Abstract in simplified Chinese:所揭示者为制氢反应器。该制氢反应器具有一个含有适于从制氢原料制造含氢反应产物之催化剂床的反应室。该反应室亦包括适于接收来自催化剂床之反应产物并将含氢产物流与反应产物分离的氢选择性、氢可透性气体分离模件。该气体分离模件包含多孔基材、位于该多孔基材的中间层及覆于该中间层上的氢选择性隔膜。该中间层包含颗粒与结合剂金属,其中该结合剂金属系遍布于该中间层内。亦揭示一种使用该所揭示反应器的蒸气重组方法。
Abstract in simplified Chinese:所揭示者为制氢反应器。该制氢反应器具有一个含有适于从制氢原料制造含氢反应产物之催化剂床的反应室。该反应室亦包括适于接收来自催化剂床之反应产物并将含氢产物流与反应产物分离的氢选择性、氢可透性气体分离模件。该气体分离模件包含多孔基材、位于该多孔基材的中间层及覆于该中间层上的氢选择性薄膜。该中间层包含颗粒与结合剂金属,其中该结合剂金属系遍布于该中间层内。亦揭示一种使用该所揭示反应器的蒸气重组方法。
Abstract in simplified Chinese:所揭示者为制造氢气的反应器。该制造氢气的反应器具有一个含有适于从制氢原料制造含氢反应产物之催化剂床的反应室。该反应室亦包括适于接收来自催化剂床之反应产物并将含氢产物流与反应产物分离的氢选择性、氢可透性气体分离模件。该气体分离模件包含多孔基材、位于该多孔基材的中间层及覆于该中间层上的氢选择性隔膜。该中间层包含颗粒与结合剂金属,其中该结合剂金属系遍布于该中间层内。亦揭示一种使用该所揭示反应器的蒸气重组方法。
Abstract in simplified Chinese:本发明系揭露可调的拉穿或能量衰减器及减速器,其系提供用于移动物体之可变化之力-时间量变曲线、减速度以及动能衰减,俾便防止对撞击物体、车辆或是人员造成损害或损伤。该设备使用消耗的非弹性或是可再用、黏弹性变形组件,诸如管、杆、板或条,当变形组件系经牵拉穿过具有复数形式与设置的可调钢性插销数组时,其大体上经由多次的非弹性或是黏弹性变形而吸收能量。所揭露的设备系提供针对可变化的力-时间量变曲线,控制渐增的变形并从而控制所吸收的能量及撞击物体的减速率。该设备可轻易地设计及部署,针对正面及侧面撞击作为公路车辆护栅、路栅或是防碰垫,并作为供耐碰撞飞机座椅、太空船着陆分离舱、耐碰撞飞机起落架、飞机及车辆乘客防护安全带、货物固定设备、汽车保险杆、折叠式汽车方向盘柱用负载衰减器。
Abstract in simplified Chinese:本发明系揭露可调的拉穿式能量衰减器及减速器,其系提供用于移动物体之可变化之力–时间量变曲线、减速度以及动能衰减,俾便防止对撞击物体、车辆或是人员造成损害或损伤。该设备使用消耗的非弹性或是可再用、黏弹性变形组件,诸如管、杆、板或条,当变形组件系经牵拉穿过具有复数形式与设置的可调钢性插销数组时,其大体上经由多次的非弹性或是黏弹性变形而吸收能量。所揭露的设备系提供针对可变化的力–时间量变曲线,控制渐增的变形并从而控制所吸收的能量及撞击物体的减速率。该设备可轻易地设计及部署,针对正面及侧面撞击作为公路车辆护栅、路栅或是防碰垫,并作为供耐碰撞飞机座椅、太空船着陆分离舱、耐碰撞飞机起落架、飞机及车辆乘客防护安全带、货物固定设备、汽车保险杆、折叠式汽车方向盘柱用负载衰减器。
Abstract:
A transdermal patch measures a gaseous concentration based on transcutaneous diffusion through an epidermal surface of a patient. The patch employs an indicator responsive to a gaseous presence for emitting light having an intensity and lifetime (duration) based on the gaseous presence. An optical receptor is in communication with logic for receiving the intensity of emitted light and computing a gaseous concentration based on the received intensity and lifetime (duration). A wireless transmitter conveys the results to a base station or monitoring counterpart for untethered patient monitoring. Low power demands and circuit footprint are amenable to a wearable device such as a patch for continuous use.
Abstract:
Radiation shield and methods for manufacturing a radiation shield are provided herein, the method includes identifying a substrate for the radiation shield; identifying at least one material for cold spraying on the substrate; applying by cold spray a coating of the at least one material on the substrate thereby obtaining a radiation shield. The radiation shield is lighter, thinner, and more efficient compared to conventional radiation shields.
Abstract:
A fiber optic based particle manipulation system employs one or more optical fibers for emanating a refracted optical manipulation signal directed at a target particle for fixing or manipulating the particle for examination, research and manufacturing. A target particle may be a living cell or inanimate sample or compound of matter. An alignment linkage controls optical fibers carrying the manipulation signal for focusing one or more manipulation signals on the target particle. Manipulated particles occupy a fluid medium of either liquid or gas, and are responsive to the manipulation signal based on both photon bombardment and temperature differential from photon contact. The temperature differential is based on surface properties of the target particle, as smooth particles tend to exhibit a greater thermal differential for stronger displacement forces driving or affecting the target particle.