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| Number | Title | Issue Date |
| 7371683 | Method for carrying object to be processed A method for carrying an object to be processed used for a processing apparatus which comprises a plurality of process chambers including a specific process chamber for a process in which the object in process is easily contaminated and a carrying mechanism having t... | 05/13/2008 |
| 7368381 | Methods of forming materials The invention includes methods of forming films over substrates. A substrate is provided within a reaction chamber, and a mixture is also provided within the chamber. The mixture includes a precursor of a desired material within a supercritical fluid. The precursor ... | 05/06/2008 |
| 7306962 | Electroformed metallization A method is provided for electroforming metal integrated circuit structures. The method comprises: forming an opening such as a via or line through an interlevel insulator, exposing a substrate surface; forming a base layer overlying the interlevel insulator and sub... | 12/11/2007 |
| 7307010 | Method for processing a thin semiconductor substrate A method for processing a semiconductor substrate less than 200 μm thick has been provided. The substrate has one or a plurality of semiconductor elements, which may be identical or different. The substrate is arranged onto a chuck during processing, the front side... | 12/11/2007 |
| 7273812 | Microprobe tips and methods for making Embodiments of the present invention are directed to the formation of microprobe tips elements having a variety of configurations. In some embodiments tips are formed from the same building material as the probes themselves, while in other embodiments the tips may b... | 09/25/2007 |
| 7241689 | Microprobe tips and methods for making Embodiments of the present invention are directed to the formation of microprobe tips elements having a variety of configurations. In some embodiments tips are formed from the same building material as the probes themselves, while in other embodiments the tips may b... | 07/10/2007 |
| 7148102 | Methods of forming buried bit line DRAM circuitry A method of forming buried bit line DRAM circuitry includes collectively forming a buried bit line forming trench, bit line vias extending from the bit line forming trench, and memory array storage node vias within a dielectric mass using only two masking steps. Con... | 12/12/2006 |
| 7084055 | Method for manufacturing semiconductor integrated circuit device It is desirable to prevent breakage and separation of wiring of a semiconductor integrated circuit device, such as a bit-line of a DRAM. To accomplish this, disclosed is a method in which, e.g., a high density plasma silicon oxide film is deposited on wirings (e.g.,... | 08/01/2006 |
| 6246586 | Method and apparatus for manufacturing a thin film, thin-film laminate, and electronic parts In a method wherein, before forming a thin film of, for example, metal on a supporting base in a vacuum, a vapor stream of patterning material for forming a pattern in the thin film is applied from nozzle holes, and the thin film is formed after this liqu... | 06/12/2001 |
| 6136698 | Method of increasing contact area of a contact window A method is provided to increase the contact area of a contact window. In this method, the contact area is mainly increased by a concavity which is formed by first forming a thin oxide layer in the contact region using local oxidation, then further by rem... | 10/24/2000 |
| 6071676 | Method of deposition There is described a method of chemically depositing a substance. The method is of utility in the direct manufacture of integrated circuits and in the manufacture of a photomask for use in production of integrated circuits. The method involves the use of ... | 06/06/2000 |
| 5821017 | Method of deposition There is described a method of chemically depositing a substance. The method is of utility in the direct manufacture of integrated circuits and in the manufacture of a photomask for use in production of integrated circuits. The method involves the use of ... | 10/13/1998 |
| 5534311 | Production of structures by electrostatically-focused deposition Structures having a controlled three-dimensional geometry are deposited by lectrostatically focused deposition using charged particle beam and gaseous precursors, or polarizable precursors with or without a charged particle beam. At least one apertured ele... | 07/09/1996 |
| 5492861 | Process for applying structured layers using laser transfer In order to provide a process for applying structured layers of a functional structure of a semiconductor component, with which structured layers of a functional structure of a semiconductor component can be produced as simply as possible and with as litt... | 02/20/1996 |
| 5358903 | Contact of a semiconductor device and its manufacturing process A contact of a semiconductor device and its manufacturing process are disclosed. A first conducting line, a first insulating layer, and a second conducting line are formed sequentially on a semiconductor substrate. And then, a second insulating layer is d... | 10/25/1994 |
| 4686000 | Self-aligned contact process An improved process for self-aligned contact window formation in an integrated circuit leaves a "Stick" of etch stop on vertical sidewall surfaces to be protected. The technique includes, in the preferred embodiment, a layer of oxide over active areas and... | 08/11/1987 |
| 4495026 | Method for manufacturing metallized semiconductor components A method for the manufacture of metallized semiconductor components, particularly power semiconductor components such as thyristors in which the semiconductor substrate is covered with at least three metal layers including a base layer attached to the sub... | 01/22/1985 |
| 4411929 | Method for manufacturing semiconductor device A method for manufacturing a semiconductor integrated circuit device having contact apertures with finely-controlled dimensions of 1 μm or less. An ion bombardment layer is formed by bombarding predetermined portions of the substrate of the semiconductor... | 10/25/1983 |
| 4393576 | Method of producing electrical contacts on a silicon solar cell A method of producing electrical contacts on a Silicon Solar Cell comprises stamping contact shapes from a carrier with a metallic film or foil adhered thereto and applying the stamped out film or foil to the silicon surface to adhere thereto while removi... | 07/19/1983 |
| 4375007 | Silicon solar cells with aluminum-magnesium alloy low resistance contacts An Al-Mg alloy is mixed with a Ni-Sb alloy or Al, in powder form, to form a thick-film metallizing paste useful for making low resistance electrically conductive contacts to a silicon solar cell coated with Si3 N4.... | 02/22/1983 |
| 4361718 | Silicon solar cell N-region metallizations comprising a nickel-antimony alloy The n-type region of a silicon solar cell is metallized with a nickel-antimony alloy to provide an external contact.... | 11/30/1982 |
| 4347262 | Aluminum-magnesium alloys in low resistance contacts to silicon An Al-Mg alloy is mixed with a Ni-Sb alloy or Al, in powder form, to form a thick-film metallizing paste useful for making low resistance electrically conductive contacts to a silicon solar cell coated with Si3 N4.... | 08/31/1982 |
| 4342795 | Solar cell metallizations comprising a nickel-antimony alloy A silicon solar cell is metallized with a nickel-antimony alloy to provide external contacts.... | 08/03/1982 |
| 4293451 | Screenable contact structure and method for semiconductor devices An ink composition for deposition upon the surface of a semiconductor device to provide a contact area for connection to external circuitry is disclosed, the composition comprising an ink system containing a metal powder, a binder and vehicle, a metal fri... | 10/06/1981 |
| 4242696 | Method of forming a contact on the surface of a semiconductor body by serigraphy and body obtained by means of this method A method of forming a contact on the surface of a semiconductor by a serigraphy treatment in which a doped conductive paste is provided in a first deposition, and then a second deposition containing no dopant is provided at least partly on the first depos... | 12/30/1980 |
| 4219448 | Screenable contact structure and method for semiconductor devices An ink composition for deposition upon the surface of a semiconductor device to provide a contact area for connection to external circuitry is disclosed, the composition comprising an ink system containing a metal powder, a binder and vehicle, and a metal... | 08/26/1980 |
| 4163678 | Solar cell with improved N-region contact and method of forming the same An improved solar cell, and method of forming the same, characterized by a semiconductor silicon wafer of P-type material having diffused therein a shallow N-type region, a sintered silver contact affixed to the surface of the N-type region at the outer s... | 08/07/1979 |
| 4153907 | Photovoltaic cell with junction-free essentially-linear connections to its contacts Admixed glass frits and conductor-forming materials are applied directly to selected portions of the smooth-surface, doped areas of photovoltaic cells, and then are fired to form electrical contacts for those smooth-surface, doped areas. Those conductor-f... | 05/08/1979 |
| 4140814 | Plasma deposition of transparent conductive layers A transparent conductive layer of SnO2 is deposited on a substrate by an RF-plasma assisted chemical vapor reaction of CO2 with an organic tin compound, such as tetramethyl tin, for example. A CCD optical imager is fabricated, using ... | 02/20/1979 |
| 4028145 | Stoichiometric annealing of mercury cadmium telluride The stoichiometry and free-carrier concentration of mercury cadmium telluride is adjusted by annealing the mercury cadmium telluride in the presence of cadmium vapor.... | 06/07/1977 |
| 4011583 | Ohmics contacts of germanium and palladium alloy from group III-V n-type semiconductors A metallization scheme for providing an ohmic contact to n-type III-V semiconductors is described. A metallurgical combination including germanium and palladium is formed on the semiconductor surface either in the form of an alloy or discrete layers. The ... | 03/08/1977 |
| 4004341 | Method of manufacturing field-effect transistors designed for operation at very high frequencies, using integrated techniques A method of manufacturing, making it possible to effect the simultaneous batch production in particular of field-effect transistors operating at frequencies in excess of 30 Gc/s, whose source and drain constitute two very narrow and very closely spaced ba... | 01/25/1977 |
| 3981073 | Lateral semiconductive device and method of making same A lateral semiconductive device, such as a Gunn device or Impatt diode, is fabricated by depositing a barrier layer of beryllia over an epitaxial grown layer of N- type semiconductive material on an N+ type semiconductive wafer. The wafer is then thinned ... | 09/21/1976 |
| 3965279 | Ohmic contacts for group III-V n-type semiconductors A metallization scheme for providing an ohmic contact to n-type III-V semiconductors is described. A metallurgical combination including germanium and palladium is formed on the semiconductor surface either in the form of an alloy or discrete layers. The ... | 06/22/1976 |