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实施美国太空天气政策
● Priority to establish R2O2R framework ● To accelerate R2O we need to support O2R (e.g., improve existing operational models; establish research priorities) ● Working closely with partner agencies - NASA, NSF, and DOD including the Community Coordinated Modeling Center (CCMC) ● NWS working to establish a testbed at SWPC (ongoing) ● Partnerships with Academic, Private Sector, International合作伙伴是成功的关键
国际贸易和政策警报：
EO 13959禁止任何美国人购买或出售公开交易证券，包括派生或旨在向该证券提供投资敞口的证券，在根据新的EO 14032进行的修订后继续进行。但是，替换了禁止禁止的实体列表。eo 14032取代了由国防部根据1999年NDAA第1237条管理的CCMC列表，并替换了EO 14032附件中包含的新实体列表，并授予国库部门根据某些标准符合某些标准的行政确定的授权。这个新列表，即非SDN中国军事工业综合公司列表（NS-CMIC列表），由财政部外国资产控制办公室（OFAC）管理。
疫苗犹豫：弥合提供者和患者之间的差距
问题的基本原理和陈述 疫苗接种是普通儿科的“衣食父母”。然而，家庭拒绝接种疫苗的情况很常见，并导致过去十年来全国各地爆发了可预防的疾病，包括百日咳、腮腺炎和麻疹。此外，在某些州，幼儿园入学儿童的总疫苗接种率已下降到 80%。1 医护人员在与患者的日常互动中面临障碍，特别是在儿科人群中，医疗决策权落在父母手中。在社交媒体和通过互联网广泛传播信息的时代，医疗服务提供者和父母之间的互动可能主要是为了揭穿通过不准确来源传播的谣言。我们的目标是使用 CCMC 的儿科住院医师试点教育计划来创建一种工具来减少父母对疫苗接种的犹豫，该工具可用于全国所有儿科 GME 计划。
REPT＃26每月事件清单报告
CI-22-00168 LG Ring v OCS Services Pty Ltd Jury 1 ME ME CI-22-00313 LG Johnny Huang -v- Maroondah City Council & Ors Jury 1 ME ME CI-22-00821 LM FARRUGIA -V- BACHAWATY Jury 1 ME ME CI-22-02894 GL D & M MILLAR P/L v SCUTCHEON 1 ME ME CI-22-03495 Gl Edgar＆ors -V- Bacchus Marsh Aerodrome Management 1 Me Me Ci-22-05137 LG Paul Dunn -V-团队安全与陪审团1 me Me Ci-23-01630 GL Nepean GL Nepean Incorporated V dl and Ccmc Pty Ltd 1 Me Me Me Me Me Me Me Me Me Me Me Me Me Me Me Me ci-25550 lg-0250 lgv-0250 lgv-0250 lgv-0250 lgv-0250 lG Jury 1 ME ME CI-23-03337 BL C&T Developments Pty Ltd v VMIA 1 ME ME CI-23-03366 BL C & T Developments Pty Ltd v VMIA 1 ME ME CI-23-03367 BL C &T Developments Pty Ltd v VMIA 1 ME ME CI-23-03368 BL C & T Developments Pty Ltd v VMIA 1 ME ME CI-23-03369 BL C＆T Developments Pty Ltd V VMIA 1 ME ME CI-21-04332 LG ROBERTSON V VWA和ANOR陪审团1 ME ME ME CI-23-04858 LG VWA VWA VWA V WWA V TOLL HOUSTING
纤维的比较结构表征...
方法旨在通过实验和有限元分析 (FEA) 研究确定旋转圆盘的纤维增强复合材料的机械行为。首先，对两个不同系列进行 FEA 分析，载荷条件为旋转速度 600 RPM，外部摩擦力 10 N。其中，利用 FEA 工具对七种不同的复合材料样品进行结构特性分析，例如环氧-碳-UD-预浸料-SiC、环氧-碳-UD-湿法-SiC、环氧-碳-编织-预浸料-SiC、环氧-碳-编织-湿法-SiC、环氧-E-玻璃-UD-SiC、环氧-E-玻璃-湿法-SiC 和环氧-S-玻璃-UD-SiC。除这些材料外，还通过 FEA 分析了四种基础材料，以在相同载荷条件下进行比较。其次，进行了实验研究，以调查带有碳化硅 (SiC) 的 FRP 实心盘式制动器转子的适用性，为此，准备了基于碳编织基陶瓷复合材料的 ASTM 标准样品销盘装置。还在两种方法的位移之间执行了验证。最后，这项工作证实了碳纤维陶瓷基复合材料是抵抗旋转动力载荷的良好材料，因此这项工作还强烈建议在制造飞机和汽车盘式制动器等旋转部件时实施 CCMC。
二氧化碳捕获
f igure 1。b ioenergy与C Arbon C Apture and S Torage（Beccs）（C Onsoli，2019年）.....................................................................................................................................................................................................................................................................................................................................................................HPC安装（KKV8工厂）（W retborn，n。d。）....................................................... 12 F IGURE 3.c Arbon Capture Technologies（D Ziejarski等，2023）.......................................................................................................................................................................................................................................................................................................................................................................................................................................................c arbon捕获和利用（CCU）（D Ziejarski等，2023）B IOENERGY WITH CARBON CAPTURE STORAGE (Q UANG ET AL ., 2023) .............................. 14 F IGURE 6.c Arbon捕获和矿物碳化（CCMC）（Q Uang等，2023）C ARBON CAPTURE TECHNOLOGIES (CCS) (Q UANG ET AL ., 2023) ..................................... 15 F IGURE 8.p re-燃烧捕获（O Labi等，2022）.................................................................................................................................................................................................................................................................................................................................................................................................................................................................O XY - FUEL COMBUSTION CAPTURE (O LABI ET AL ., 2022) .................................................... 17 F IGURE 10.P OST - COMBUSTION CAPTURE (O LABI ET AL ., 2022) ......................................................... 18 F IGURE 11.A BSORBER AND S TRIPPER C OLUMNS (O LABI ET AL ., 2022) ............................................. 21 F IGURE 12.p acked-床反应堆（I.I.T.D，n。d。）在s祈祷反应堆（W et s brubbers，n。d。）........................................................................... 22 F IGURE 14.E XPERIMENTAL PROCESS WORKFLOW ................................................................................... 27 F IGURE 15.e xpermentiment设置 - up ................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 28 f igure 16。A BSORBER SPRAY TOWER ..................................................................................................... 29 F IGURE 17.H OLLOW CONE (GP, 2023) .................................................................................................... 30 F IGURE 18.s祈祷角（GP，2023）...........................................................................................................................................................................................................................................................................................................................................................................................................................N OZZLE (UM75) (S PRAY E XPERTS , 2023) ....................................................................... 30 F IGURE 20.E FFECT OF 20% VOL CO 2 ...................................................................................................... 36 F IGURE 21.e 40％vol Co 2 .............................................................................................................................................E FFECT OF 10% WT K 2 CO 3 .................................................................................................... 39 F IGURE 23.E FFECT OF 20% WT K 2 CO 3 .................................................................................................... 40 F IGURE 24.E FFECT OF 298K .................................................................................................................... 42 F IGURE 25.E FFECT OF 313,5K ................................................................................................................ 43 F IGURE 26.E FFECT OF INLET GAS ............................................................................................................ 44 F IGURE 27.E FFECT OF INLET GAS ............................................................................................................ 45 F IGURE 28.E FFECT OF SOLVENT VOLUME 1500 ML .................................................................................. 47 F IGURE 29.E FFECT OF SOLVENT VOLUME 750 ML .................................................................................... 48 F IGURE 30.CO 2 LOADING : 20% VOL CO 2 , 20 WT %K 2 CO 3 , 298K ............................................................ 50 F IGURE 31.CO 2 LOADING : 10% VOL CO 2 , 20 WT %K 2 CO 3 , 313.5K ......................................................... 51 F IGURE 32.CO 2 LOADING : 20% VOL CO 2 , 10 WT %K 2 CO 3 , 313.5K ......................................................... 52 F IGURE 33.CO 2 LOADING : 40% VOL CO 2 ( FLOW RATE 1.67), 20 WT %K 2 CO 3 ........................................ 53 F IGURE 34.CO 2 LOADING : 750 ML ............................................................................................................ 54