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World File Search SystemCAMD
先进微结构与器件研究中心（CAMD）
路易斯安那州立大学先进微结构与器件中心 (CAMD) 为研究人员提供了美国东南部唯一的同步加速器光源。作为美国七家此类设施之一，超过 80 名研究人员（包括路易斯安那州立大学的教职员工和学生、工业用户、当地初创公司和国家研究实验室的成员）使用 CAMD。它也是吸引主要中心级资助进入大学以及招募顶级教师的重要资源。
排放和生成资源集成数据库
表3-1。 比较100年GWPS ........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... Example Biomass and CHP CO 2 Emissions Adjustment Calculation ............................... 17 Table 3-3. Fuel-based Emission Rates – Primary Fuel Category ...................................................... 20 Table 3-4. eGRID Subregion Acronym and Names for eGRID ........................................................ 24 Table 3-5. NERC Region Acronym and Names for eGRID .............................................................. 25 Table 3-6. eGRID2022 Grid Gross Loss (%) ................................................................................... 27 Table 5-1. Egrid2022纬度/经度更新........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 30表5-2。 eGRID2022 EPA/CAMD Plants Not Connected to the Grid............................................ 31 Table A-1. eGRID File Structure, eGRID2022 UNIT File ............................................................... 78 Table A-2. Egrid文件结构，Egrid2022 Gen Generator文件................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... Egrid文件结构，Egrid2022 PLNT工厂文件......................................................................................................................................................................................... 80表A-4。 eGRID File Structure, eGRID2022 ST State File ........................................................... 84 Table A-5. Egrid文件结构，Egrid2022 BA文件，平衡权限（BA）文件........................................................................................................................................................... 88表A-6。 eGrid文件结构，Egrid2022 SRL文件，Egrid子区域文件....................................................................................................................................................................................................................................................................................... 92表A-7。表3-1。比较100年GWPS ...........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................Example Biomass and CHP CO 2 Emissions Adjustment Calculation ............................... 17 Table 3-3.Fuel-based Emission Rates – Primary Fuel Category ...................................................... 20 Table 3-4. eGRID Subregion Acronym and Names for eGRID ........................................................ 24 Table 3-5.NERC Region Acronym and Names for eGRID .............................................................. 25 Table 3-6. eGRID2022 Grid Gross Loss (%) ................................................................................... 27 Table 5-1. Egrid2022纬度/经度更新........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 30表5-2。 eGRID2022 EPA/CAMD Plants Not Connected to the Grid............................................ 31 Table A-1.eGRID File Structure, eGRID2022 UNIT File ............................................................... 78 Table A-2.Egrid文件结构，Egrid2022 Gen Generator文件...................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................Egrid文件结构，Egrid2022 PLNT工厂文件......................................................................................................................................................................................... 80表A-4。eGRID File Structure, eGRID2022 ST State File ........................................................... 84 Table A-5.Egrid文件结构，Egrid2022 BA文件，平衡权限（BA）文件........................................................................................................................................................... 88表A-6。eGrid文件结构，Egrid2022 SRL文件，Egrid子区域文件....................................................................................................................................................................................................................................................................................... 92表A-7。eGRID File Structure, eGRID2022 NRL File, NERC Region File .................................. 96 Table A-8.Egrid文件结构，Egrid2022 U.S.File, United States File .................................. 100 Table A-9.Egrid文件结构，Egrid2022 GGL文件，GROSS损失（％）文件....................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 104表A-10。egrid文件结构，Egrid2022植物级EJSCREEN人群数据...................................................................................................................................................................................................................................................................eGRID Subregion Representational Map .................................................................... 107 Figure B-2.NERC区域代表地图......................................................................................................................................................................................................................................................................................................................................................................................................................................... 108
惯性型静电换能器的 UV-LIGA 微制造及其应用
表 3-3 镍蛇形弹簧的设计常数 ...................................................................................... 35 表 3-4 与设备相关的设计常数 ...................................................................................... 40 表 3-5 继电器建模中使用的参数 ...................................................................................... 45 表 3-6 继电器建模中使用的参数 ...................................................................................... 53 表 3-7 加速度计建模中使用的参数 ............................................................................. 63 表 3-8 系统响应摘要 ............................................................................................. 63 表 4-1 主触点材料的电导率和电子平均自由程 ............................................................. 70 表 5-1 在不同电流密度下电镀镍的时间 ............................................................................. 87 表 5-2 镍电镀溶液的典型成分和操作条件 ............................................................................. 90 表 6-1 制造工艺特性摘要 ............................................................................................. 104 表 7-1 制造的微型继电器的特性 ............................................................................................. 120 表 A-1 推荐的软烘烤工艺 [MicroChem Inc.]............................................................. 144 表 A-2 曝光剂量与厚度的关系 [CAMD].............................................................................. 145 表 A-3 推荐的 PEB 工艺 [McroChem Inc.].............................................................. 146 表 A-4 氨基磺酸镍溶液............................................................................................... 147 表 A-5 镍盐的镍含量.................................................................................................... 151 表 A-6 厚度与曝光剂量的关系.................................................................................... 154
新泽西州环境保护部
ACO行政同意命令ACT ACT替代控制技术AEL替代排放限制AERR空气排放报告要求AMCC售后催化转化器作为Arsenic BACT最佳可用控制技术BART最佳改造技术BEIS BEIS生物发射库存库存系统CAA censara Central国家空气资源机构CFR联邦法规CMAQ社区多尺度空气质量模型CO碳一氧化碳螺旋螺旋圆锥大陆/连续美国CR CROMIUM CSAPR CSAPR CSAPR CORMIUM CHOMIUM CHOMIUM CHOMIUM CHOMIUM CHOMIUM CHOMIUM CORMIUM CORMIUM CORMIUM CROMIUM CORMIUM CORMIUM CROMIUM CORMIUM CORTICE CTG控制技术指南DG/DG/DG/DR液体催化开裂单元FCU流体烹饪单元喂养。reg。Federal Register FIP Federal Implementation Plan FMVCP Federal Motor Vehicle Control Program FRM Federal Reference Method FSEL Facility-Specific Emission Limit GEOS Goddard Earth Observing System HC Hydrocarbon HCl Hydrogen Chloride HEDD High Electric Demand Day HF Hydrogen Fluoride Hg Mercury hp horsepower ICI Industrial, Commercial and Institutional IM Inspection and Maintenance IMO International Maritime Organization kW Kilowatt