Abstract: A remote humidity monitor system for detecting a targeted object utilizes a humidity sensor to detect humidity and sends a result to a reader via the wireless communication device; a server can execute monitor management. The humidity sensor can be a mass hygrometer, an optical condensation dew-point hygrometer, a psychrometer (wet-and-dry bulb thermometer), a hair hygrometer, an electrolysis humidity sensor, a lithium chloride humidity sensor, an aluminum oxide humidity sensor, a high polymer humidity sensor, or an infrared hygrometer.

Abstract: A method for detecting a target oligo-nucleotides includes the following steps: providing a substrate mounted with at least a pair of detecting electrodes separated with a gap; coating a surface activation agent on the substrate; providing a plurality of nano-particles and immobilizing them between the two detecting electrodes on the substrate; providing a plurality of capturing oligo-nucleotides; providing a plurality of target oligo-nucleotides and a plurality of probe oligo-nucleotides in order, wherein a portion of the capturing oligo-nucleotides is complementary to the first portion of the sequence of the target oligo-nucleotides; and a portion of the probe oligo-nucleotides is complementary to the second portion of the sequence of the target oligo-nucleotides; and adding a plurality of nano-particles to the gap between the two detecting electrodes.

Abstract: An apparatus for heat dissipation is disclosed, which has a sealed container having a closed cavity; and a dissipation fluid comprising plural nanoparticles and a solvent. The dissipation fluid is set in and is able to flow through said sealed closed cavity of said container. A dissipation fluid used in the apparatus illustrated above is also disclosed.