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    • 55. 发明授权
    • Process for preparing superconductive thick films
    • 制备超导厚膜的工艺
    • US5189010A
    • 1993-02-23
    • US712390
    • 1991-06-10
    • Laurie A. StromEdward Carnall,Jr.Steven A. FerrantiJose M. Mir
    • Laurie A. StromEdward Carnall,Jr.Steven A. FerrantiJose M. Mir
    • H01L39/24
    • H01L39/2451Y10S505/737Y10S505/739Y10S505/741Y10S505/778Y10S505/78Y10S505/782
    • A process of forming on a substrate a coating of a precursor of a crystalline rear earth alkaline earth copper oxide or heavy pnictide mixed alkaline earth copper oxide electrical conductor and converting the precursor to the crystalline electrical conductor. The coating precursor is provided by (a) preparing a solution comprised of a volatilizable solvent and, as a solute, metal-ligand compounds of each of the metals forming the crystalline electrical conductor, the proportions of the solute metals corresponding to those present in the precursor coating and the ligands being inorganic ligands chosen to be volatilizable on heating, (b) spraying the aqueous solution to form discrete liquid particles each containing the metals as metal-ligand compounds in proportions corresponding to those present in the precursor coating, (c) evaporating at least a portion of the volatilizable solvent from the liquid particles to form solid particles each containing the metals as metal-ligand compounds in proportions corresponding to those present in the precursor coating. The solid particles can be formulated as a screen printing composition to facilitate coating on the substrate.
    • 在基底上形成结晶后碱土碱土铜氧化物或重磷酸盐混合碱土金属氧化铜电导体的前体的涂层并将前体转化为结晶电导体的工艺。 涂层前体是通过(a)制备由可挥发溶剂构成的溶液,并且作为溶质,形成形成结晶电导体的每种金属的金属 - 配体化合物,溶解金属的比例对应于存在于 (b)喷雾水溶液以形成离子液体颗粒,每个液体颗粒含有金属作为金属配体化合物,其比例与前体涂层中存在的比例相对应,(c)前体涂层,配体是无机配体,其选择在加热时可挥发,(c) 从液体颗粒中蒸发出至少一部分可挥发溶剂,形成各自含有金属作为金属 - 配体化合物的固体颗粒,其比例与前体涂层中存在的比例相对应。 固体颗粒可以配制成丝网印刷组合物以便于在基材上涂布。
    • 56. 发明授权
    • Process for preparing superconductive thick films
    • 制备超导厚膜的工艺
    • US5087607A
    • 1992-02-11
    • US556520
    • 1990-07-20
    • Laurie A. StromEdward Carnall, Jr.Steven A. FerrantiJose M. Mir
    • Laurie A. StromEdward Carnall, Jr.Steven A. FerrantiJose M. Mir
    • H01L39/24
    • H01L39/2451Y10S505/737Y10S505/741
    • A process of forming on a substrate a coating of a precursor of a crystalline rare earth alkaline earth copper oxide or heavy pnictide mixed alkaline earth copper oxide electrical conductor and converting the precursor to the crystalline electrical conductor. The coating precursor is provided by (a) preparing a solution comprised of a volatilizable solvent and, as a solute, metal-ligand compounds of each of the metals forming the crystalline electrical conductor, the proportions of the solute metals corresponding to those present in the precursor coating and the ligands being inorganic ligands chosen to be volatilizable on heating, (b) spraying the aqueous solution to form discrete liquid particles each containing the metals as metal-ligand compounds in proportions corresponding to those present in the precursor coating, (c) evaporating at least a portion of the volatilizable solvent fronm the liquid particles to form solid particles each containing the metals as metal-ligand compounds in proportions corresponding to those present in the precursor coating. The solid particles can be formulated as a screen printing composition to facilitate coating on the substrate.
    • 在基板上形成结晶稀土类碱土铜氧化物或重金属混合碱土金属氧化铜电导体的前体的涂层并将前体转化为结晶电导体的工艺。 涂层前体是通过(a)制备由可挥发溶剂组成的溶液,并且作为溶质,形成形成结晶导电体的每种金属的金属配体化合物,溶解金属的比例对应于存在于 (b)喷雾水溶液以形成离子液体颗粒,每个液体颗粒含有金属作为金属配体化合物,其比例与前体涂层中存在的比例相对应,(c)前体涂层,配体是无机配体,其选择在加热时可挥发,(c) 蒸发至少一部分可挥发溶剂的液体颗粒,以形成固体颗粒,每个固体颗粒含有金属作为金属配体化合物,其比例与前体涂层中存在的比例相对应。 固体颗粒可以配制成丝网印刷组合物以便于在基材上涂布。
    • 57. 发明授权
    • Two-dimensional, electro-optic element adapted for static address and
cooperative device, methods and apparatus for electronic imaging
    • 适用于静态地址和协同设备的二维电光元件,电子成像的方法和装置
    • US4459615A
    • 1984-07-10
    • US394351
    • 1982-07-01
    • Jose M. Mir
    • Jose M. Mir
    • G02F1/055G09G3/00H04N1/00H04N3/00
    • G02F1/055G09G3/001
    • Static electrical-field address of an electro-optic panel having opposing first and second dielectric surfaces sandwiching a two-dimensional light-modulating region is accomplished by: (i) applying a reference potential sequentially to successive lines of the first surface and (ii) applying, in synchronism with each such reference potential application and in accordance with image line information, separate signal potentials to the plurality of discrete pixel address zones located along a line of the second surface that is directly opposite such reference potential application. A two-dimensional electrostatic charge pattern corresponding to the image is formed on the one surface. Thereafter, ground potential is applied to portions of the first surface contiguous the charge pattern and portions of the second surface directly opposite the charge pattern.
    • 具有夹着二维光调制区域的具有相对的第一和第二电介质表面的电光面板的静电场地址通过:(i)将参考电位顺序地施加到第一表面的连续线,以及(ii) 与每个这样的参考电位应用同步地并且根据图像线信息,将分离的信号电位施加到沿着与该参考电位应用直接相反的第二表面的线上的多个离散像素地址区。 在一个表面上形成对应于图像的二维静电荷图案。 此后,将接地电位施加到邻近电荷图案的第一表面的部分和与电荷图案直接相对的第二表面的部分。
    • 58. 发明授权
    • Electronic imaging apparatus having means for reducing inter-pixel
transmission nonuniformity
    • 具有用于减少像素间传输不均匀的装置的电子成像装置
    • US4378567A
    • 1983-03-29
    • US230090
    • 1981-01-29
    • Jose M. Mir
    • Jose M. Mir
    • G06K15/12H04N1/036H04N1/46H04N1/22
    • G06K15/1295H04N1/036
    • Electronic light valve of the kind having an imaging zone, an imagewise addressable light valve array, and means for directing illumination to the imaging zone via the array, operably associated with such apparatus, for reducing inter-pixel variation in light transmitted to the imaging zone. One disclosed embodiment includes a photo-bleachable mask having pixel portions corresponding to pixels of the light valve array, which have been photo-bleached and fixed at density levels compensating for such nonuniformities. Another embodiment includes a pixel mask comprising negative working photographic emulsion which has been exposed and developed to different compensating density levels.
    • 具有成像区域的电子光阀,成像方向的光阀阵列,以及用于通过阵列引导照射到成像区域的装置,可操作地与这种装置相关联,用于减少透射到成像区域的光的像素间变化 。 一个公开的实施例包括具有对应于光阀阵列的像素的像素部分的光可漂白掩模,其已经被光漂白并以补偿这种不均匀性的密度水平固定。 另一个实施例包括一个像素掩模,该像素掩模包含曝光和显影以达到不同补偿密度水平的负性照相乳剂。