1.5層スペースフレームは2層の節点と1層の弦材および斜材によって構成される最新構造システムであり,上弦材があれば下弦材が不要,下弦材があれば上弦材が不要である．本研究は,1.5層スペースフレームの実用化を目標とし,力学解析や載荷実験を行い,その形状パラメーター(構成
Customer ServiceMy Postdoc research focuses on two topics: A) Pathways that maintain leukemic stem cells (LSC); B) Leukemic clonal evolution during therapeutic treatments. My ultimate goal is to
Customer ServicePei Shan FAM | Cited by 90 | of Universiti Sains Malaysia, George Town (USM) | Read 15 publications | Contact Pei Shan FAM
Customer ServiceCarbon is the most widely used electrode for the supercapacitors. This work applies the artificial neural network (ANN) technology to predict the capacitance of carbon-based supercapacitors. For training the ANN model, we extracted data from hundreds of
Customer ServiceThe potential engineering applications of SCs are being continually explored. This paper presents a review of SC modeling, state estimation, and industrial applications reported in the literature, with the overarching goal to summarize recent research progress and stimulate innovative thoughts for SC control/management. For SC modeling, the
Customer ServicePei-Zhen Zhang''s 27 research works with 2,210 citations and 5,932 reads, including: Eocene–Miocene tectonic reworking of the southeastern Tibetan Plateau: Geochronological and geochemical
Customer ServiceOne common technique for modeling the dynamic operation of SCs is through an electrical circuit model (ECM). This article presents a new approach to identifying ECM parameters by applying subspace system identification (SSID) algorithms and incorporating coulombic efficiency.
Customer ServiceCarbon is the most widely used electrode for the supercapacitors. This work applies the artificial neural network (ANN) technology to predict the capacitance of carbon
Customer ServicePei Shanshan''s 4 research works with 3 citations and 43 reads, including: An Evaluation System Based on User Big Data Management and Artificial Intelligence for Automatic...
Customer ServiceThis paper describes the creation of an ANN model to interpret how voltage window (V), I D /I G, N/O-dopings (at. %), pore size (nm), and specific surface area (m 2 /g) parameters influence the specific capacitance (F/g). The experimentation has been carried out with several ANN architectures to achieve the best fit between the inputs and output.
Customer ServiceIn this work, we present the design and fabrication process of an ultra-thin capacitor model, the "planar accordion capacitor." This capacitor, which meets the requirements of various fields, was developed at the Plasma and Energy Conversion Laboratory (LAPLACE) of the University Paul Sabatier-France. We used the interesting properties of embedded
Customer ServiceThis paper describes the creation of an ANN model to interpret how voltage window (V), I D /I G, N/O-dopings (at. %), pore size (nm), and specific surface area (m 2 /g)
Customer ServiceGiven the high interest in system modeling and a large number of papers published on this topic, modeling techniques are classified, explained, and compared, addressing their strengths and weaknesses, and the experimental techniques used to measure the modeled properties are described.
Customer ServiceA physics-based fractional-order Maxwell resistive capacitor (FOMRC) model is proposed to characterize nonlinear hysteresis and creep behaviors of a piezoelectric actuator (PEA). The Maxwell resistive capacitor (MRC) model is interpreted physically in the electric domain for PEAs. Based on this interpretation, the MRC model is modified to directly describe
Customer ServiceBased on current research progress, this paper proposes a novel discrete-time state-space model based on characteristics of capacitor and inductor (DSMCCI). In order to further enhance the accuracy and speed of real-time simulation in power system, the DSMCCI optimizes the discretization process of state-space differential equations and
Customer ServiceBased on current research progress, this paper proposes a novel discrete-time state-space model based on characteristics of capacitor and inductor (DSMCCI). In order to further enhance the
Customer ServiceIn this paper, a supercapacitor model suitable for the simulation in automotive applications is identified. The model parameters are estimated and used to simulate the behaviour of a commercial SCs bank in different operating conditions. The model is finally validated considering experimental results.
Customer ServiceGenerally it is well written manuscript which describes a comparison of metrics for three different commercial electrochemical capacitor (supercapacitor) using potentiostatic
Customer ServiceShan JIANG | Cited by 460 | of Xidian University, Xi''an | Read 48 publications | Contact Shan JIANG
Customer ServiceOne common technique for modeling the dynamic operation of SCs is through an electrical circuit model (ECM). This article presents a new approach to identifying ECM
Customer ServicePei-Hsin Liu''s 15 research works with 244 citations and 13,037 reads, including: State-Trajectory Control With Single-Cycle Response for Point-of-Load Converters
Customer ServiceIn this paper, a supercapacitor model suitable for the simulation in automotive applications is identified. The model parameters are estimated and used to simulate the behaviour of a
Customer ServiceGiven the high interest in system modeling and a large number of papers published on this topic, modeling techniques are classified, explained, and compared,
Customer ServiceThe potential engineering applications of SCs are being continually explored. This paper presents a review of SC modeling, state estimation, and industrial applications reported
Customer ServiceJinjun Shan''s 145 research works with 2,301 citations and 10,685 reads, including: Game-theoretic Decision-making for Autonomous Driving Vehicles
Customer ServiceXueling Shan''s 60 research works with 520 citations and 1,553 reads, including: Cobaltous sulfide/S-doped Ti3C2 MXene nanocomposites with coreaction acceleration effect for high-performance
Customer ServiceLiang SHAN | Cited by 484 | of Nanjing University of Science and Technology, Nanjing (NJUST) | Read 67 publications | Contact Liang SHAN
Customer ServiceGenerally it is well written manuscript which describes a comparison of metrics for three different commercial electrochemical capacitor (supercapacitor) using potentiostatic electrochemical impedance spectroscopy (PEIS). Different models are proposed for A, B, C supercapacitors.
Customer ServiceWe compiled a database by looking at over 100 research articles to model the specific capacitance of supercapacitors. The specific capacitance can be influenced by physiochemical characteristics such as specific surface area, pore size, I D /I G ratio, voltage window, nitrogen, and atomic oxygen percentages.
ANN models were developed for the specific capacitance of carbon-based materials. The best architecture was 6-11-11-11-1 with 0.9 MT, 0.5 LR, and 10,000 iterations. A GUI was created based on the synaptic weights of the ANN model. Quantitatively estimated the input variable's impact on specific capacitance.
The model predictions (adj.R 2 = 0.99) and estimation of the isolated effect of independent variables, such as voltage window, cannot be varied independently in practice. The results from the ANN model were consistent with the existing theory and reasonable in estimating the specific capacitance beyond the scope of the experimental data.
Acquiring a comprehensive evaluation method is crucial to estimate the specific capacitance of carbon-based supercapacitors accurately. The ANN models use learning algorithms on specified data to characterize the complicated relationship between dependent and independent variables.
This paper proposes a novel discrete-time state-space model based on characteristics of capacitor and inductor, which aims to improve the speed and accuracy of real-time simulation in power systems. In the proposed method, the characteristic equations of capacitor and inductor are firstly discretized by numerical integration methods.
The relation of capacitance (C) and SSA (A) can be described by C = εε 0 A/d (ε is the electrolyte dielectric constant, ε 0 is the vacuum permittivity, and d the distance between the center of the ion and the carbon surface) , . It is necessary to increase the SSA in order to enhance the capacitance ( Fig. 1 a).
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