6 results about "Micro capillary" patented technology

The present invention relates to a bio-aggregate based building product comprising a macroporous element formed from a mixture of: a calcium carbonate derived binder and a lignocellulosic bio-aggregate. The macroporous element has an air and / or vapour and / or water open matrix with a microcapillary structure formed by the lignocellulosic bio-aggregate. The porosity of the macroporous element is at least 50% of the bulk volume of the building product. Between 40% and 80% by weight of bio-aggregate granulates forming the lignocellulosic bio-aggregate have a maximum particle size falling within the lower 50% of the particle size range. No more than 5% by weight of bio-aggregate granulates forming the lignocellulosic bio-aggregate have a maximum particle size falling within the upper 20% of the particle size range.

A system is described that can be used for loading a microcapillary array chip for use with a high-throughput analysis system. The system may include a reservoir and a base for holding a microcapillary array chip in place while loading liquid from the reservoir to microcapillaries of the microcapillary array chip by translating the reservoir across the microcapillary array chip. Samples, reagents, and the like can be loaded into the microcapillary array chip using the system. A hydrating gel can be applied to the microcapillary chip to allow for more complicated microcapillary loading schemes.

The present invention relates to the technical field of atomic frequency standards, and in particular to a miniaturized atomic beam clock physics system and a clock generation method. The atomic beam clock physics system comprises: an alkali metal atom emission cavity, an alkali metal raw material block, a microcapillary array, a drift cavity, a multilayer silicon substrate, a laser, a fiber-optic phase modulator, a beam splitter prism, a plurality of reflecting mirrors, and a signal detector. Compared with a conventional coherent population trapping detection method based on a vapor cell, the present invention achieves a narrower fluorescence spectrum width and higher long-term frequency stability, also has a chip‑level integration capability, and has higher competitiveness compared with existing chip-scale atomic clocks based on a vapor cell structure.

The utility model discloses a kind of optical fiber LMR pressure sensors, comprising: metal shell, its shell top is open, which is covered with metal diaphragm, the bottom end surface center of metal diaphragm is fixed with force transmission metal stick, the lower end of force transmission metal stick is deposited with fluoride layer, fluoride layer is deposited with gallium-doped zinc oxide film layer;Single-mode optical fiber, it is located in metal shell, the cladding of single-mode optical fiber removes middle section to expose the fiber core of middle section;Side surface opening microcapillary, it is cladded on the cladding of single-mode optical fiber both ends, microcapillary is filled with matching liquid with same refractive index and will be immersed with cladding, matching liquid can be as the liquid cladding of bare core;Gallium-doped zinc oxide film layer is located above liquid cladding, the space range between gallium-doped zinc oxide film layer and bare core is called transition layer. The sensor can avoid the influence of stress transmission on optical fiber, both have relatively wide sensing range, and also can ensure higher sensitivity.

The application relates to the technical field of industrial production, in particular to a drawing die for micro capillary forming, which comprises two fixed dies, a drawing die arranged between the two fixed dies, and a blocking device. The blocking device is arranged at one end of the fixed die on one side and is used for drawing the micro capillary in an oxygen-isolated environment. When the micro capillary enters the guide pipe on one side, the micro capillary is heated by using preheated nitrogen during the conveying and drawing processes, so as to reduce the difficulty of drawing the micro capillary by the drawing machine through the drawing die. Compared with the preheating mode of the existing heating lamp, the nitrogen filled in the closed chamber can heat the micro capillary in all directions, so that the micro capillary is heated more uniformly.