必须按照以下技术配置中给出的顺序列出技术要求。第二列应以“是”或“否”的回答描述您的合规性。如果“否”,第三列应提供偏差程度(请提供定量回答)。第四列应说明偏差的原因(如果有)。第四列可用于将您的工具与竞争对手的工具进行比较,或提供以下技术要求表中要求的详细信息。3. 作为一种选择,请提供可能的任何建议附件/附加组件的分项成本
6.13.2请注意,主动审查过程是一个适当的系统,可以在等待治疗开始时确保患者的安全。 If, following an assessment, a patient needs immediate allocation for care co-ordination and there is no capacity amongst staff to be allocated as the patient's care coordinator at that time, the team managers will be required to undertake a caseload review and re-allocate a non CPA patient from a clinician's caseload onto the Active Review caseload, where clinically safe to do so, thus creating capacity for immediate care co- ordination for the patient to那个特殊的临床医生。 内部过渡6.13.2请注意,主动审查过程是一个适当的系统,可以在等待治疗开始时确保患者的安全。If, following an assessment, a patient needs immediate allocation for care co-ordination and there is no capacity amongst staff to be allocated as the patient's care coordinator at that time, the team managers will be required to undertake a caseload review and re-allocate a non CPA patient from a clinician's caseload onto the Active Review caseload, where clinically safe to do so, thus creating capacity for immediate care co- ordination for the patient to那个特殊的临床医生。内部过渡
除了朝着财务和业务目标迈进外,我们在为更可持续的未来做出贡献的征程中也取得了重要进展。2023 年,我们超越了 2025 年的目标,与 2020 年基准年相比,人均碳足迹减少了 48%。我们还将可再生能源的使用率提高到了 37%。此外,我们还通过减少每片晶圆和其他必要设施的总体功耗来帮助客户减少碳足迹。半导体和半导体资本设备的前景从未如此强劲。随着人工智能和“一切电气化”的长期驱动力,我们的客户正在快速创新,并依靠 Onto Innovation 这样的公司来实现他们的愿景。客户新产品的复杂性日益增加所带来的挑战,从严格的裸晶圆工艺控制要求到复杂的新内存和逻辑晶体管结构,再到革命性的新封装技术,正在对工艺控制解决方案产生新的需求。Onto Innovation 在整个价值链中都已建立完善的基础,我们很高兴能与客户密切合作,以确保我们继续提供实现其未来创新所必需的关键任务解决方案。
Target material deposited as vapor onto ceramic or metal target substrate Targets loaded in the neutron tubes Neutron tubes then attached to glass manifold vacuum system under exhaust hood Once the system reached vacuum, storage beds were heated to flood the system with deuterium or tritium gas A torch was used to melt the glass manifold connection, seal the neutron tubes, and cut them free of the歧管
Liu等。 报道了碳纳米基碳基于氧化碳(LICOO 2)的阴极,其特异性c c含量为90 mA H g -1。 19然而,碳纳米ber不仅被用作添加剂而不是当前的收集器,而且还需要缓慢的干燥铸造过程来去除增塑剂(丙烯碳酸盐)。 最近,已经研究了通过电泳沉积(EPD)和高压灭菌方法将阴极材料涂在CFS上,以用于结构电池中。 11,23,24 Hagberg等。 reported that LiFePO 4 coated onto polyacrylonitrile (PAN)-based CFs tow via EPD method delivers a speci c capacity of 108 mA h g − 1 at 0.1 C. 11 However, the coating performance was dependent on the distance between Pt wire (counter electrode) and CFs (working electrode) at EPD instrumental set-up, making it di ffi cult to obtain a high yield.Liu等。报道了碳纳米基碳基于氧化碳(LICOO 2)的阴极,其特异性c c含量为90 mA H g -1。19然而,碳纳米ber不仅被用作添加剂而不是当前的收集器,而且还需要缓慢的干燥铸造过程来去除增塑剂(丙烯碳酸盐)。最近,已经研究了通过电泳沉积(EPD)和高压灭菌方法将阴极材料涂在CFS上,以用于结构电池中。11,23,24 Hagberg等。 reported that LiFePO 4 coated onto polyacrylonitrile (PAN)-based CFs tow via EPD method delivers a speci c capacity of 108 mA h g − 1 at 0.1 C. 11 However, the coating performance was dependent on the distance between Pt wire (counter electrode) and CFs (working electrode) at EPD instrumental set-up, making it di ffi cult to obtain a high yield.11,23,24 Hagberg等。reported that LiFePO 4 coated onto polyacrylonitrile (PAN)-based CFs tow via EPD method delivers a speci c capacity of 108 mA h g − 1 at 0.1 C. 11 However, the coating performance was dependent on the distance between Pt wire (counter electrode) and CFs (working electrode) at EPD instrumental set-up, making it di ffi cult to obtain a high yield.
摘要 价值敏感设计 (VSD) 是一种将价值观融入技术设计的成熟方法。它已应用于不同的技术,最近又应用于人工智能 (AI)。我们认为,人工智能提出了许多特定于 VSD 的挑战,需要对 VSD 方法进行一些修改。机器学习 (ML) 尤其带来了两个挑战。首先,人类可能不理解人工智能系统如何学习某些东西。这需要关注透明度、可解释性和可问责性等价值观。其次,ML 可能导致人工智能系统以“脱离”其中所嵌入的价值观的方式进行适应。为了解决这个问题,我们提出了一种三重修改的 VSD 方法:(1) 将一组已知的 VSD 原则 (AI4SG) 整合为设计规范,从中可以得出更具体的设计要求;(2) 区分设计所提倡和尊重的价值观,以确保结果不仅不会造成伤害,而且还有助于实现利益;(3) 将 VSD 流程扩展到涵盖人工智能技术的整个生命周期,以监控意外的价值后果并根据需要重新设计。我们通过 SARS-CoV-2 接触者追踪应用程序的示例用例说明了我们的 VSD for AI 方法。
Limits of construction zone Access Gates with intended traffic movements onto municipal roads Site office location Off-site traffic control measures & locations Crane location and swing envelope Sign locations Loading and unloading zones within site Locations of power generators Parking zones for construction staff Lighting Material storage areas on-site and off-site (if applicable) Chemical storage areas (including fuel) 撑杆和领带的位置(如果适用)建筑脱水井和排放/存储位置地面公用事业和维修
因此,我感到满意的是,申请人提供的其他信息已经解决了理事会和饮食的评论。我指出,国家高速公路建议将条件附加在可能获得的任何计划许可范围内。 因为这包括建筑交通管理计划的条件,我没有建议有类似的条件。 Recommend conditions in relation to a phasing plan, vehicle access and parking, improvements to the footway/cycleway across the site frontage, no loose material shall be placed on any driveway or parking area, details of private driveways, provision of wheel cleaning facilities, details of the pedestrian/cycle linkages onto South View Avenue and Wrawby Road, cycle parking for each dwelling, provision of a controlled pedestrian/cycle crossing of the Brigg link road, details of access道路,可见度,在任何共享地面道路附近的任何服务条和旅行计划中都没有发展。我指出,国家高速公路建议将条件附加在可能获得的任何计划许可范围内。因为这包括建筑交通管理计划的条件,我没有建议有类似的条件。Recommend conditions in relation to a phasing plan, vehicle access and parking, improvements to the footway/cycleway across the site frontage, no loose material shall be placed on any driveway or parking area, details of private driveways, provision of wheel cleaning facilities, details of the pedestrian/cycle linkages onto South View Avenue and Wrawby Road, cycle parking for each dwelling, provision of a controlled pedestrian/cycle crossing of the Brigg link road, details of access道路,可见度,在任何共享地面道路附近的任何服务条和旅行计划中都没有发展。
• In the first GC columns, the “liquid phase” was coated onto an inert support (firebrick and then diatomataceous earth – the silica shells of sea creatures) • However, these particles create a significant back pressure, limiting the (glass) column lengths to 2 meters • The disadvantage of using a gas as the mobile phase is that it is compressible • For a 2‐meter column, the head gas pressure is twice atmospheric • This slows linear气速和降低分离能力•毛细管柱,将液体覆盖到该色谱柱壁上的毛细管柱在1955年获得专利,但直到1975年才商业化•第一毛细管为硼硅酸盐玻璃 - 很容易折断•柱状长度•最高100米的圆柱长度•纤维上的石英毛细管
When a submarine cable is laid, it needs to be loaded onto a cable laying ship, which has a finite hold capacity. So, the thinner the submarine cable, the more cable length the ship can carry. For a trans-oceanic cable, this is a critical economic factor for the cable deployment cost, and for this reason the industry prefers a 17-mm cable for deep water. 21-mm cable designs also exist, but a cable laying ship can carry 30% less length of 21-mm cable vs. 17-mm cable. In a major project, this would require ships to return to port, load more cable, and then go back and retrieve the end of the cable they just laid – and to potentially repeat this process several times.