | 400 | [ | |
TiO2⁃CNFs@void@TiN@C | 68.0 | 1103.5(at 0.5C) | 675.8(at 1C) | 1000 | [ | |
Fe2N@C | 60.0 | 1361(at 0.1C) | 734(at 1C) | 600 | [ |
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