摘要:重力波(GWS)是子午线和上层平流层中子午倾覆循环的关键驱动因素之一。他们在气候模型中的表示遭受了不足的分辨率和对其参数化的有限约束。这种掩盖了对气候变化中中大气环流变化的评估。This study presents a comprehensive analysis of stratospheric GW activity above and downstream of the Andes from 1 to 15 August 2019, with special focus on GW representation ranging from an unprecedented kilometer- scale global forecast model (1.4 km ECMWF IFS), ground-based Rayleigh lidar (CORAL) observations, modern reanaly- sis (ERA5), to a coarse-resolution climate model (EMAC).与ERE5相比,发现Zonal GW动量(GWMF)的分辨垂直浮标(GWMF)的强度至少为2-2.5。与IFS中解决的GWMF相比,ERA5和EMAC的选址继续产生60 8 s的过度GWMF极点,从而在已解决的GWMF和参数化的GWMF之间产生明显的差异。在IFS和ERA5中对GW Pro Files的类似验证验证了相似的波结构。,即使在; 1公里的分辨率,IFS中的解析波弱于LIDAR观察到的波。此外,跨数据集的GWMF估计值表明,基于温度的代理基于线性GWS的中频近似,由于简化的GWMF和GW波长估计的数据高估了GWMF。总体而言,该分析为参数化验证提供了GWMF基准,并要求三维GW参数化,更好的上限处理和垂直分辨率随着模型中水平分辨率的增加而增加,以进行更现实的GW分析。
11:35-12:00辩论:它可以解决辐射疗法是高危T1疾病的选择治疗,而不是膀胱切除术//主持人// TBD Pro // TBD Con // TBD Con // TBD
职业和专业许可证,爱达荷州公用事业委员会,爱达荷州国务卿,行政部和爱达荷州州彩票。NOW, THEREFORE, BE IT RESOLVED by the members of the Senate, assembled in the First Regular Session of the Sixty-eighth Idaho Legislature, that all temporary and pending rules adopted by the Idaho State Police, the Division of Occupational and Professional Licenses, the Idaho Public Utilities Commission, the Idaho Secretary of State, the Department of Administration, and the Idaho State Lottery, pursuant to the Administrative Procedure Act and submitted through the Office of the Administrative Rules Coordinator to the Legislature for review during the 2025 legislative session have been reviewed and approved by the Senate State Affairs Committee with the exception of the following rules, which were not approved: (1) IDAPA 31.21.01, Idaho Public Utilities Commission, Customer Relations Rules for Gas, Electric, and Water Public Utilities (The Utility Customer Relations Rules), Docket No.31-2101-2401,整个文件; (2)IDAPA 31.41.01,爱达荷州公共事业委员会,爱达荷州提供服务的电话公司的客户关系规则,但受爱达荷州公共事业委员会(电话客户关系规则),案卷号>31-4101-2401,第205节,第02.A。和02.B.,仅。
Change log 4 Introduction 5 Security modules 5 Caching and WAN optimization 6 What's new 7 Policy matching and web filtering based on risk level 7 SNMP trap for local certificate expiration 10 Forward traffic to an explicit port to upstream proxy without DNS resolve 12 New IP Tables Events under System Events 12 OCR enhancements 13 Failover support for multiple proxy chain servers 13 Application and URL category information in policy table 13 Changed options for Log HTTP Transaction 13 Changes to logging behavior for HTTP CONNECT 14 New limit for authentication rules 14 FortiNBI enhancement 15 CLI changes 15 Product integration and support 17 Deployment information 19 Downloading the firmware file 19 Deploying a new FortiProxy appliance 19 Deploying a new FortiProxy VM 19 Upgrading the FortiProxy 19 Downgrading the FortiProxy 20 Resolved issues 22 FortiNBI 25 Common vulnerabilities and暴露26已知问题27 Fortinbi 27
Introduction 5 Endpoint requirements 5 Supported web browsers 5 Licensing and installation 6 Special notices 7 Microsoft Visual C++ installation 7 SQL Server Standard or Enterprise with 5000 or more endpoints 7 Split tunnel 7 SAML logins 7 FortiGuard Web Filtering Category v10 Update 7 DNS updates when using ZTNA 8 What's new 9 Upgrading 10 Upgrading from previous EMS versions 10 Downgrading to previous versions 10 Product integration and support 11 Resolved issues 13 Administration 13 Install and upgrade 13 Dashboard 13 Endpoint management 13 Endpoint policy and profile 14 Fortinet Security Fabric devices 15 Remote Access - SSL VPN 15 Vulnerability Scan 15 Multitenancy 16 Onboarding 16 Deployment and installers 16 Zero Trust tagging 16 Endpoint control 17 Performance 17 Logs 17 Upgrade 17 GUI 17 System Settings 18 Zero Trust Telemetry 18 Other 18 Common Vulnerabilities and Exposures 19已知问题20行政20
决议:CEC 批准与 Institute of Gas Technology dba GTI Energy 签署的 EPC-23-018 协议,拨款 2,775,570 美元用于开发节能和电网互动式零碳制造住宅,并采纳员工的决定,认为此举不受 CEQA 约束。这些住宅将符合 2022 年第 24 条建筑能效标准,超过美国住房和城市发展部目前适用于制造住宅的标准。这些住宅将采用隔热和密封技术来打造高效的外壳,利用防火性能更强的建筑材料,并实施现场光伏发电和电池储能;此外,决议:执行董事或其指定人员应代表 CEC 执行上述操作。
鉴于要提供公共产品,无论该产品属于国家、地方还是全球性质,其资金分配都必须根据对公共产品的所谓“显示性”偏好来解决。这种分配“或多或少”是在民族国家层面解决的。也就是说,其资金应该落在国家、州还是地方政府身上。在全球经济中,这种偏好通常是未知的。我们需要超越对地方或州人口“显示性偏好”的传统分析,而去研究“全球公众”的偏好。由于对“全球公众”的定义可能是“特定于特定产品的”,例如疾病的传播,因此资金分配可能不易解决,即最有可能出现的搭便车问题。