- Participation in proficiency testing is required by various institutions - Participants can compare, secure and improve their own performance/quality - Comparison of the method used with those of other laboratories - Proof of reliable laboratory performance vis-à-vis customers and certification bodies - Cost savings in laboratory development and maintenance - Saving of labour time in the laboratory and many other advantages
- Participation in proficiency testing is required by various institutions - Participants can compare, secure and improve their own performance/quality - Comparison of the method used with those of other laboratories - Proof of reliable laboratory performance vis-à-vis customers and certification bodies - Cost savings in laboratory development and maintenance - Saving of labour time in the laboratory and many other advantages
Smid 等人(2020 年)进行了一项系统评价,以表征贝叶斯和频率估计在小样本量 SEM 中的表现。在手动筛选 5050 项研究后,仅选定 27 项来回答他们的研究问题。进行系统评价需要付出巨大的筛选努力。这种筛选工作使证据综合成为一项极具挑战性的任务。开源 AI 辅助筛选工具可以潜在地减少工作量:系统评价的主动学习(ASReview;van de Schoot 等人,2020 年)。在 ASReview 中,研究人员与主动学习模型交互筛选摘要。根据研究人员的决策(相关与不相关),该模型会迭代更新其对剩余摘要的相关性预测。通过优先考虑最有可能相关的文章(即基于确定性的主动学习),ASReview 最大限度地减少了研究人员需要筛选的文章数量,同时仍能识别出大多数相关文章。手动筛选和自动优先排序出版物的过程会产生一组相关出版物。作为一个例子,ASReview 被应用于 Smid 等人(2020 年)确定的 5050 篇研究的全部集合。理想的表现被定义为最大限度地识别 Smid 等人最初确定的 27 篇相关文章,同时最大限度地减少研究人员需要筛选的文章数量。相关性预测由主动学习模型进行,该模型使用朴素贝叶斯或逻辑回归作为分类器。对于第一个预测,ASReview 需要一些示例文章。对每个分类器应用了 27 次 ASReview,使用每篇相关文章作为示例文章一次,并与一篇随机的不相关文章配对。如图 1 所示,贝叶斯和逻辑回归模型都发现超过 80%
• Assessing Turkey EV battery recycling status and run a LCA study to compare Turkish vs EU EV battery recycling options • Proposing an “Eco-Design Guide” including recommendations at conception and manufacturing level to improve the repairing and replacement of high voltage batteries on EOL vehicles • Creating an inventory of policies, standards and regulations related to the collection, transport, repair, reuse, and recycling of batteries.
[RZ/V2L] ● 32 bits × 8 channels ● Counting up or down (sawtooth wave), counting up and down (triangular wave) selectable for all channels ● Independent selectable for each channel ● 2 input/output pins per channel ● 2 output compare / input capture registers per channel ● For the 2 output compare / input capture registers of each channel, 4 registers are provided as buffer registers and are capable在不使用缓冲时操作作为比较登记册的比较注册●在输出中比较操作,缓冲区可以处于峰值或槽中,使得能够生成侧向不对称的PWM波形●在每个通道上设置帧间隔,以在每个通道上设置帧间隔(具有在溢出或频道上产生端流中的中断的能力) Starting, stopping, and clearing up/down counters in response to a maximum of eight events ● Starting, stopping, and clearing up/down counters in response to input level comparison ● Starting, stopping, and clearing up/down counters in response to a maximum of four external triggers ● Output pin invalidation functions due to dead time error or detection of short circuit between output pins ● Digital filter functions for the input capture and external trigger pins
1 快速事实:加利福尼亚州尤里卡市;加利福尼亚州;加利福尼亚州洪堡县。https://www.census.gov/quickfacts/fact/table/eurekacitycalifornia,ca,humboldtcountycalifornia/PST045218 2 酒精和其他药物相关死亡:洪堡县 2018 年。William F. Honsal,警长。2019 年 3 月 15 日。https://humboldtgov.org/DocumentCenter/View/71672/HCSO-Alcohol-and-Other-Drugs-Related- Deaths-Report-2018 3 县级健康排名和路线图:加利福尼亚州;洪堡;比较各县。 2019。http://www.countyhealthrankings.org/app/#!/california/2019/compare/additional?counties=06_023
• 本综述重点关注两项 3 期随机临床试验 (RCT,JADE COMPARE 2、3、4、5 和 JADE DARE 6),这两项试验比较了阿布西替尼与度匹鲁单抗联合局部治疗对中度至重度特应性皮炎成人患者的疗效。其中一项试验 (JADE COMPARE) 还包括一个安慰剂组。JADE EXTEND 评估了阿布西替尼对 JADE COMPARE 中度匹鲁单抗应答者和无应答者中的疗效和安全性。 7 • 在两项 3 期 RCT(JADE MONO-1 和 JADE MONO-2)中,阿布西替尼单药治疗(200 毫克或 100 毫克)在实现研究者总体评估反应(定义为评分为 0/清除或 1/几乎清除且较基线改善 ≥ 2 分;IGA-0/1)和第 12 周湿疹面积和严重程度指数-75 (EASI-75) 反应方面优于安慰剂。这些研究涉及患有中度至重度 AD 的成人和青少年,他们对局部皮质类固醇或局部钙调磷酸酶抑制剂反应不足 8,9 或需要全身疗法来控制疾病 8 或有接受 AD 全身疗法的病史或不建议进行局部疗法。 9 在包括 JADE MONO-1 和 JADE MONO-2 以及 2b 期试验的汇总分析中,阿布替尼在第 2 天就实现了快速瘙痒缓解,这与生活质量和睡眠质量的改善相关,并且部分独立于整体疾病改善。10 此外,与阿布替尼 IGA-0/1 无反应者和有反应者相比,阿布替尼在皮肤清除、瘙痒和生活质量方面均实现了具有临床意义的改善。11 • 一项 3 期、响应者富集、诱导、随机停药和再治疗试验 (JADE REGIMEN) 表明,与维持治疗期间的安慰剂相比,阿布替尼单药治疗 (200 毫克或 100 毫克) 显着降低了发作的概率,并且具有剂量相关性。 12 200 毫克阿布西替尼、100 毫克阿布西替尼和安慰剂组累计复发概率分别为 18.9%、42.6% 和 80.9%。在复发患者中,使用 200 毫克阿布西替尼加局部治疗进行挽救治疗后,每个治疗组在 12 周时均重新获得 EASI-75 反应:200 毫克阿布西替尼组为 55%,100 毫克组为 74.5%,安慰剂组为 91.8%。• 一项 2b 期 RCT 13 和一项针对 12 至 17 岁青少年的 3 期试验 (JADE TEEN) 14 支持阿布西替尼对中度至重度 AD 的疗效。
1我需要应用哪种输入功率来在TEM单元内创建一定的场强度?.... 2 2 TEM细胞的有用频率范围是多少?.................................................................... 3 3 How do TEM-cells compare to near-field probes or antennas ..................................................... 3 4 Open TEM-cells versus closed TEM-cells ................................................................................... 6 5 TEM-cells versus GTEM-cells ..................................................................................................... 6 6 How to correlate TEM-cell measurements with far field limits ................................................... 6 7 How to carry out pre-compliance radiated emission testing with open TEM cells?.................. 11 8 How to carry out pre-compliance radiated immunity testing with open TEM cells?................. 11 9 What is the usable volume of Tekbox TEM Cells?.................................................................... 11 10 Field distribution in a TEM-cell ............................................................................................. 12 11 History .................................................................................................................................... 13
# Compare the first motif with everything and return P-values head ( compare_motifs (motifs, 1 )) #> Warning in compare_motifs(motifs, 1): Some comparisons failed due to low motif #> IC #> DataFrame with 6 rows and 8 columns #> subject subject.i target target.i score logPval #> #> 1 ORA59 1 ERF11 [duplicated #6.. 1371 0.991211 -13.5452 #> 2 ORA59 1 CRF4 [duplicated #566] 1195 0.990756 -13.5247 #> 3 ORA59 1 LOB 1297 0.987357 -13.3725 #> 4 ORA59 1 ERF15 618 0.977213 -12.9254#> 5 ORA59 1 ERF2 [重复#294] 649 0.973871 -12.7804#> 6 ORA59 1 ERF2 [重复#483] 1033 0.973871 -12.78804#> 1.31042E-06 0.00359318#> 2 1.33754E-06 0.00366754#> 3 1.55744E-06 0.00427049#> 4 2.43548e-06 06 06 06 0.00606667809# 0.00772019
BlueScope endeavours to ensure that the data in this Report is as accurate and up to date as possible to enable readers to understand our performance and compare it to prior periods.本报告反映了我们截至2024年9月的观点。Unless otherwise stated, all data is reported using the equity share approach of the Greenhouse Gas Protocol: Corporate Accounting and Reporting Standard, 30 June year end.在适当的情况下,已经重述了历史数据,以一致且可比的基础提供数据,并提供了解释。The total Greenhouse Gas (GHG) emissions (Scope 1 and 2) for FY2024 and the GHG emissions intensity for steelmaking in FY2024 in this Report have undergone independent limited assurance procedures.有限的保证声明可以在2024财年的可持续性数据补充中找到。