Real Time Investigation(实时调查)研究综述
Real Time Investigation 实时调查 - The kinetics of the individual stages is elucidated by real-time investigations. [1] On the other hand, the real-time investigation revealed that, in addition to the LDA and MLE, multilayer perceptron also outperformed the other algorithms and achieved a classification accuracy and completion rate of above 68% and 69%, respectively. [2] A real-time investigation of the wear track is necessary to find out the origins of the wear scar visible at the surface. [3] However, real-time investigations have not been carried out to detect changes in the concentration of NES1. [4] The method, based on associated signal processing techniques, has been developed as a result of real-time investigation in phase thickness fluctuations of viable and non-viable MCF-7 cells, reflecting the presence and absence of their metabolic activity. [5] The online phase uses the discovered knowledge from the offline analysis along with the real-time investigation of the network condition to optimize the protocol parameters. [6] The viability of the control scheme for the PV-battery-based grid-tied system is validated through extensive real-time investigation under dynamic test conditions. [7] We demonstrate a dynamic nano-mechanical strain-engineering of naturally-formed wrinkles in a WSe2 monolayer, with real-time investigation of nano-spectroscopic properties using hyperspectral adaptive tip-enhanced PL (a-TEPL) spectroscopy. [8] This setup combined with synchrotron radiation allows real-time investigation of multi-scale structural development during the manufacturing process, which enables evaluation of flow-induced crystallization features for a range of polymeric materials. [9] The real-time investigation methods developed here could lead to the deep understanding of the structure formation process in the confined volume and be applied in phase-separation study of other polymers as well. [10] In this article experimental setup has been prepared for real-time investigation of the effect of nanosecond electric field on eukaryotic cells. [11] We demonstrate the utility and efficiency of the SDSI method amidst a real-time investigation of a suspected hospital cluster of SARS-CoV-2 cases. [12] Analyzing fall-off data after stages are completed provides a free and real-time investigation method to estimate the fracture geometry and a measure of completion efficiency. [13] Here, a dynamic nano-mechanical strain-engineering of naturally-formed wrinkles in a WSe2 monolayer, with real-time investigation of nano-spectroscopic properties is demonstrated using hyperspectral adaptive tip-enhanced PL (a-TEPL) spectroscopy. [14] Automated online flow cytometry (FCM) is gaining momentum as bioprocess optimization tool, as it allows for spatial and temporal landscaping, real-time investigations of rapid microbial processes, and the assessment of intrinsic cell features. [15] Simple Summary Indocyanine green lymphangiography (ICG-L) allows real-time investigation of lymphatics; however, the applicability in evaluating breast cancer-related lymphedema (BCRL) is sparse and not well established. [16] Here, we performed a real-time investigation into the subcellular localization of the replisome(s) in single cells of B. [17] In contrast to these prevailing trends, this article builds a case for real-time investigation into how artists engage and negotiate ideas about cultural authenticity, identity and perceived audience expectation when generating new transcultural works. [18] Here, we demonstrate a novel method for real-time investigation hepatic uptake of NPs in an isolated perfused liver based on an extremely accurate magnetometric registration technique. [19] Therefore, the herein presented real-time investigation of the light soaking of perovskite films is a versatile and adaptable method providing more details to improve the performance of PSCs. [20] Real-time investigations of the absorption spectra during growth provide further insight into intermolecular coupling effects on optical properties. [21] A real-time investigation of damage evolution in two precast concrete arch elements of a road tunnel was carried out by means of a multi-channel AE acquisition system with in-situ data processing and wireless transmission capabilities. [22] Notably, these results demonstrate that the SERS technique offers an effective and reliable way for real-time investigation of catalytic processes at atomically flat surfaces not normally amenable to study with Raman spectroscopy. [23] An in situ and real-time investigation was performed using an optical cell system and in-silico analysis to reveal the impacts of pressure and temperature on the conformational state and behaviours of Rhizopus chinensis lipase (RCL). [24] The advantages of unique angle distribution patterns, thickness dependence and effective background rejection of AS-SPCE guarantee the success in the real-time investigation for controllable fabrication of fluorescent polymers. [25] This virtual integration engages the students in active learning by involving them in a real-time investigation of democracy in action, bringing classroom concepts to life and emphasizing the institutionalized uncertainty of electoral outcomes. [26] Experimental results indicate that in situ electrochemical nuclear magnetic resonance possesses great advantages for real-time investigation of ethanol oxidation reaction, and Pt/MoS2 is found to exhibit better electrocatalytic performances in terms of higher current density, better stability, and stronger anti-poisoning activity compared to commercial Pt/C and pure Pt catalysts in acid electrolyte, suggesting its potential for application in direct ethanol fuel cells. [27] Here, we present a real-time investigation into subcellular localization of chromosome replication in a single cell of B. [28] Ultrasound imaging is generally employed for real-time investigation of internal anatomy of the human body for disease identification. [29] Time-domain and frequency-domain condition indicators are extracted from measured on-board data like voltage and current within certain time intervals, enabling real-time investigation of battery health degradation. [30] In this study, we develop in situ Auger electron microscopy and spectroscopy techniques for real-time investigations of the various phenomena occurring in ASSBs based on pelletized argyrodite (Li6PS5Cl; LiPS) SSEs. [31]通过实时研究阐明各个阶段的动力学。 [1] 另一方面，实时调查显示，除了 LDA 和 MLE，多层感知器的性能也优于其他算法，分类准确率和完成率分别达到 68% 和 69% 以上。 [2] 有必要对磨损轨迹进行实时调查，以找出表面可见磨痕的起源。 [3] 然而，尚未进行实时调查以检测 NES1 浓度的变化。 [4] 该方法基于相关的信号处理技术，是实时研究活和非活 MCF-7 细胞的相厚度波动的结果，反映了它们代谢活动的存在和不存在。 [5] 在线阶段使用从离线分析中发现的知识以及对网络状况的实时调查来优化协议参数。 [6] 通过在动态测试条件下进行广泛的实时调查，验证了基于光伏电池的并网系统控制方案的可行性。 [7] nan [8] 这种设置与同步辐射相结合，可以在制造过程中实时研究多尺度结构的发展，从而能够评估一系列聚合物材料的流动诱导结晶特征。 [9] 这里开发的实时研究方法可以深入了解受限体积中的结构形成过程，也可以应用于其他聚合物的相分离研究。 [10] 在这篇文章中，实验装置已经准备好实时研究纳秒电场对真核细胞的影响。 [11] 我们在对疑似医院 SARS-CoV-2 病例群的实时调查中展示了 SDSI 方法的实用性和效率。 [12] 在阶段完成后分析脱落数据提供了一种免费和实时的调查方法来估计裂缝几何形状和完成效率的测量。 [13] 在这里，使用高光谱自适应尖端增强 PL (a-TEPL) 光谱展示了 WSe2 单层中自然形成的皱纹的动态纳米机械应变工程，并实时研究纳米光谱特性。 [14] 自动化在线流式细胞仪 (FCM) 作为生物过程优化工具正在获得动力，因为它允许空间和时间景观、快速微生物过程的实时调查以及内在细胞特征的评估。 [15] 简单总结吲哚菁绿淋巴管造影 (ICG-L) 允许实时检查淋巴管；然而，评估乳腺癌相关淋巴水肿 (BCRL) 的适用性很少，而且还没有很好的建立。 [16] nan [17] nan [18] nan [19] nan [20] nan [21] nan [22] nan [23] nan [24] nan [25] nan [26] nan [27] nan [28] nan [29] nan [30] nan [31]