| Document |
Document Title |
|
JP5758793B2 |
To provide a semiconductor temperature sensor which can be manufactured easily and has improved accuracy.A semiconductor temperature sensor comprises a first region 131 and a second region 132 formed from semiconductor layers, a pair of ...
|
|
JP2015135264A |
To provide a pyroelectric photodetector, a pyroelectric photodetection device, and an electronic apparatus in which heat capacity is reduced more than before, and excellent sensitivity and responsiveness are achieved.A pyroelectric photo...
|
|
JP2015520947A |
A device (100) having a device (10), wherein the device (10) is a first conductive electrode (11) and a second conductive electrode (12), an electrode (11) that are spaced apart from each other. The device (100) comprises an electroelect...
|
|
JP5737137B2 |
To form a quantum barrier layer and a quantum well layer with film thickness hardly causing an increase in Fermi level and a tunnel effect so as to be capable of realizing a high barrier in a quantum-well temperature sensor.The quantum-w...
|
|
JP5736906B2 |
Provided is a lightweight infrared sensor which is readily and stably erected to a substrate. The infrared sensor includes an insulating film; a first and a second heat sensitive element are disposed on one surface of the insulating film...
|
|
JP5734292B2 |
An infrared light detector having a sensor chip (4), which includes a thin-film element (5) made from a pyroelectrically sensitive material, having an electrical insulator (27), at least one electronic component (17, 18) having a thin-fi...
|
|
JP5730327B2 |
A pyroelectric element 10 includes a pyroelectric substrate 20 being a substrate of lithium tantalate single crystal having an X-axis, a Y-axis, and a Z-axis as crystal axes; front-side electrodes 41 and 42 disposed on a front side of th...
|
|
JP5728978B2 |
To increase the detection wavelength band of a thermal photodetector.A thermal photodetector 200 includes a substrate 20, a support member 215 supported on the substrate 20, and a thermal detection element 220 formed in contact with the ...
|
|
JP5728706B2 |
To provide a deformable high sensitivity pyroelectric infrared sensor.The pyroelectric infrared sensor includes: a flexible substrate 41B formed from high polymer material such as polyimide or polyethylene terephthalate; a layer 43B form...
|
|
JP5707930B2 |
To improve the detection sensitivity of a thermal photodetector.A thermal photodetector comprises: a substrate 10; a support member 215 supported via a cavity 102 by the substrate; a heat detection element 230 supported by the support me...
|
|
JP2015076493A |
To provide a thermoelectric element having a high power generation efficiency.The thermoelectric conversion thin wire includes: a thin wire extending in one direction; a first ferromagnetic layer formed on the thin wire, which has a magn...
|
|
JP2015070203A |
To provide a power-generating material which enables the sufficient development of a power generating performance even in a high-temperature region; a power-generating element arranged by use of such a power-generating material; and a po...
|
|
JP2015070764A |
To provide a power generation system that includes a power generation device capable of implementing improved power generation efficiency in a simple structure.A power generation device 21 is disposed on a partition wall 23 in a box-shap...
|
|
JP2015070762A |
To provide a power generation system that generates power with higher efficiency.A power generation system 1 includes: a heat source 2 whose temperature varies over time; a plurality of first devices 3 to which heat energy of the heat so...
|
|
JP2015065254A |
To provide a thermoelectric conversion element in which thermal conduction is suppressed.In a thermoelectric conversion element 100, a phonon insulating layer 2 including a substance having a phonon band gap preventing the phonon conduct...
|
|
JPWO2013065856A1 |
The thermoelectric conversion element of the present invention comprises a substrate, an insulating film arranged so as to face the substrate, a conductive film thermally connected to the substrate and the insulating film, and an insulat...
|
|
JP5691502B2 |
To improve detection sensitivity of a thermal photodetector.A thermal photodetector includes: a substrate 10; a support component 215 which is supported via a hollow portion 102 to face the substrate; a thermal detection element 230 whic...
|
|
JPWO2013047254A1 |
The member with a thermoelectric conversion function includes a member and a thermoelectric conversion function unit provided in contact with the member and having a thermoelectric conversion function. The thermoelectric conversion funct...
|
|
JPWO2013047256A1 |
The thermoelectric conversion element includes a magnetic material having magnetization and an electromotive body formed of a material having spin-orbit interaction and bonded to the magnetic material. The magnetic material has an upper ...
|
|
JPWO2013047253A1 |
The thermoelectric conversion element includes a thermoelectric conversion element main body and a spacer layer provided on the surface of the thermoelectric conversion element main body. The thermoelectric conversion element main body i...
|
|
JP2015052517A |
To provide a method for manufacturing an infrared sensor having an excellent in-plane uniformity of a pyroelectric and a high detection sensitivity.A method for manufacturing an infrared sensor includes: a pyroelectric substance formatio...
|
|
JP5685980B2 |
A thermal detector includes a substrate, a thermal detection element and a support member. The substrate has a recess part with a bottom surface of the recess part being a curved light-reflecting surface. The thermal detection element ha...
|
|
JP5685717B2 |
To provide an infrared detector for improving the SN ratio of a current/voltage conversion part while suppressing unnecessary influence of low frequency components to the output of the current/voltage conversion part.A current/voltage co...
|
|
JP2015049043A |
To provide an infrared detector having high amplification factor, and operating at low voltage with a simple structure.A source terminal 105 of an NMOS transistor 102 which is an output stage of a pyroelectric type infrared detection ele...
|
|
JP5678578B2 |
To provide a thermoelectric conversion device with a simple structure and method for producing the same.A thermoelectric conversion device comprises a strontium titanate substrate 10 whose oxygen concentration is lower than stoichiometri...
|
|
JPWO2012169509A1 |
Provided is a thermoelectric conversion element that enhances the figure of merit. The magnetic material layer 21, which comprises a substrate 1, two layers of magnetic material layers 21 and 22 having a magnetization direction fixed to ...
|
|
JP2015032677A |
To provide a thermoelectric element having long holding time of a nano-sized conjugate.A thermoelectric element (1) includes: an atomic-sized conjugate (4) in which high electron state density reflecting the quantum containment effect ap...
|
|
JP2015017988A |
To provide a pyroelectric detector that can achieve high detection characteristics by preventing heat from dissipating.A pyroelectric detection element includes: an interlayer insulating film 260 covering a capacitor 230; a first contact...
|
|
JP2015005595A |
To provide a technology which can suppress peeling of a conductive contact part from a semiconductor layer and improve durability of a thermoelectric conversion module.A thermoelectric conversion module comprises: a plurality of semicond...
|
|
JP2015005596A |
To provide a technology capable of increasing a temperature gradient in a semiconductor layer in a thermoelectric conversion module.A thermoelectric conversion module having at least one of a heating surface and a cooling surface, compri...
|
|
JP5645245B2 |
To provide an infrared sensor module capable of reducing an influence exerted on an infrared sensor by heat generation of an IC element. A package 3 is constituted of: a package body 4 in which a wiring pattern 46 is formed on a substrat...
|
|
JP5644888B2 |
To provide a thermoelectric power generation element that can reduce current leakage between electrodes and also secure output per unit area.A thermoelectric power generation element comprises: an emitter electrode 1 which emits thermal ...
|
|
JP2014239158A |
To achieve a high performance thermoelectric transducer with an inexpensive material and a manufacturing method.The thermoelectric transducer uses a nano-sheet composed of a transition metal chalcogenide material as an electromotive film...
|
|
JP5640893B2 |
To provide an electron emission element that can remove oxygen from a diamond-membrane based atmosphere and prevent oxygen adsorption on a dehydrogenated diamond surface.In a container 4, an oxygen adsorbent 8 is placed for removing oxyg...
|
|
JP2014235144A |
To provide a terahertz wave detecting apparatus that can accurately convert a terahertz wave into electric signals.A terahertz wave detecting apparatus comprises a base plate 2 and a plurality of first detection elements 9 arrayed on the...
|
|
JP2014235145A |
To provide a terahertz wave detecting apparatus that can accurately convert into electric signals even when detecting a terahertz wave.A terahertz wave detecting apparatus comprises a base plate 2 and a plurality of first detection eleme...
|
|
JP2014235146A |
To provide a terahertz wave detecting apparatus that can accurately convert a terahertz wave into electric signals.A terahertz wave detecting apparatus comprises a base plate 2 and a plurality of first detection elements 9 arrayed above ...
|
|
JP5636787B2 |
A thermal detector has a thermal detection element in which a physical characteristic changes based on temperature, a light-absorbing member configured and arranged to collect heat and transmit collected heat to the thermal detection ele...
|
|
JP2014225534A |
To enhance the thermoelectric conversion efficiency in a thermoelectric conversion element having an organic semiconductor layer.A thermoelectric conversion element 10 comprises an organic semiconductor layer 110, and electrodes 120 and ...
|
|
JP5630230B2 |
To provide a thermoelectric transducer in which high output and space saving can be combined easily.The thermoelectric transducer comprises a magnetic body having at least one magnetization direction, and a plurality of electromotive bod...
|
|
JP2014220286A |
To provide a thermoelectric conversion material having high thermoelectric conversion performance and excellent adhesion with an electrode, and a thermoelectric conversion element having a thermoelectric conversion layer formed using the...
|
|
JP2014219334A |
To provide an infrared sensor chip capable of improving target detection accuracy.The infrared sensor chip 2 includes: a frame-like frame part 21; a thin film part 22 formed inside of the frame part; plural first electrode parts 6a-6d ea...
|
|
JP2014216515A |
To provide an electrically conductive material in which the change of electrical resistance is reduced for the change of magnetic field, and to provide a resistance thermometer using the same.An electrically conductive material has a pyr...
|
|
JP2014216333A |
To provide a thermoelectric transducer having high generation efficiency.The thermoelectric transducer includes: a substrate; a non-magnetic metal layer; an insulation ferromagnetic layer, disposed between the substrate and the non-magne...
|
|
JP2014209594A |
To provide a thermoelectric conversion element, having a magnetic material layer of low thermal conductivity, excellent in durability, and capable of achieving high thermoelectric conversion efficiency.The thermoelectric conversion eleme...
|
|
JP2014204080A |
To provide a thermoelectric material, having a high ZT value in an intermediate to low temperature region from a room temperature to about 500°C, containing no elements harmful to human bodies and to provide a process of manufacturing t...
|
|
JP2014199837A |
To provide a thermoelectric conversion material exhibiting thermoelectric conversion performance having excellent flexibility and durability by addition of a small amount of polyanion and fibrous metal (M) and a composition for the therm...
|
|
JP5600784B2 |
Disclosed is a modularized AMTEC cell which does not require a separate collector by using a metal support as an internal electrode, has durability and stability even at a high temperature and a high pressure, very easily joins the cell ...
|
|
JP5594874B2 |
To provide a pyroelectric element and a pyroelectric type infrared sensor that do not make erroneous decisions even if an infrared radiating object of an unexpected size intrudes the detection area from an unexpected direction and that c...
|
|
JP5589605B2 |
A pyroelectric detector includes a pyroelectric detection element (220) mounted on a first side of a support member (210) with a second side facing a cavity. The pyroelectric detection element (220) has a capacitor (230) including a firs...
|
