Abstract: A non-invasive thermal ablation method is provided for heating a lesion area using a non-invasive thermal ablation device. The non-invasive thermal ablation method includes: generating a time-varying magnetic field in a lesion area including a liquid metal using a magnetic field-generating element of the non-invasive thermal ablation device to heat the lesion area. In addition, a non-invasive thermal ablation device for the method is also provided.

Abstract: A magnetism characteristic detection method, a magnetism characteristic detection apparatus, an imaging apparatus and an imaging method are provided, where magnetism detection and imaging are based on an integrated excitation field of a direct current (DC) magnetic field and an oscillation wave. The magnetism detection method includes the following steps. A DC magnetic field is selectively applied to an object. Further, an oscillation wave is provided to the object, where the oscillation wave is a sound wave or an ultrasound wave. Then, a magnetism characteristic variation of the object is detected.

Abstract: A non-invasive thermal ablation method is provided for heating a lesion area using a non-invasive thermal ablation device. The non-invasive thermal ablation method includes: generating a time-varying magnetic field in a lesion area including a liquid metal using a magnetic field-generating element of the non-invasive thermal ablation device to heat the lesion area. In addition, a non-invasive thermal ablation device for the method is also provided.

Abstract: A method of noninvasively detecting plant pathogenic virus and an electronic apparatus thereof are provided. The method is adapted to the electronic apparatus for detecting pathogenic virus in plants. The method includes the following steps. An excitation light beam is projected to the plant, and a reaction light emitted by the plant in response to the excitation light is received. An analytic optical spectrum corresponding to the reaction light is obtained, and whether the plant has the pathogenic virus or not is determined according to the analytic optical spectrum.

Abstract: A magnetism characteristic detection method, a magnetism characteristic detection apparatus, an imaging apparatus and an imaging method are provided, where magnetism detection and imaging are based on an integrated excitation field of a direct current (DC) magnetic field and an oscillation wave. The magnetism detection method includes the following steps. A DC magnetic field is selectively applied to an object. Further, an oscillation wave is provided to the object, where the oscillation wave is a sound wave or an ultrasound wave. Then, a magnetism characteristic variation of the object is detected.

Abstract: A method of noninvasively detecting plant pathogenic virus and an electronic apparatus thereof are provided. The method is adapted to the electronic apparatus for detecting pathogenic virus in plants. The method includes the following steps. An excitation light beam is projected to the plant, and a reaction light emitted by the plant in response to the excitation light is received. An analytic optical spectrum corresponding to the reaction light is obtained, and whether the plant has the pathogenic virus or not is determined according to the analytic optical spectrum.

Abstract: A thermal therapeutic reagent is provided. The thermal therapeutic reagent comprises a plurality of magnetic nanoparticles, a plurality of surfactants coating on the magnetic nanoparticles respectively, and a polar magnetic fluid for delivering the magnetic nanoparticles to a target site. Wherein, the magnetic nanoparticles are capable of being activated under a magnetic field applied at the target site. Another thermal therapeutic reagent comprising a non-polar magnetic fluid is also provided.

Abstract: The present invention provides a probe-type SQUID system to detect magnetic particles stored in the living organisms or magnetic-labeling indicators for immunoassays and tumor or other applications. The probe-type SQUID system comprises a probe union, a SQUID union and a connecting electrically conducting wires such as copper wires, wherein the probe union is coupled with a cooling module such as TE cooler module to avoid power heating so that the probe can approach to the living organism to detect magnetic particles with high-sensitivity.

Abstract: A superconductive quantum interference device (SQUID) system is provided for measuring the alternating current (AC) magnetic susceptibility of material at a single frequency or a mixing frequency from multiple frequencies, such as mf1+nf2, where f1 and f2 are two excitation frequencies of two primary coils. The system includes a magnetic-flux sourcing unit for producing an AC magnetic flux on a sample and a magnetic-flux reading unit for reading the induced magnetic flux from the sample via a magnetic flux transformer. The magnetic-flux reading unit includes a SQUID set for detecting the induced magnetic flux, so as to obtain the magnetic susceptibility of the sample in converting calculation.

Abstract: A superconductive quantum interference device (SQUID) system is provided for measuring the alternating current (AC) magnetic susceptibility of material at a single frequency or a mixing frequency from multiple frequencies, such as mf1+nf2, where f1 and f2 are two excitation frequencies of two primary coils. The system includes a magnetic-flux sourcing unit for producing an AC magnetic flux on a sample and a magnetic-flux reading unit for reading the induced magnetic flux from the sample via a magnetic flux transformer. The magnetic-flux reading unit includes a SQUID set for detecting the induced magnetic flux, so as to obtain the magnetic susceptibility of the sample in converting calculation.