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This absorption peak is excited by the localized surface plasma (LSP) and dielectric loss modes at resonance frequency 2.98\u00a0THz with 83% of amplitude. Three groups of experiments are performed to verify the sensing properties of samples. In the first groups of experiments, temperature is increasing from T\u2009=\u2009300\u00a0k to T\u2009=\u2009400\u00a0k, which leads to the absorption peak enhance from 83% (at 2.98 THz) to 93.7% (at 3.5\u00a0THz). In the second groups of experiments, samples are covered by ethanol or chloroform (T\u2009=\u2009300\u00a0k), this absorption peak is also increased and moved to higher frequencies. When temperature and liquid layer are changed simultaneously, samples achieve more intense resonance behaviors in a smaller temperature scale. Finally, this absorption peak is reduced by increasing pump fluence. 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