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    • 1. 发明专利
    • OXIDE-TYPE THERMAL SPRAYING MATERIAL
    • JPS63241152A
    • 1988-10-06
    • JP7353287
    • 1987-03-27
    • BABCOCK HITACHI KK
    • FUKUDA YUJIKUMON MASAHITOYAMAZAKI HITOSHIKIMURA SEIJI
    • C23C4/10
    • PURPOSE:To allow all grains to adhere, in a state having molten parts around them, to the surface to be thermally sprayed at the time of explosion thermal spraying, by adding and binding a low-m.p. fine-grain oxide to stabilized zirconia. CONSTITUTION:A fine-grain oxide having a m.p. lower than that of stabilized zirconia is added and bound to stabilized zirconia. It is desirable that fine-grain oxide is a mixture of one or more kinds among alumina, silica, and titania each having a grain size smaller than that of stabilized zirconia. Moreover, the amount of the fine-grain oxide to be added is regulated to about 1-10wt.% based on the thermal spraying material after addition and the fine-grain oxide is bound to the stabilized zirconia by means of sintering, etc. When this thermal spraying material is thermally sprayed by an explosion thermal spraying method, the thermal spraying material reaches the surface to be thermally sprayed in a molten state or at least in a state where the fine-grain oxide is melted so that it covers the stabilized zirconia. Accordingly, a thermally sprayed film having high cross-sectional hardness and reduced in cross-sectional porosity can be formed.
    • 5. 发明专利
    • METHOD AND DEVICE FOR CORROSION CONTROL
    • JPH03273136A
    • 1991-12-04
    • JP7424690
    • 1990-03-23
    • BABCOCK HITACHI KK
    • TSUKAGAMI YASOJIKIMURA SEIJINAKAO MOTOROKU
    • G01N17/00
    • PURPOSE:To control the extent of the damage of corrosion by detecting the extents of corrosion damages, cumulative corrosion decreases, and hole corrosion depths in various corrosion states in gas liquid environment including a varying halogen element. CONSTITUTION:A halogen molecule concentration arithmetic part 2 calculates halogen molecule concentration in liquid phase by using halogen molecule concentration and temperature which are detected 1. Those data are used to obtain material characteristic data, environment data, and various corrosion state generation data, and halogen complex ion concentration is calculated 6. Various corrosion mode generation data are used for the permissible value of an arithmetic part 7 to calculate the permissible time ta of various corrosion modes corresponding to the halogen complex ion concentration obtained by an arithmetic part 6 and the calculated data is used as the corrosion damage data. A corrosion damage arithmetic part 8 calculates corrosion damage extents DELTAphi=deltat/t corresponding to the generation of various corrosion modes from a one-measurement time DELTAt and the permissible time ta at the time (t) and also finds a corrosion damage extent phi(t)=phi+DELTAphi up to the time (t) and phi for the total operation time. Those phi are compared with permissible quantity and decided 9.