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    • 3. 发明申请
    • SELF-ASSEMBLY METHOD, OPAL, PHOTONIC BAND GAP, AND LIGHT SOURCE
    • 自组装方法,OPAL,光子带GAP和光源
    • WO2006084123A2
    • 2006-08-10
    • PCT/US2006003829
    • 2006-02-01
    • MARSHALL ROBERT A
    • MARSHALL ROBERT A
    • C30B35/00C30B1/00
    • G02B6/1225B82Y20/00C30B29/60Y10T428/249953
    • A suspension of particles is rapidly self-assembled with a minimal number of defects into a three-dimensional array of particles onto a substrate under simultaneous sedimentating and annealing forces. This array of particles may be ordered as an opal structure. Optionally, the synthesized structure may incorporate an electrolyte into the suspension and be used as a sacrificial form for micromoulding an inverse structure. The inverse structure may exhibit a photonic band gap. Optionally, necking and material composition may be adjusted after micromoulding. These structures are useful to a wide variety of applications. The photonic band gap structure may be heated to function as a light source. The light source may be fitted into standard sockets.
    • 颗粒的悬浮液在同时沉淀和退火力下,将最少数量的缺陷快速自组装成三维阵列的颗粒到基底上。 这个粒子阵列可以被命令为蛋白石结构。 任选地,合成结构可以将电解质结合到悬浮液中,并用作用于微反转结构的牺牲形式。 逆结构可以表现出光子带隙。 任选地,颈缩和材料组成可以在微型成型之后调节。 这些结构对于各种应用是有用的。 光子带隙结构可以被加热以用作光源。 光源可以安装在标准插座中。