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11.发明专利
公开(公告)号：CA3003469A1
公开(公告)日：2017-05-11
申请号：CA3003469
申请日：2016-11-04
Applicant: GEN ELECTRIC
Inventor： TSAKALAKOS LOUCAS , RUBINSZTAJN SLAWOMIR , GUIDA RENATO , BALASUBRAMANIAM MAHADEVAN , LEE BOON KWEE , RUSH BRIAN MAGANN , AHMAD FAISAL RAZI , MANDAL SUDEEP , SHANKS DAVID SIRDA
Abstract: A fluid sensor cable assembly and method uses one or more conductive bodies extending along an elongated core body for conducting a heating current to heat the cable assembly. The one or more conductive bodies also are configured to conduct an interrogation signal and to conduct reflections of the interrogation signal. One or more optical fibers extend along the length of the core body and include temperature sensitive elements at different locations along the length of the core body. The temperature sensitive elements measure heat flux out of the cable assembly at the different locations subsequent to heating the cable assembly and communicate the heat flux to a computer acquisition system.
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公开(公告)号：AU2010201388A1
公开(公告)日：2010-10-28
申请号：AU2010201388
申请日：2010-04-07
Applicant: GEN ELECTRIC
Inventor： XI YANGANG ANDREW , TSAKALAKOS LOUCAS , KOREVAAR BASTIAAN ARIE , TOLLIVER TODD RYAN , ZHONG DALONG
IPC: G02B1/11 , B82B3/00 , C09D5/00 , H01L31/0216
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公开(公告)号：SG159511A1
公开(公告)日：2010-03-30
申请号：SG2010007151
申请日：2007-08-22
Applicant: GEN ELECTRIC
IPC: H01L31/072
Abstract: In some embodiments, the present invention is directed to photovoltaic devices (e.g., solar cells) comprising elongated nanostructures coated with a thin conformal coating. Typically, such a conformal coating provides a substantially continuous charge separating junction. Depending on the embodiment, such devices can comprise a p-n junction (100), a p-i-n junction (400) (with a thin intrinsic tunneling layer in between the p and n layers), and/or a heterojunction (600). In all cases, however, the elongated nanostructures are active photovoltaic (PV) elements in the photovoltaic device. Additionally, the present invention is also directed at methods of making and using such devices. Such photovoltaic or solar cell devices are likely to have cost parity with thin film solar cells, but with higher efficiency due to a charge separating junction that is conformal. Additionally, the nanostructures provide excellent light trapping and optical absorption properties.
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公开(公告)号：GB2425540B
公开(公告)日：2007-08-15
申请号：GB0609495
申请日：2004-11-16
Applicant: GEN ELECTRIC
Inventor： TSAKALAKOS LOUCAS , LEE JI-UNG , HUBER WILLIAM HULLINGER , CORDERMAN REED ROEDER , MANI VANITA
IPC: C01B31/00 , B01J23/52 , B01J23/75 , B01J23/755 , B01J27/22 , B01J37/02 , B01J37/08 , C01B31/30 , C23C16/02 , C23C16/04 , C30B11/00 , C30B11/12 , C30B29/36 , C30B29/60 , C30B29/62 , H01J9/02
Abstract: In a method of making an elongated carbide nanostructure, a plurality of spatially-separated catalyst particles is applied to a substrate. The spatially-separated catalyst particles and at least a portion of the substrate are exposed to a metal-containing vapor at a preselected temperature and for a period sufficient to cause an inorganic nano-structure to form between the substrate and at least one of the catalyst particles. The inorganic nano-structure is exposed to a carbon-containing vapor source at a preselected temperature and for a period sufficient to carburize the inorganic nano-structure.
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公开(公告)号：FR2891662A1
公开(公告)日：2007-04-06
申请号：FR0607919
申请日：2006-09-11
Applicant: GEN ELECTRIC
Inventor： ZHANG ANPING , BALCH JOLEYN EILEEN , TSAKALAKOS LOUCAS , HUDSPETH HEATHER DIANE , CORDERMAN REED ROEDER
Abstract: Dans un procédé de réalisation d'un émetteur de champ, au moins un montant (120) est formé sur un substrat semi-conducteur (110). Le montant (120) s'étend vers le haut à partir du substrat (110). Le montant (120) est monocristallin avec le substrat (110). Une couche diélectrique (130) est déposée sur le substrat (110). La couche diélectrique (130) définit un passage (132) à travers celle-ci autour du montant (120). Une couche de grille conductrice (140) est appliquée à la couche diélectrique (130), de telle sorte que la couche de grille conductrice (140) définisse une ouverture qui est juxtaposée au passage (132). On fait croître au moins une nanostructure (150) vers le haut à partir de la surface supérieure du montant (120).
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Patent Agency Ranking
公开(公告)号：AU2010202874B2
公开(公告)日：2014-12-18
申请号：AU2010202874
申请日：2010-07-07
Applicant: GEN ELECTRIC
Inventor： TSAKALAKOS LOUCAS , KOREVAAR BASTIAAN ARIE , BUTTERFIELD ERIC GARDNER , SRIVASTAVA ALOK MANI
IPC: H01L31/055 , B82B1/00 , G02B1/11 , H01L31/0216 , H01L33/44
Abstract: NANOSTRUCTURED FUNCTIONAL COATINGS AND DEVICES [0084] In one aspect of the present invention, an article including a nanostructured functional coating disposed on a substrate is described. The functional coating is characterized by both anti-reflection properties and down-converting properties. Related optoelectronic devices are also described. 501 504fm 503 508 502
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公开(公告)号：AU2010202874A1
公开(公告)日：2011-02-03
申请号：AU2010202874
申请日：2010-07-07
Applicant: GEN ELECTRIC
Inventor： TSAKALAKOS LOUCAS , KOREVAAR BASTIAAN ARIE , BUTTERFIELD ERIC GARDNER , SRIVASTAVA ALOK MANI
IPC: H01L31/055 , B82B1/00 , G02B1/11 , H01L31/0216 , H01L33/44
Abstract: In one aspect of the present invention, an article including a nanostructured functional coating disposed on a substrate is described. The functional coating is characterized by both anti-reflection properties and down-converting properties. Related optoelectronic devices are also described.
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公开(公告)号：GB2446505A
公开(公告)日：2008-08-13
申请号：GB0802098
申请日：2008-02-05
Applicant: GEN ELECTRIC
Inventor： PRICE JOHN SCOTT , TSAKALAKOS LOUCAS , BUI PIERRE-ANDRE , DUNHAM BRUCE MATTHEW
IPC: H01J35/06
Abstract: A method and apparatus are provided for generating high frequency electromagnetic energy, such as x-rays, using a secondary electron emission source 10. A primary electron emitter 20 provides a primary electron current 26 directed towards a secondary electron emitter 16. The secondary emission member 16 then generates a secondary electron current 28 which causes x-ray generation when impinging upon an anode. The primary electron source 20 may be a field emitter array, a ferro-electric emitter (see Fig 6), or a thermionic emitter (see Fig 5). The secondary electron emitter may be formed of a diamond-like substance or other material with a high negative electron affinity, so that stream of secondary electrons has a current greater than that of the primary electron stream. The x-ray generator may be incorporated into a computed tomography imaging system (see Figs 9 and 10).
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公开(公告)号：SG140564A1
公开(公告)日：2008-03-28
申请号：SG2007061583
申请日：2007-08-22
Applicant: GEN ELECTRIC
IPC: H01L31/072
Abstract: SINGLE CONFORMAL JUNCTION NANOWIRE PHOTOVOLTAIC DEVICES In some embodiments, the present invention is directed to photovoltaic devices (e.g., solar cells) comprising elongated nanostructures coated with a thin conformal coating. Typically, such a conformal coating provides a substantially continuous charge separating junction. Depending on the embodiment, such devices can comprise a p-n junction (100), a p-i-n junction (400) (with a thin intrinsic tunneling layer in between the p and n layers), and/or a heterojunction (600). In all cases, however, the elongated nanostructures are active photovoltaic (PV) elements in the photovoltaic device. Additionally, the present invention is also directed at methods of making and using such devices. Such photovoltaic or solar cell devices are likely to have cost parity with thin film solar cells, but with higher efficiency due to a charge separating junction that is conformal. Additionally, the nanostructures provide excellent light trapping and optical absorption properties.
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公开(公告)号：GB2435542A
公开(公告)日：2007-08-29
申请号：GB0618279
申请日：2006-09-18
Applicant: GEN ELECTRIC
Inventor： ZHANG ANPING , BALCH JOLEYN EILEEN , TSAKALAKOS LOUCAS , HUDSPETH HEATHER DIANE , CORDERMAN REED ROEDER
Abstract: In a method of making a field emitter, at least one post 120 is formed on a semiconductor substrate 110. The post 120 extends upwardly from the substrate 110. The post 120 is monocrystalline with the substrate 110. A dielectric layer 130 is deposited on the substrate 110, the dielectric layer (130) defining a via 132 therethrough about the post 120. A conductive gate electrode layer 140 is applied to the dielectric layer 130 so that the conductive gate layer 140 defines an opening that is juxtaposed with the via 132. At least one nanostructure 150 is grown upwardly from the top surface of the post 120. The at least one nanostructure may comprise a carbon nanotube or an inorganic nano-rod.
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