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    • 6. 发明授权
    • Spectroscopic determination of amount of one constituent of a fluid
mixture in another constituent or in the fluid mixture itself,
following separation of the mixture into its constituents
    • 在将混合物分离成其成分之后,对另一种成分或流体混合物本身的流体混合物的一种成分的量进行光谱测定
    • US5301125A
    • 1994-04-05
    • US588649
    • 1990-09-26
    • Robert J. L. ChimentiGerald M. Halpern
    • Robert J. L. ChimentiGerald M. Halpern
    • G01N21/27G01N21/25G01N21/84G01N33/28G06F15/20
    • G01N21/25G01N33/2829G01N2021/8405
    • A method (and apparatus) is disclosed for the spectroscopic determination of the amount .alpha..sub.Nn of one constituent N of a fluid mixture 0 in another constituent n of the mixture, following separation of the mixture into its constituents 1,..., M (where n, N.ltoreq.M). The method involves determining the absorptivities an (n=1,...,N) of the M constituents from spectroscopic measurements and computing the amount .alpha..sub.Nn from a mathematical expression containing the absorptivities a.sub.n and a.sub.N which are expressed or expressible as the quotient a.sub.n /a.sub.N only. The method is insensitive to changes in the absorptivities due to feed variability or changes in upstream process conditions, since any changes in the numerator and denominator of the quotient used are affected correspondingly. A modification to the method involves determining the content .alpha..sub.N0 of constituent N in feed 0 from a mathematical expression containing a.sub.0, where a.sub.0 is the absorptivity of the feed 0, and a.sub.N, which absorptivities a.sub.0 and a.sub.N are expressed or expressible as the quotient a.sub.0 /a.sub.N only.
    • 公开了一种方法(和装置),用于在将混合物分离成其组分1,...之后,对混合物的另一组分n中的流体混合物0的一种组分N的量(α)Nn进行光谱测定, M(其中n,N <= M)。 该方法包括从光谱测量中确定M组分的吸光度a(n = 1,...,N),并从包含吸收率a和aN的数学表达式计算量(α)Nn,其表达或表达为 商a / aN。 由于饲料变化或上游工艺条件的变化,该方法对吸收率的变化不敏感,因为使用的商的分子和分母的任何变化都相应地受到影响。 该方法的修改包括从包含a0的数学表达式确定进料0中组分N的含量(α)N0,其中a0是进料0的吸收率,和aN,其吸收率a0和aN表达或表达为 商a0 / aN。
    • 9. 发明授权
    • Methods of fabricating microsponge deuterated initiated hydrocarbon
polymer target which emit neutrons when irradiated by high energy beams
    • 制造由高能束照射时发出中子的微泡氘化起始烃聚合物靶的方法
    • US4224261A
    • 1980-09-23
    • US841171
    • 1977-10-11
    • Gerald M. Halpern
    • Gerald M. Halpern
    • C08J3/12C08J3/28C08J9/26H05H1/22B29C23/00B29D27/00
    • G21B1/19C08J3/12C08J3/28C08J9/26C08J2201/0462C08J2323/06Y02E30/16Y10S264/13Y10S376/915Y10S376/916
    • Targets for high energy beams, such as laser beams, produced in laser fusion apparatus are described. The targets are porous spheres of deuterated hydrocarbon material, particularly deuterated polyethylene. The spheres are small and have diameters in the range of 50 to 300 microns. Higher neutron yields are obtained from these targets than from solid targets of similar materials, (viz., spherical targets of much higher density). Methods of fabricating the targets by forming them into solid spheres, cross linking their molecules and causing them to swell such that the resultant targets have a microscopically small sponge-like structure, are also described. These micro-sponge targets may be treated by being exposed to tritium gas so as to undergo tritium deuterium exchange which is of enhanced efficiency by virtue of their porous, sponge-like structure. The porous sponge-like targets of deuterated, tritiated material may be stored under liquid to enhance their stability by absorption of their own beta radiation.
    • 描述了在激光熔化设备中生产的诸如激光束的高能束的目标。 目标是氘化烃材料的多孔球体,特别是氘代聚乙烯。 球体很小,直径在50至300微米的范围内。 从这些目标获得较高的中子产量,而不是从类似材料的固体目标(即密度高得多的球形目标)获得。 通过将它们形成固体球体,将它们的分子交联并使它们膨胀使得所得到的靶具有微小的海绵状结构的方法来制备靶。 这些微海绵靶可以通过暴露于氚气来进行处理,以进行氚氘交换,其由于其多孔的海绵状结构而具有提高的效率。 氘代氚化材料的多孔海绵状靶可以储存在液体下,以通过吸收其自身的β辐射来增强其稳定性。