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    • 43. 发明授权
    • Coating steel surfaces
    • 镀钢表面
    • US4106955A
    • 1978-08-15
    • US547427
    • 1975-02-05
    • Carl HorowitzDuryodham MangarajJoseph A. Iorio
    • Carl HorowitzDuryodham MangarajJoseph A. Iorio
    • B05D7/16B05D7/14B05D3/02
    • B05D7/16
    • The invention relates to the coating of steel articles with organic polymeric material for the prevention of wear and corrosion. To obtain secure and permanent adhesion of the coating on the steel article the coating material is compounded so as to result in graft polymerization with the underlying steel face. Fillers may be included in the coating material for enhancing physical characteristics of strength, wear resistance etc., and a preferred coating material includes monomer having functional groups to interact both with the steel substrate and with the fillers. The coating material may be compounded so as to have flow characteristics, before curing, which permit a smooth and finished exposed face to be obtained, particularly on a rough or unfinished steel substrate surface. The coating process is particularly advantageous in the field of steel automative parts exposed to corrosive environments, for example ball studs.
    • 本发明涉及用有机聚合材料涂覆钢制品以防止磨损和腐蚀。 为了获得涂层在钢制品上的牢固和永久的粘附,涂覆材料被复合以便与下面的钢表面进行接枝聚合。 填料可以包括在涂料中以增强强度,耐磨性等的物理特性,并且优选的涂料包括具有与钢基材和填料相互作用的官能团的单体。 涂层材料可以在固化之前复合以具有流动特性,这允许获得光滑和完成的暴露面,特别是在粗糙或未完成的钢基材表面上。 在暴露于腐蚀性环境的钢制自动化部件,例如球头螺栓的领域中,涂覆方法是特别有利的。
    • 44. 发明授权
    • Method of protectively coating metallic aluminum containing substrate
    • 保护性地涂覆含金属铝的基材的方法
    • US4105811A
    • 1978-08-08
    • US547819
    • 1975-02-07
    • Carl HorowitzMichael DichterDuryodhan Mangaraj
    • Carl HorowitzMichael DichterDuryodhan Mangaraj
    • B05D7/16B05D3/02B05D3/10
    • B05D7/16
    • A method is disclosed for protecting aluminum and aluminum alloys by the chemical bonding of a polymerized coating to the aluminum oxide on the aluminum surface. The protective coating is graft polymerized from a solution onto the aluminum in the presence of a small amount of silver ion as an initiator. A peroxide is present during the graft polymerization to regenerate silver ions and to catalyze polymerization of monomers and prepolymers which attach to the aluminum surface. The monomers are vinyl monomers containing one or more hydroxy, carboxy, glycidyl and aziridinyl groups. The prepolymers are polyurethane resins and aliphatic, cycloaliphatic and aromatic epoxy resins. The vinyl monomers and prepolymers are cross-linked to provide a transparent, impervious protective coating on the aluminum. The coated aluminum article made by the above method is also disclosed.
    • 公开了一种通过聚合涂层与铝表面上的氧化铝的化学键合来保护铝和铝合金的方法。 保护涂层在少量作为引发剂的银离子存在下,从溶液中接枝聚合到铝上。 在接枝聚合期间存在过氧化物以再生银离子并催化连接到铝表面的单体和预聚物的聚合。 单体是含有一个或多个羟基,羧基,缩水甘油基和氮丙啶基的乙烯基单体。 预聚物是聚氨酯树脂和脂族,脂环族和芳族环氧树脂。 乙烯基单体和预聚物交联以在铝上提供透明的,不透水的保护涂层。 还公开了通过上述方法制造的涂覆的铝制品。
    • 46. 发明授权
    • Desulfurization of coal
    • 煤的脱硫
    • US4297108A
    • 1981-10-27
    • US142828
    • 1980-04-22
    • Carl HorowitzMichael Dichter
    • Carl HorowitzMichael Dichter
    • C10L9/02
    • C10L9/02
    • Pyritic sulfur, organic sulfur and elemental sulfur are removed from coal by subjecting an aqueous slurry of coal to flotation for removal of most of the pyritic sulfur after which the coal obtained from the flotation is treated with dilute nitric acid which oxidizes any remaining pyritic sulfur and most of the organic sulfur, thus solubilizing the sulfur and reducing the sulfur content thereof. This coal can be filtered, washed and dried, if desired. Further reduction of organic sulfur is obtained by chemical treatment with unsaturated hydrocarbons which bind the organic sulfur thus lowering the sulfur content of the coal sufficiently so that the final product meets all requirements for use for power plants as well as for the metallurgical industry.
    • 通过使煤的含水浆料经浮选除去大部分黄铁矿硫,从煤中除去黄铁矿硫,有机硫和元素硫,然后用稀硝酸处理从浮选中获得的煤,氧化任何剩余的黄铁矿硫, 大部分有机硫,从而溶解硫并降低其硫含量。 如果需要,这种煤可以过滤,洗涤和干燥。 通过用结合有机硫的不饱和烃进行化学处理,从而降低煤的硫含量,使得最终产品满足用于发电厂和冶金工业的所有要求,可以进一步减少有机硫。