The present invention addresses the problem of providing: a radioactive substance detection device that is safe and easy to handle and can achieve high sensitivity; and a radioactive substance detection device and a radioactive substance detection method capable of directly, simply and inexpensively detecting an α ray-emitting target substance.　The present invention provides, as a solution, [1] a radioactive substance detection device comprising: a capillary for holding a radioactive substance and a solvent therein; and a light detection means, wherein the light detection means is configured to detect a light beam including Cherenkov light generated when radiation emitted from the radioactive substance passes through the solvent and/or the tube wall of the capillary, and [2] a radioactive substance detection device comprising a light detection means, wherein the radioactive substance contains at least one nuclide that emits α-rays, and the light detection means is configured to detect light generated when α-rays emitted from the radioactive substance come into contact with at least one selected from the group consisting of glass, fluorescence indicator F, and fluorescence indicator F.

• 출원번호 : JP2024/015621
• 출원인 : NATIONAL UNIVERSITY CORPORATION CHIBA UNIVERSITY;NEO-P TECHNOLOGY, LLC.;
• 특허번호 :
• IPC : G01T-001/167(2006.01);G01N-023/02(2006.01);G01N-030/74(2006.01);G01N-030/88(2006.01);G01T-001/20(2006.01);G01T-001/22(2006.01);

A spectrometer device (110) and a method of obtaining spectroscopic information on at least one object (112) are disclosed. The spectrometer device (110) comprises: i. at least one light source (114) for generating illumination light (116) for illuminating the object (112), the light source (114) comprising at least one light-emitting diode (118) and at least one luminescent material (120) for light-conversion of primary light generated by the light-emitting diode (118) into secondary light, wherein the illumination light (116) at least partially comprises the primary light and the secondary light; ii. at least one broadband detector (128) for detecting detection light (130) from the object (112) in a spectral range at least partially comprising the spectral ranges of the primary light and the secondary light, wherein the broadband detector (128) is configured for generating at least one primary detector signal upon detecting the detection light (130) in the spectral range of the primary light, wherein the broadband detector (128) is further configured for generating at least one secondary detector signal upon detecting the detection light (130) in the spectral range of the secondary light; and iii. at least one evaluation unit (136) for evaluating at least one of the primary detector signal and the secondary detector signal generated by the broadband detector (128) and for determining the spectroscopic information on the object (112) from at least one of the primary detector signal and the secondary detector signal.

• 출원번호 : EP2024/060509
• 출원인 : TRINAMIX GMBH
• 특허번호 :
• IPC : G01J-003/28(2006.01);G01J-003/02(2006.01);G01J-003/10(2006.01);G01J-003/42(2006.01);H01L-033/50(2010.01);H01L-025/16(2023.01);

A spectrometer device (110) and a method of obtaining spectroscopic information on at least one object (112) are disclosed. The spectrometer device (110) comprises: i. at least one light source (114) for generating illumination light (116) for illuminating the object (112), the light source (114) comprising at least one light-emitting diode (118) and at least one luminescent material (120) for light-conversion of primary light generated by the light-emitting diode (118) into secondary light, wherein the illumination light (116) at least partially comprises the primary light and the secondary light; ii. at least one broadband detector (128) for detecting detection light (130) from the object (112) in a spectral range at least partially comprising the spectral ranges of the primary light and the secondary light, wherein the broadband detector (128) is configured for generating at least one primary detector signal upon detecting the detection light (130) in the spectral range of the primary light, wherein the broadband detector (128) is further configured for generating at least one secondary detector signal upon detecting the detection light (130) in the spectral range of the secondary light; and iii. at least one evaluation unit (136) for evaluating the primary detector signal and the secondary detector signal generated by the broadband detector (128), for determining temperature information (137) on the light source (114) from one of the primary detector signal or the secondary detector signal, and for deriving the spectroscopic information on the object (112) from the other of the primary detector signal or the secondary detector signal by taking into account the temperature information (137) on the light source (114).

• 출원번호 : EP2024/060504
• 출원인 : TRINAMIX GMBH
• 특허번호 :
• IPC : G01J-003/02(2006.01);G01J-003/28(2006.01);G01J-003/10(2006.01);H01L-033/50(2010.01);G01J-003/42(2006.01);H01L-033/62(2010.01);H01L-033/64(2010.01);

A method for producing a high-frequency device is disclosed. According to one embodiment, the method comprises at least the steps ofa) providing a polymerizable liquid crystal medium,b) exposing a region of the polymerizable liquid crystal medium to electromagnetic radiation to form a polymerized region,c) repeating step b) to produce a three-dimensional body,wherein the polymerizable liquid crystal medium comprises at least one mesogenic component.Further, a use of a polymerizable liquid crystal medium for producing a high-frequency device and a high-frequency device are disclosed.

• 출원번호 : 24170917.9
• 출원인 : Merck Patent GmbH
• 특허번호 :
• IPC : C09K-019/18(2006.01);B29C-064/124(2017.01);C09K-019/34(2006.01);C09K-019/04(2006.01);C09K-019/12(2006.01);C09K-019/16(2006.01);C09K-019/30(2006.01);

The present invention relates to a method for taking volumetric measurements from volumetric images obtained by a volumetric image capturing device. The method comprises the steps of: guiding the radiation emitted from an object extended over an optical cavity made up of reflective surfaces; and configuring the optical cavity to generate different optical path lengths to the radiation guided by the optical cavity, depending on the starting position of the radiation from the object and on the direction of propagation of the radiation from the object. The described method enhances the resolution and simplifies the complexity of the components compared to other methods for capturing volumetric images. It is used to quickly capture volumetric images to make neurophysiological recordings, release neurotransmitters in the brain and be implemented in other technical fields that require high-speed volumetric measurements, such as illumination with specific volumetric patterns, characterisation of the volumetric light field and time-controlled interferometric measurements.

• 출원번호 : CL2024/050037
• 출원인 : PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE
• 특허번호 :
• IPC : G02B-021/00(2006.01);G02B-005/00(2006.01);G02B-005/08(2006.01);

Described herein is a process for making an article and articles thereof. The process comprises: (i) providing porous polymeric fibers, wherein each porous polymeric fiber comprises an outer major surface and a plurality of pores, wherein at least a portion of the pores are open to the outer major surface extending therefrom to an interior portion of the porous polymeric fiber and wherein at least a portion of the pores are fluidically connected; (ii) contacting the porous polymeric fibers with a polymerizable solution; and (iii) exposing the porous polymeric fibers to a controlled amount of ionizing radiation to form a grafted article. The grafted articles, which can include nonwovens, comprise a porous polymeric fiber, wherein the polymeric fiber comprises an outer major surface and a plurality of pores, wherein at least a portion of the pores are open to the outer major surface extending therefrom to an interior portion of the porous polymeric fiber and wherein at least a portion of the pores are fluidically connected; and a plurality of polymer chains extending from the outer major surface of the porous polymeric fiber.

• 출원번호 : IB2024/053792
• 출원인 : 3M INNOVATIVE PROPERTIES COMPANY
• 특허번호 :
• IPC : D06M-014/10(2006.01);D01F-006/00(2006.01);D04H-003/018(2012.01);D06M-014/18(2006.01);

An apparatus for determining one or more characteristics of an object for use in an EUV lithographic apparatus comprises: a support; a radiation system; a detector system; and a radiation adjustment module. The support is for supporting an object (for example, a pellicle, a reticle or a reticle and pellicle assembly). The radiation system is operable to produce and deliver a radiation beam so as to be incident on an object when supported by the support. The detector system is operable to receive radiation that has interacted with an object when supported by the support. The radiation adjustment module is operable to adjust one or more characteristics of the radiation beam delivered to the object or the radiation received by the detector system so as to allow characteristics of a plurality of different objects, each having different characteristics, to be determined, which may provide control over a EUV radiation dose.

• 출원번호 : EP2024/060528
• 출원인 : ASML NETHERLANDS B.V.
• 특허번호 :
• IPC : G03F-001/84(2012.01);G03F-007/20(2006.01);

There is a need for laser systems which generate single-sideband modulated laser radiation in a predictable manner, namely with a frequency spacing between the carrier and sideband in the (high) MHz to GHz range. For this purpose, the invention proposes a laser system which has a laser source (1) that emits laser radiation (2). A first modulation device is provided for modulating the frequency of the laser radiation (2), said frequency modulation being carried out using a frequency modulation shift at a modulation frequency. A second modulation device which is independent of the first modulation device is provided for modulating the amplitude of the laser radiation, said amplitude modulation being carried out using an amplitude modulation shift at the same modulation frequency. The frequency modulation and the amplitude modulation are coupled together in a phase-locked manner, wherein the frequency modulation shift, the amplitude modulation shift, and the relative phase of the frequency modulation and the amplitude modulation are set in such manner that the spectrum of the frequency- and amplitude-modulated laser radiation has a carrier (4', 4'') and a single sideband (5', 5'') which is spaced from the carrier (4', 4'') by the value of the modulation frequency.

• 출원번호 : EP2024/060588
• 출원인 : TOPTICA PROJECTS GMBH
• 특허번호 :
• IPC : H01S-005/00(2006.01);H01S-005/062(2006.01);

A system for perturbations based evaluation of a property of a sample, the system includes (a) a memory unit that is configured to store sub-sets of measurement results that are indicative of changes in reflectivity of the sample in response to perturbations of the sample, wherein the measurement results are generated by a broadband optics that comprises a broadband radiation source, an interferometer and a broadband photodetector, wherein the sub-sets differ from each other by values of a broadband optics parameter applied during a generation of the sub-sets; (b) a time domain to frequency domain conversion circuit that is configured to convert the sub- sets to spectral information regarding the change of reflectivity of the sample; and (c) an estimation circuit that is configured to estimate the property of the sample based on the spectral information..

• 출원번호 : IB2024/053775
• 출원인 : NOVA LTD.
• 특허번호 :
• IPC :

A method of decommissioning a solar module installation including a plurality of solar modules includes selecting a first solar module of the plurality of solar modules, the first solar module including a plurality of solar cells, a front layer, a back sheet, a first layer of encapsulant between the front layer and the plurality of solar cells, and a second layer of encapsulant between the back sheet and the plurality of solar cells. The method further includes applying X-ray radiation to the first solar module to debond at least one of the first layer of encapsulant or the second layer of encapsulant; and separating at least one of the front layer or the back sheet from the plurality of solar cells.

• 출원번호 : 18639835
• 출원인 : Kim, Taesung
• 특허번호 :
• IPC : B32B-043/00(2006.01);B32B-038/10(2006.01);B65G-001/02(2006.01);H02S-099/00(2006.01);