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    • 1. 发明申请
    • MERCURY DISPENSING DEVICES WITH A REDUCED PARTICLE LOSS
    • 具有减少粒子损失的汞分配装置
    • US20100259167A1
    • 2010-10-14
    • US12746481
    • 2008-12-12
    • Alessio CorazzaVincenzo MassaroDiego Di GiampietroGianni Santella
    • Alessio CorazzaVincenzo MassaroDiego Di GiampietroGianni Santella
    • H01J7/20B22D41/01
    • H01J7/20H01J9/395H01J61/28
    • Mercury dispensers (10; 20) having a highly reduced particle loss and containing a mixture of powders of a mercury releasing compound and of a plastic metal or alloy and optionally of a getter material are described. A mercury dispensing device (10:20) has a filiform cross-section, obtained by cutting a manufactured product having the same cross-section but a higher length, and comprises a metal container (11;21) and a mixture (12;22) of powders, comprised of at least one material suitable for releasing mercury by heating and a metal or a metal alloy, said mixture being arranged inside the container. Said metal or metal alloy has a Vickers hardness lower than 130 HV, its weight percentage is lower than the 10% of the total weight of the powders mixture and the size of the powders of said metal or alloy are not bigger than the size of the other powders of the mixture.
    • 描述了具有高度减少的颗粒损失并且含有汞释放化合物和塑料金属或合金的粉末与任选的吸气材料的混合物的汞分配器(10; 20)。 汞分配装置(10:20)具有通过切割具有相同截面但长度较高的制成品而获得的丝状横截面,并且包括金属容器(11; 21)和混合物(12; 22) )由至少一种适于通过加热释放汞的材料和金属或金属合金构成的粉末,所述混合物布置在容器内。 所述金属或金属合金的维氏硬度低于130HV,其重量百分比低于粉末混合物的总重量的10%,并且所述金属或合金的粉末的尺寸不大于 混合物的其他粉末。
    • 2. 发明授权
    • Mercury dispensing devices with a reduced particle loss
    • 汞分配装置具有减少的颗粒损失
    • US07982383B2
    • 2011-07-19
    • US12746481
    • 2008-12-12
    • Alessio CorazzaVincenzo MassaroDiego Di GiampietroGianni Santella
    • Alessio CorazzaVincenzo MassaroDiego Di GiampietroGianni Santella
    • H01J1/62
    • H01J7/20H01J9/395H01J61/28
    • Mercury dispensers (10; 20) having a highly reduced particle loss and containing a mixture of powders of a mercury releasing compound and of a plastic metal or alloy and optionally of a getter material are described. A mercury dispensing device (10:20) has a filiform cross-section, obtained by cutting a manufactured product having the same cross-section but a higher length, and comprises a metal container (11;21) and a mixture (12;22) of powders, comprised of at least one material suitable for releasing mercury by heating and a metal or a metal alloy, said mixture being arranged inside the container. Said metal or metal alloy has a Vickers hardness lower than 130 HV, its weight percentage is lower than the 10% of the total weight of the powders mixture and the size of the powders of said metal or alloy are not bigger than the size of the other powders of the mixture.
    • 描述了具有高度减少的颗粒损失并且含有汞释放化合物和塑料金属或合金的粉末与任选的吸气材料的混合物的汞分配器(10; 20)。 汞分配装置(10:20)具有通过切割具有相同截面但长度较高的制成品而获得的丝状横截面,并且包括金属容器(11; 21)和混合物(12; 22) )由至少一种适于通过加热释放汞的材料和金属或金属合金构成的粉末,所述混合物布置在容器内。 所述金属或金属合金的维氏硬度低于130HV,其重量百分比低于粉末混合物的总重量的10%,并且所述金属或合金的粉末的尺寸不大于 混合物的其他粉末。