China
Jilin University (JLU) - State Key Laboratory of Integrated Optoelectronics
SSRN RANKINGS
in Total Papers Citations
ethanol and acetone gas sensor, mesoporous hierarchical structure, hydrothermal method, optimized humidity resistance, Low detection limit
ethanol and acetone gas sensor, mesoporous hierarchical structure, hydrothermal method, optimized humidity resistance, low detection limit
Electrochromic, Supercapacitor, EDOT, D-A structure, Triphenylamine
ZnO, template-free method, double-shell microsphere, ethanol gas sensor
pure ZnO, template-free method, double-shell microsphere, Ethanol gas sensor, high sensing performance
acetone sensing, Se-doping, low detecting limit, SnO2 gas sensor, First-principles calculations
Cu2O-CuO microflowers, NO2 sensor, Fast response-recovery time, P-type semiconductor metal oxides, gas sensor
Bilayer structure, Zeolite overlayer, ZnFe2O4 sensing layer, Chemiresistor, DMMP
Gas sensor, core-shell ZnCr2O4 microspheres, xylene, Selectivity, High sensitivity
WO3 microflowers, Morphology, Facet effect, Work function, TEA sensors.
all-nanofiber, waterproofness/breathability, multifunctional sensor, flexible tactile sensor, ammonia sensing, underwater monitoring
Metal-organic framework, core-shell structure, In2O3@ZnO, n-n heterojunction, Gas sensor
Ru-doped Co3O4, Hollow microflower, High sensitivity, Ultra-low detection limit, Gas sensor.
SnO2 gas sensor, oxygen adsorption, oxygen dissociation, synergism, high- and low-valence ions doping
Hydrogen sensor, PdCu alloy, Sensitization, Ultrafine nanowire clusters
polyaniline-SnO2 hybrids, p-n heterojunction, permittivity variation, microwave gas sensors, ammonia
Cubic/hexagonal homojunction, CdS, N-propanol sensor, Phase evolution, Coprecipitation method
In2O3-ZnO gas sensor, mesoporous hierarchical structure, ethanol detection, moisture tolerance, low base line resistance
Solar-Thermal Conversion, Organic Photothermal Materials, Donor-Acceptor Type Molecules, Twisted Intramolecular Charge-Transfer, Non-Radiative Decay
mesoporous hollow sphere, ethanol gas sensor, high gas response, Low detection limit
mesoporous hollow sphere, pure zinc oxide, ethanol gas sensor, high gas response, low detection limit
In2O3 nanofibers, Carbon monoxide gas sensor, electrospinning, Au and Pd co-doping, Low detection limit
gas sensor, SnO2, PdRu, Bimetallic nanocrystals, TMA
H2 sensor, miniaturized sensor, Pt-Pd/C electrode, Nafion membrane
Hydrogen sulfide, Gas sensor, mixed potential, security monitoring
In2O3, Zn-doped, Hydrogen sensing, ultrafast, Low detection limit
spongy ZnO nanosheets, yttrium ions, adsorption-desorption capability, TPD, NO2 sensor
Inverse opal ZnO, ZIF-8 derivative, encapsulating Pt, robust acetone sensor, Deep Neural Networks
Sn4+ doping to ZnO, mesoporous hierarchical structure, ethanol and acetone selective detection, acetone gas sensor, Low detection limit
gas sensor, In2O3, Zn-doped, Hydrogen Sensing
Fluorescence imaging, organic fluorescent probes, photostability, lipid droplets, lipid, droplets dynamics
Inverse opal ZnO, ZIF-8 derivative, encapsulating Pt, robust sensing repeatability, acetone prediction
NO2 sensor, carbon doped In2O3, ppb-level, humidity tolerance
TiO2, heat treatment, oxygen species, crystal orientation, Acetone
spongy ZnO nanosheets, yttrium ions, adsorption-desorption capability, lattice defects, NO2 sensor
Sn4+ doping to ZnO, mesoporous hierarchical structure, ethanol and acetone selective detection, acetone gas sensor, low detection limit
Precious metal atomic utilization efficiency, Alloy catalyst, Metal-organic framework, Gradient sintering, Fuel cell type gas sensor
