摘要：本发明涉及恒星光干涉光程差检测及条纹跟踪方法和系统，所述该光程差检测方法基于干涉光谱实现，利用色散棱镜获得干涉光束的干涉光谱，有效检测范围达到百微米量级，可快速捕获干涉条纹，同时实现光程差高精度检测。根据光程差检测结果进行条纹跟踪，通过延迟线系统补偿光程差，该延迟线系统由直线位移平台与纳米级压电位移平台组成，利用实时控制算法控制，同时以光程差检测结果作为反馈形成闭环，实现实时的一个波长量级的光程差补偿。本发明光程差检测精度可达一个波长量级、检测范围可达195μm，可快速捕获干涉条纹。本发明光程差补偿为闭环控制，在高效运行的同时，保证了光程差补偿的精度。

摘要：本发明公开了一种碳纳米管纤维的连续牵伸增强方法及设备。所述连续牵伸增强方法包括：使碳纳米管纤维连续依次进行在质子化溶剂中多级牵伸处理、在凝固浴中去质子化处理以及高温退火处理；在进行所述多级牵伸处理时，所述碳纳米管纤维依次与所述质子化溶剂中的多个牵伸轴包绕摩擦接触，多个所述牵伸轴的转速沿所述碳纳米管纤维前进方向依次递增。本发明所提供的碳纳米管纤维的连续牵伸增强方法可降低在牵伸处理过程中的碳纳米管纤维所受的局部应力，避免应力集中导致的碳纳米管纤维断裂，使牵伸处理时的连续性大幅提高；同时，将碳纳米管纤维牵伸、去质子化、高温退火处理过程进行有效整合，实现了碳纳米管纤维的连续高效的牵伸增强。

摘要：【中文】本发明公开了一种适用于固定翼飞机平台的卫星广播解调装置，属于卫星广播技术领域。所述卫星广播解调装置包括频偏校正模块、A‑TDM解调模块和监控模块。该技术实现了对大频偏自适应时分复接A‑TDM广播信号(变调制方式、变信道编码码率、变扩频比)的正确解调，以实现卫星数据广播业务在覆盖范围内的不同平台不同接收能力的小站的可靠接收。采用本发明，可以实现普通调制解调器所不具备的大频偏A‑TDM信号的正确接收功能，特别适应于固定翼飞机平台机载多模式卫星通信调制解调器中。 【EN】The invention discloses a satellite broadcast demodulation device suitable for a fixed-wing aircraft platform, and belongs to the technical field of satellite broadcast. The satellite broadcast demodulation device comprises a frequency offset correction module, an A-TDM demodulation module and a monitoring module. The technology realizes the correct demodulation of large frequency offset self-adaptive time division multiplexing A-TDM broadcast signals (variable modulation mode, variable channel coding rate and variable spread spectrum ratio) so as to realize the reliable reception of small stations with different receiving capacities of different platforms in the coverage area of satellite data broadcast services. The invention can realize the correct receiving function of the large frequency offset A-TDM signal which is not possessed by the common modem, and is particularly suitable for the fixed wing aircraft platform airborne multi-mode satellite communication modem.

摘要：本发明公开了一种碳纳米管纤维及其连续化增强方法、增强系统。所述增强方法包括：对原始碳纳米管连续地依次进行质子化牵伸处理以及去质子化处理，获得前体纤维；对所述前体纤维进行退火处理，获得增强后的碳纳米管纤维；其中，进行所述退火处理时，所述前体纤维保持预设张力，且所述退火处理的温度沿所述前体纤维的行进方向梯度上升。本发明所提供的连续化增强方法为连续过程，可以提高纤维后处理增强工艺的稳定性，实现批量化制备；纤维退火过程中施加了恒定的张力，避免应力松弛；阶段式退火有效避免杂质小分子瞬间气化逸出导致纤维表面及内部产生空隙及微观结构的破坏，能够更加有效地提高纤维的强度。

摘要：本发明公开了一种大气辐射传输修正系统及修正方法，包括有温度湿度廓线探测系统、气溶胶廓线探测系统、地面大气参数测量系统、总控计算机，温度湿度廓线探测系统包括有地基微波辐射计，地基微波辐射计的信号输出端连接有计算机一；气溶胶廓线探测系统包括有微脉冲激光雷达，微脉冲激光雷达的信号输出端连接有计算机二；地面大气参数测量系统包括有自动气象站、能见度仪、雨量感应器，自动气象站、能见度仪、雨量感应器的信号输出端共同接入计算机三；各计算机分别通过网线连接路由器，总控计算机内安装有大气光学参数控制软件、大气透过率计算软件，计算测量设备所关心的各个波段的平均透过率。本发明计算速度高，稳定性和实时性好。

摘要：【中文】本发明涉及一种多两级缸液压同步控制方法，属于液压传动与控制技术领域。本发明提供的一种适用于移动重载AGV的立式安装液压缸的多缸同步液压方法，既能满足大负载需求，又能简化机械结构，还能满足大行程的需求，同时，要解决满足多缸同步升降液压系统的控制精度问题。 【EN】The invention relates to a hydraulic synchronous control method for a plurality of two-stage cylinders, and belongs to the technical field of hydraulic transmission and control. The multi-cylinder synchronous hydraulic method for the vertical installation hydraulic cylinder suitable for the mobile heavy-load AGV provided by the invention can meet the requirement of a large load, simplify the mechanical structure, meet the requirement of a large stroke and solve the problem of meeting the control precision of a multi-cylinder synchronous lifting hydraulic system.

摘要：【中文】本发明涉及三元正极材料领域，公开了一种三元正极材料及其制备方法、锂离子电池和电动汽车。所述三元正极材料包括微米级的的LiNi_xCo_yMn_zO₂单晶粒结构，式中0.6<x<1，0<y≤0.2，0<z≤0.3，所述单晶颗粒结构包括中心区域和表层区域，所述中心区域各元素的摩尔比满足Ni∶Co∶Mn＝x1∶y1∶z1，所述表层区域各元素的摩尔比满足Ni∶Co∶Mn＝x2∶y2∶z2。本发明的正极材料中镍元素在中心区域的含量大于表层区域的含量，在获得高能量密度正极材料的同时，还能够保持材料的稳定性能，进而提高电池的安全性能。 【EN】The invention relates to the field of ternary cathode materials, and discloses a ternary cathode material, a preparation method of the ternary cathode material, a lithium ion battery and an electric automobile. The ternary cathode material comprises micron-sized LiNi_xCo_yMn_zO₂Single crystal grain structure of formula (I) 0.6<x<1，0<y≤0.2，0<z is less than or equal to 0.3, the single crystal grain structure comprises a central region and a surface region, the molar ratio of each element in the central region satisfies Ni/Co/Mn (x 1: y 1: z1), and the molar ratio of each element in the surface region satisfies Ni/Co/Mn (x 2: y 2: z 2). The content of the nickel element in the central region of the cathode material is greater than that in the surface region, so that the high-energy-density cathode material can be obtained, the stability of the material can be kept, and the safety performance of the battery can be improved.

摘要：【中文】本发明公开了一种适于SLM、SLS和BJ的上送粉装置及方法，该装置包括储粉缸、下粉传送机构以及下粉漏斗；所述储粉缸安装于下粉传送机构上方；下粉传送机构包括主动滚轴、从动滚轴以及齿带，主动滚轴、从动滚轴设置于储粉缸的两侧边，齿带缠绕于主动滚轴和从动滚轴上；所述主动滚轴一侧安装有下粉漏斗，下粉漏斗的出粉口正对着铺粉车。本发明的上送粉装置使用齿带传送粉末，齿带的齿顶和储粉缸壁形成密闭的空间，粉末在传送过程中不易漏粉。本发明涉及3D打印技术领域。 【EN】The invention discloses an upper powder feeding device and method suitable for SLM, SLS and BJ, wherein the device comprises a powder storage cylinder, a lower powder conveying mechanism and a lower powder hopper; the powder storage cylinder is arranged above the powder discharging conveying mechanism; the powder feeding and conveying mechanism comprises a driving rolling shaft, a driven rolling shaft and a toothed belt, the driving rolling shaft and the driven rolling shaft are arranged on two side edges of the powder storage cylinder, and the toothed belt is wound on the driving rolling shaft and the driven rolling shaft; and a powder discharging funnel is arranged on one side of the driving rolling shaft, and a powder outlet of the powder discharging funnel faces the powder paving vehicle. The upper powder feeding device of the invention uses the toothed belt to convey powder, the tooth top of the toothed belt and the wall of the powder storage cylinder form a closed space, and the powder is not easy to leak in the conveying process. The invention relates to the technical field of 3D printing.

摘要：【中文】本发明提供了一种应用于霍尔推力器簇的抗磁干扰支架，包括导磁底板和均匀设置在导磁底板上的多个导磁套筒，导磁底板和多个导磁套筒一体成型设置，每一导磁套筒内安置霍尔推力器簇的一个推力器单元，每一导磁套筒完全遮挡其内的推力器单元，各导磁套筒间均设有间隙，多个导磁套筒围合的区域中心为导磁底板的中心，在多个导磁套筒围合的区域中心布置阴极，阴极为霍尔推力器簇的各推力器单元的共享阴极。本发明所述的抗磁干扰支架在起到固定各推力器单元的作用的同时，可有效减少推力器的空间漏磁，以确保各推力器单元免受外界磁场干扰。同时该支架中心位置可布置一台阴极，采取阴极共享策略为数个推力器同时提供电离过程及离子中和过程所需的电子。 【EN】The invention provides an anti-magnetic interference support applied to a Hall thruster cluster, which comprises a magnetic conduction bottom plate and a plurality of magnetic conduction sleeves uniformly arranged on the magnetic conduction bottom plate, wherein the magnetic conduction bottom plate and the plurality of magnetic conduction sleeves are integrally formed, one thruster unit of the Hall thruster cluster is arranged in each magnetic conduction sleeve, each magnetic conduction sleeve completely shields the thruster unit in the magnetic conduction sleeve, gaps are arranged among the magnetic conduction sleeves, the center of an area enclosed by the plurality of magnetic conduction sleeves is the center of the magnetic conduction bottom plate, a cathode is arranged at the center of the area enclosed by the plurality of magnetic conduction sleeves, and the cathode is a shared cathode of each thruster unit of the Hall thruster cluster. The anti-magnetic interference bracket provided by the invention has the function of fixing each thruster unit, and simultaneously can effectively reduce the space magnetic leakage of the thrusters so as to ensure that each thruster unit is free from the interference of an external magnetic field. Meanwhile, a cathode can be arranged at the center of the support, and a cathode sharing strategy is adopted to provide electrons required by an ionization process and an ion neutralization process for a plurality of thrusters simultaneously.

摘要：【中文】本发明提供了一种大气环境健康监测方法，涉及环境健康监测领域，包括如下步骤：S1：服务端持续获取采集的定位信息；若没有获取完成，则继续获取直到完成，再进行步骤S2；S2：根据步骤S1中获取的定位信息进行分析轨迹信息以及时间；若没有分析完成，则继续分析直到完成，再进行步骤S3；S3：根据步骤S2中轨迹信息及时间进行监测站点和浓度匹配计算，直到计算完成，进行暴露时间归属计算；S4：配置暴露参数；S5：计算暴露水平；S6：暴露水平报表生成，完成暴露水平分析。本发明根据暴露时间，暴露浓度，相关参数计算出其相关的暴露水平摄入量，并综合分析相关暴露水平，以保证对站点，人体的综合性分析，以保证暴露水平摄入量得到充分的科研论证。 【EN】The invention provides an atmospheric environment health monitoring method, which relates to the field of environmental health monitoring and comprises the following steps: s1: the server side continuously acquires the acquired positioning information; if the acquisition is not completed, the acquisition is continued until the completion, and then the step S2 is performed; s2: analyzing the track information and time according to the positioning information acquired in the step S1; if the analysis is not completed, continuing the analysis until the analysis is completed, and then performing step S3; s3: performing monitoring site and concentration matching calculation according to the track information and time in the step S2 until the calculation is completed, and performing exposure time attribution calculation; s4: configuring exposure parameters; s5: calculating an exposure level; s6: and generating an exposure level report, and completing the exposure level analysis. According to the exposure time, the exposure concentration and the relevant parameters, the relevant exposure level intake is calculated, and the relevant exposure level is comprehensively analyzed, so that the comprehensive analysis of sites and human bodies is ensured, and the exposure level intake is fully demonstrated and researched.