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    • 1. 发明授权
    • Selectively etched bodies
    • 选择性蚀刻的物体
    • US4344816A
    • 1982-08-17
    • US218089
    • 1980-12-19
    • Harold G. CraigheadRichard E. HowardDonald M. Tennant
    • Harold G. CraigheadRichard E. HowardDonald M. Tennant
    • H01L21/302C23F4/00H01L21/3065C23F1/02
    • C23F4/00Y10S428/929Y10T428/12431
    • Bodies having conical structures with dimensions on the order of the wavelength of visible light are prepared by a specific process. This process involves the formation of a mask by depositing a material that forms the mask onto the body to be etched and choosing the mask material so that it does not substantially wet the surface of the body. The mask thus fabricated has hill-type formations where the spacings between these formations are of the order of the wavelength of visible light. An etchant that etches the mask at a specific rate relative to the underlying body is then used to perform the etching procedure. Exemplary bodies produced by the procedure include tungsten textured bodies that exhibit light emissivities significantly higher than those possessed by the corresponding untreated tungsten material.
    • 通过特定的方法制备具有尺寸在可见光波长上的锥形结构的体。 该方法涉及通过将形成掩模的材料沉积到待蚀刻的主体上并选择掩模材料以使其基本上不润湿身体表面来形成掩模。 如此制造的掩模具有山形地层,其中这些地层之间的间距是可见光波长的数量级。 然后使用以相对于下面的身体的特定速率蚀刻掩模的蚀刻剂来执行蚀刻过程。 通过该方法产生的示例性物体包括显示比相应的未处理钨材料所具有的光发射率更高的光发射率的钨纹理体。
    • 6. 发明授权
    • Single-mode single-polarization optical fiber
    • 单模单极化光纤
    • US4515436A
    • 1985-05-07
    • US464059
    • 1983-02-04
    • Richard E. HowardWilliam PleibelJay R. SimpsonRogers H. Stolen
    • Richard E. HowardWilliam PleibelJay R. SimpsonRogers H. Stolen
    • C03C3/04C03C13/04G02B6/024G02B6/10G02B6/28G02B5/14G02B5/172
    • G02B6/2804G02B6/105
    • The present invention relates to a single-mode single-polarization optical fiber which is capable of functioning as an in-line fiber polarizer which allows only one polarization of the fundamental mode to propagate along the fiber. In structure, the fiber comprises a central core region (10) and a cladding region (12) which is substantially in contact with the central core region. The various regions are formed such that the refractive index of an outer cladding region is greater than the refractive index of an inner cladding region but less than that of the core region. The arrangement of the present invention produces stress-birefringence between the cladding regions and the central core region sufficient to split the two orthogonal polarizations (n.sub..parallel. and n.sub..perp.) of the fundamental mode such that the desired polarization propagates freely and the undesired polarization is attenuated by tunneling through the cladding layers.
    • 本发明涉及一种单模单偏振光纤,其能够用作线性光纤偏振器,其仅允许基模的一个偏振沿着光纤传播。 在结构上,纤维包括中心芯区域(10)和与中心芯区域基本上接触的包层区域(12)。 各个区域形成为使得外包层区域的折射率大于内包层区域的折射率,但小于核心区域的折射率。 本发明的布置在包层区域和中央核心区域之间产生足以分裂基模的两个正交极化(n PARALLEL和n ORTHOGONAL)的应力双折射,使得期望的偏振自由地传播并且不希望的极化被衰减 通过隧道穿过包覆层。
    • 8. 发明授权
    • Disposable chemical container
    • 一次性化学容器
    • US4851821A
    • 1989-07-25
    • US947913
    • 1986-12-29
    • Richard E. HowardJoseph P. Keene
    • Richard E. HowardJoseph P. Keene
    • B65D85/84
    • B65D85/84
    • A disposable container for shipping a hazardous or ultra-high purity liquid material is disclosed, having a body of substantially vapor-impermeable organic polymer material, such as fluorinated linear high-density polyethylene, a bubbler tube extending from the top of the container having an open end near the bottom of the container, a liquid level detector, and an outlet tube on the top of the container having an open bottom end near the top of the container. A vapor-impermeable metal coating is provided on the outside of the container by vapor deposition or sputtering. A frangible seal is provided at the top of both the inlet tube and the outlet tube. A metal-coated polymer valve is provided on the bubbler, having vapor-impermeable seals isolating the metal exterior from the metal interior, and also having means for rupturing the frangible seal.
    • 公开了用于运输危险或超高纯度液体材料的一次性容器,其具有基本上不透气的有机聚合物材料的主体,例如氟化线性高密度聚乙烯,从容器顶部延伸的起泡器管,其具有 在容器的底部附近的开口端,液位检测器和位于容器顶部的出口管,其具有靠近容器顶部的敞开的底端。 通过气相沉积或溅射在容器的外部提供不透气的金属涂层。 在入口管和出口管的顶部设置易碎的密封。 在起泡器上提供金属涂覆的聚合物阀,其具有将金属外部与金属内部隔离的不透气的密封件,并且还具有用于破裂易碎密封件的装置。