Carbon dioxide recognition by rhodium(I) complexes studied by infrared and nuclear magnetic resonance spectroscopies and acoustic wave sensor

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Chemistry

100
NMR Spectroscopy Chemistry
100
Sensor Chemistry
100
Rhodium Chemistry
100
Sound Property Chemistry
100
Carbon Dioxide Chemistry
50
Device Chemistry
25
Solid Chemistry
25
Water Type Chemistry
25
Ammonia Chemistry
25
Surface Chemistry
25
Reaction Temperatur... Chemistry
25
Thickness Chemistry
25
Sulfur Dioxide Chemistry
25
Triphenylphosphine Chemistry
25
31P{1H}-NMR Spectro... Chemistry
25
Shears Chemistry
25
Water Purification Chemistry

Keyphrases

100
Acoustic Wave Senso... Keyphrases
100
Carbon Dioxide Keyphrases
100
NMR Spectroscopy Keyphrases
100
Rhodium(I) Complexe... Keyphrases
50
1H NMR Spectroscopy Keyphrases
50
Thickness-shear Mod... Keyphrases
50
Temperature Effect Keyphrases
50
Frequency Response Keyphrases
50
Water Treatment Keyphrases
50
Methoxy Keyphrases
50
Triphenylphosphine Keyphrases
50
Interferents Keyphrases
50
Acoustic Wave Devic... Keyphrases
50
Surface Conversion Keyphrases

INIS

100
spectroscopy INIS
100
iodine complexes INIS
100
carbon dioxide INIS
100
sensors INIS
100
rhodium INIS
100
sound waves INIS
100
nuclear magnetic re... INIS
50
devices INIS
25
water INIS
25
surfaces INIS
25
nmr INIS
25
solids INIS
25
conversion INIS
25
thickness INIS
25
shear INIS
25
ammonia INIS
25
hydrogen 1 INIS
25
phosphorus 31 INIS
25
sulfur dioxide INIS
25
water treatment INIS
25
triphenylphosphine INIS
Research OutputsResearch Output authored by Carbon dioxide recognition by rhodium(I) complexes studied by infrared and nuclear magnetic resonance spectroscopies and acoustic wave sensor is tagged with the concept