XiaoMi-AI文件搜索系统
World File Search System径向线
航空图
第 9 章 标准离场图 — 仪表（SID） — 国际民航组织 ...................................................................................................... 9-1 9.1 功能 ...................................................................................................................................................... 9-1 9.2 可用性 ...................................................................................................................................................... 9-1 9.3 覆盖范围和比例尺 ...................................................................................................................................... 9-1 9.4 投影 ...................................................................................................................................................... 9-1 9.5 识别 ...................................................................................................................................................... 9-2 9.6 文化和地形 ...................................................................................................................................... 9-2 9.7 磁差 ...................................................................................................................................................... 9-2 9.8 方位、航迹和径向线 ............................................................................................................................. 9-2 9.9 航空数据 ............................................................................................................................................. 9-3 第 10 章 标准到达图 — 仪表（STAR） — 国际民航组织................................................................... 10-1 10.1 功能 ...................................................................................................................................................... 10-1 10.2 可用性 ...................................................................................................................................................... 10-1 10.3 覆盖范围和规模 ...................................................................................................................................... 10-1 10.4 投影 ...................................................................................................................................................... 10-1 10.5 识别 ...................................................................................................................................................... 10-2 10.6 文化和地形 ...................................................................................................................................... 10-2 10.7 磁偏角 ...................................................................................................................................................... 10-2 10.8 方位、航迹和径向线 ................................................................................................................................................ 10-2 10.9 航空数据 ................................................................................................................................................ 10-2 第 11 章 仪表进近图 — ICAO ............................................................................................................................. 11-1 11.1 功能 ...................................................................................................................................................... 11-1 11.2 可用性 ................................................................................................................................................ 11-1 11.3 覆盖范围和比例 ...................................................................................................................................... 11-1 11.4 格式 ...................................................................................................................................................... 11-2 11.5 投影 ...................................................................................................................................................... 11-2 11.6 识别 ...................................................................................................................................................... 11-2 11.7 文化和地形 .......................................................................................................................................... 11-2 11.8 磁差 .......................................................................................................................................................... 11-3 11.9 方位、航迹和径向线 ...................................................................................................................................... 11-3 11.10 航空数据 ................................................................................................................................................ 11-3 第 12 章 目视进近图 — ICAO ............................................................................................................................. 12-1 12.1 功能 ...................................................................................................................................................... 12-1 12.2 可用性 ...................................................................................................................................................... 12-1 12.3 比例 ...................................................................................................................................................... 12-1 12.4 格式 ............................................................................................................................................................. 12-1 12.5 投影 ...................................................................................................................................................... 12-1 12.6 识别 ...................................................................................................................................................... 12-2 12.7 文化和地形 ...................................................................................................................................... 12-2 12.8 磁差 ...................................................................................................................................................... 12-2 12.9 方位、航迹和径向线 ............................................................................................................................. 12-2 12.10 航空数据 ............................................................................................................................................. 12-2 第 13 章 机场/直升机场图 — ICAO ............................................................................................................. 13-1 13.1 功能 ...................................................................................................................................................... 13-1
7110.14A - ARTCC 显示器三级天气项目实施计划
20.概要。实施第三级天气，以及对激活每个天气图的现有雷达信号阈值进行更改，旨在帮助管制员协助飞行员避开危险天气区域。级别将由径向线表示；由 M 和 H 表示。与今天提供此类天气的方式相比，航路天气的收集、处理和显示将发生最小的变化。已经进行或正在进行的更改包括：修改中央计算机综合主机 (CCCH)、计算机显示通道 (CDC) 和显示通道综合 (DCC)、直接访问雷达通道 (DARC) 和航路自动雷达跟踪系统 (EARTS) 中的软件，以接受来自 CD-2 和 ARSR-3 系统的三级天气。此外，通用数字化仪 2 型 (CD-2) 和航路监视雷达 3 型 (ARSR-3) 系统将进行改造，以提供处理和向 ARTCC 传输三级天气的能力。
埃及民航部
事件概要：2004 年 1 月 3 日，大约 02:45:06 UTC，04:45:06 当地时间，Flash Airlines FSH604 航班，一架波音 737-300，埃及注册号 SU-ZCF，从埃及南西奈的沙姆沙伊赫国际机场 (SSH) 起飞后不久坠毁在红海。该航班是一架飞往法国戴高乐机场 (CDG) 的客运包机，中途在开罗国际机场 (CAI) 加油。604 航班从沙姆沙伊赫机场起飞，机上有 2 名飞行员（机长和副驾驶）、1 名观察员、4 名机组人员、6 名下班机组人员和 135 名乘客。飞机因与红海的撞击力而损毁，无人生还。飞机从沙姆沙伊赫 22R 跑道起飞，于 UTC 时间 02:42:33 升空，大约在坠机前 2.5 分钟，并已获准从位于 22R 跑道正北的沙姆沙伊赫 VOR 站沿 306 径向线左转爬升。此爬升转弯使起飞航班能够获得足够的高度，然后继续飞越飞往开罗的航线上的高地。604 航班作为包机在埃及领空运行，根据埃及民航条例第 121 部分的规定运营
复合材料的声学辅助体积 3D 打印
复合材料增材制造技术的进步已经改变了航空航天、医疗设备、组织工程和电子产品。增强 3D 打印物体性能的一个关键方面是通过在结构中嵌入和定向增强材料来微调材料。现有的定向这些增强材料的方法受到图案类型、排列和粒子特性的限制。声学提供了一种通用的方法来控制粒子，而不受其大小、几何形状和电荷的影响，从而实现复杂的图案形成。然而，将声学集成到 3D 打印中一直具有挑战性，因为声场在聚合层和未聚合树脂之间散射，从而产生不必要的图案。为了应对这一挑战，开发了一种创新的声学辅助体积 3D 打印机 SonoPrint，它可以同时对整个结构进行增强图案化和打印。SonoPrint 通过在制造的结构中嵌入增强颗粒（例如微观玻璃、金属和聚苯乙烯）来生成机械可调的复合几何形状。该打印机采用驻波场在感光树脂中直接创建目标粒子图案（包括平行线、径向线、圆形、菱形、六边形和多边形），只需几分钟即可完成打印。SonoPrint 增强了结构特性，有望推进体积打印，解锁组织工程、生物混合机器人和复合材料制造中的应用。
程序在打印时是正确的，但可能会发生变化。
2022 年 5 月 23 日星期一：网络建设日 所有代表均可预订活动，但需额外付费。每次游览的名额有限，需要注册。 1300 安斯利山和斯特罗姆洛山之旅 加入我们游览标志性的安斯利山和斯特罗姆洛山，这是堪培拉的两个地标，可以欣赏到城市和澳大利亚首都领地西部边界沿着美丽的布林达贝拉山脉的壮丽景色。我们将提供午餐盒，第一站是安斯利山，在那里您将能够看到构成堪培拉规划基础的径向线。您还将能够看到许多城市地标，所以带上您的相机吧！在安斯利山吃过午饭后，我们将前往斯特罗姆洛山，这是斯特罗姆洛山太阳天文台的所在地，也是澳大利亚国家授时服务和摄影天顶管的所在地。 Stromlo Trig Station，ACT 坐标系的原点也位于该地点。参观完 Stromlo 山后，巴士将返回会议中心和酒吧，在那里安排了休闲披萨和饮料晚会。费用：65 美元，包括盒装午餐、交通、导游以及下文概述的休闲社交活动。最低人数要求。
纽约州储能研究-Nyserda
图1。Example Energy Storage System Application for Capacity Deferral .............................6 Figure 2.Energy Storage System Sizing for Reliability Enhancement .......................................10 Figure 3.Energy Storage System Application for Photovoltaic Smoothing ................................12 Figure 4.Energy Storage System Application for Backfeed Prevention.....................................14 Figure 5.Networked Sub-transmission System Serving Six Loads ...........................................16 Figure 6.使用储能系统用于N-1拥塞浮雕的演示................................................................................................................................................................................................. 18图7。Overall Screening and Transmission System Evaluation Process ..............................25 Figure 8.Overall Screening and Distribution System Evaluation Process .................................25 Figure 9.Screening Process: Infrastructure and Capacity Support ...........................................27 Figure 10.Two-Stage Screening Process: Reliability Enhancement .........................................28 Figure 11.Energy Storage System Located Where Overloaded Section Ends (Downstream of SUB) ....................................................................................................34 Figure 12.储能系统位于超载部分的下游........ 35图13。Energy Storage System Located Close to the Heavily Loaded Feeder Section/Branch ..............................................................................................................35 Figure 14.储能系统容量估计（Megawatt和Megawatt-Hour） - 图形过程............................................................................................................................................................................................................................................................................................................................. 37图15.线段在馈线的中间经历多次停电...... 38图16。线段在馈线头部经历多次断电..... 38图17。子传输径向线部分经历多次停电.......... 39图18。Energy Storage System Located at the Targeted Feeder Section ............................39 Figure 19.储能系统尺寸（红色条）用于可靠性增强....................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 40图20.Energy Storage System Sizing for Renewable Integration .......................................41 Figure 21.Day-Ahead Energy Market Participation ...................................................................45 Figure 22.Reliability and Market Participation...........................................................................46 Figure 23.Market Benefit of Energy Storage System ................................................................50 Figure 24.Various Revenue Streams of Energy Storage System .............................................50 Figure 25.BR 4091 Time-Series with and without Data Cleaning .............................................55 Figure 26.Selected Feeders (Values in MW)—Tier 3 in 2023 (Peak > 100% of Normal Rating) a .............................................................................................................56 Figure 27.Hourly Load Profiles for Feeder NC_8051 ................................................................57 Figure 28.小时NC_8051超过设计等级...............................................................................................................................................................................................................................................................................................................................................................................................................................................与传输和分配升级成本相比，前期储能系统安装的收入要求........................................................................................................................................................................................................................................................................................................................................................................................................................................................... 60图30。与传输和分销升级成本相比单线图中的馈线WS-3012表示............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 63图32。Peak-Day Load in 2018 ............................................................................................64 Figure 33.Energy Storage System Energy Requirement on Peak Day .....................................64 Figure 34.与传输和分销升级成本相比，前期储能系统安装的收入要求............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 65
2007 年 4 月 - 奇努克直升机
图 3-15.转弯时空速的变化....................................................................................................3-21 图 3-16.异常姿态—机头高......................................................................................................3-25 图 3-17.异常姿态—机头低......................................................................................................3-25 图 4-1.经度和纬度....................................................................................................................4-3 图 4-2.航路机场图例.............................................................................................................4-6 图 4-3.导航设备和通信框.............................................................................................4-8 图 4-4.空中交通服务和空域信息.............................................................................................4-9 图 4-5.仪表进近图.............................................................................................................4-12 图 4-6.程序和注意事项................................................................................................4-13 图 4-7。终端到达区的基本 T 设计.......................................................................................4-17 图 4-8。剖面图功能.......................................................................................................4-18 图 4-9。着陆最低限度.......................................................................................................4-20 图 4-10。空间内点进近.........................................................................................................4-23 图 4-11。远程高度计设置....................................................................................................4-24 图 4-12。不工作的组件.............................................................................................4-25 图 4-13。东西航向读数，使用外/内刻度.............................................................4-26 图 4-14。使用内刻度读取北航向......................................................................................4-27 图 4-15。从已知点绘制航向线.............................................................................................4-28 图 5-1。CPU-26A/P 计算器侧....................................................................................5-1 图 5-2。CPU-26A/P 计算机的计算器侧.............................................................................5-2 图 5-3。计算时间和距离 ................................................................................................5-3 图 5-4。计算速度 ..............................................................................................................5-3 图 5-5。短距离时间和距离 ................................................................................................5-4 图 5-6。预估出发时间超过一分钟 .............................................................................5-5 图 5-7。预估出发时间少于一分钟 .............................................................................5-5 图 5-8。加仑和磅的换算 .............................................................................................5-6 图 5-9。计算燃料消耗的时间 .............................................................................................5-7 图 5-10。所需燃料 .............................................................................................................5-7 图 5-11。燃油消耗率 ................................................................................................................5-8 图 5-12。真空速计算 ..............................................................................................................5-9 图 5-13。海里、法规和公里相关性 ......................................................................................5-10 图 5-14。内部刻度计算 ......................................................................................................5-10 图 5-15。真实高度计算 ......................................................................................................5-11 图 5-16。乘法 ................................................................................................................5-12 图 5-17。除法 ................................................................................................................5-12 图 5-18。将英尺每海里转换为英尺每分钟 ................................................................................5-13 图 5-19。CPU-26A/P 计算机的风侧......................................................................................5-14 图 5-20。航向和地速......................................................................................................5-15 图 5-21。确定未知风....................................................................................................5-16 图 5-22。确定最有利风的高度....................................................................................5-16 图 5-23。确定作用半径，第一部分................................................................................................5-17 图 5-24。确定作用半径，第二部分................................................................................................5-18 图 5-25。确定作用半径，第三部分................................................................................................5-18 图 6-1。风效应和地速.......................................................................................................6-2 图 6-2。风漂移......................................................................................................................6-2 图 6-3。风漂移角......................................................................................................................6-3 图 6-4。风校正角......................................................................................................................6-3 图 6-5。严重湍流中的仪表扫描（仪表板模糊）........................................................6-4 图 6-6。风切变中的下滑道偏差 ......................................................................................6-7 图 7-1。表面、空间和天波传播......................................................................................7-2 图 7-2。非常（高频）全向范围径向线 ......................................................................7-6 图 7-3。导航到站点 .............................................................................................................7-16 图 7-4。推头.........................................................................................................................7-17 图 7-5。拉尾.........................................................................................................................7-18 图 7-6。跟踪入站.............................................................................................................7-19