114,961 research outputs found
Dataset for Influence of rail fastener stiffness on railway vehicle interior noise
No full textThis dataset supports the publication:
"Influence of rail fastener stiffness on railway vehicle interior noise"
Authors: Li Li, David Thompson, Yingsong Xie, Qian Zhu, Yanyun Luo, Zhenyu Lei
Journal: Applied Acoustics </span
Supplementary Tables for Lei et al. (2023) submitted to Geophysical Research Letters
No full textThis file includes Supplementary Tables S1-S5 for: Lei, K., Wang, H., Wang, Y. L., Zhang, Q., & Li, X.-H. In Situ Zircon Si–O Isotopic Systematics of The Paleoarchean TTGs from Barberton and Their Tectonic Implications. Geophysical Research Letters, submitted in April 202
Short-term Breakdown and Long-term Failure in Nanodielectrics: A Review
Get PDFNanodielectrics, which are concentrated in polymer matrix incorporating nanofillers, have received considerable attention due to their potential benefits as dielectrics. In this paper, short-term breakdown and long-term failure properties of nanodielectrics have been reviewed. The characteristics of polymer matrix, types of nanoparticle and its content, and waveforms of the applied voltage are fully evaluated. In order to effectively comment on the published experimental data, a ratio k has been proposed to compare the electric properties of the nanodielectrics with the matrix and assess the effect for nanoparticles doping. There is evidence that the short-term breakdown properties of nanodielectrics show a strong dependence on the applied voltage waveforms. The polarity and the cohesive energy density (CED) of polymer matrix have a dramatic influence on the properties of nanodielectrics. Nanoparticle doped composites show a positive effect on the long-term failure properties, such as ageing resistance and partial discharge (PD) properties of nanocomposites are superior than microcomposites and the matrix. The larger the dielectric constant and CED of the matrix become, the more significant improvements in long-term performance appear. Based on the reported experimental results, we also present our understandings and propose some suggestions for further work
Fen lei bu zhu Li Taibai shi: er shi wu juan, fen lei bian ci wen [wu juan]. v.2
No full text[v.2-19]. 卷二至二十五. 分類補注李太白詩 -- [v.20-21]. 卷二十六至三十. 分類編次李太白文 / 郭雲鵬編次.[v.2-19]. juan er zhi er shi wu. Fen lei bu zhu Li Taibai shi -- [v.20-21]. juan er shi liu zhi san shi. Fen lei bian ci Li Taibai wen / Guo Yunpeng bian ci.[李白撰 ; 楊齊賢集注 ; 蕭士贇補注 ; 郭雲鵬編刊].綫裝, 2函.框20.3x13.7公分, 8行17字, 小字雙行同. 白口, 左右雙邊, 單白魚尾. 版心中鐫"李集"及卷次, 下鐫葉次. 有批點.鈐有"張士驂", "金驂", "李純", "鏡庵", "紫葩花館孫氏藏書"印.Library's copy: 本館藏缺卷一(v. 1).Xian zhuang, 2 han.Kuang 20.3 x 13.7 gong fen, 8 hang 17 zi, xiao zi shuang hang tong. Bai kou, zuo you shuang bian, dan bai yu wei. Ban xin zhong juan "Li ji" ji juan ci, xia juan ye ci. You pi dian.[Li Bai zhuan ; Yang Qixian ji zhu ; Xiao Shiyun bu zhu ; Guo Yunpeng bian kan].Qian you "Zhang shi can", "Jin can", "Li chun", "Jing an", "Zi pa hua guan sun shi cang shu" yin.Library's copy: ben guan zang que juan yi (v. 1)
Designing New Lithium-Excess Cathode Materials from Percolation Theory: Nanohighways in Li[subscript x]N[subscript 2–4x/3]Sb[subscript x/3O[subscript 2]
No full textIncreasing lithium content is shown to be a successful strategy for designing new cathode materials. In layered Li[subscript x]N[subscript 2–4x/3]Sb[subscript x/3O[subscript 2] (x = 1.00–1.15), lithium excess improves both discharge capacity and capacity retention at 1C. Structural studies reveal a complex nanostructure pattern of Li–Sb and Ni–Sb ordering where the interface between these domains forms the correct local configuration for good lithium mobility. The <1 nm Li–Sb stripe domains and their interfaces thereby effectively act as nanohighways for lithium diffusion.Robert Bosch CorporationUmicor
Dataset for the paper "Climate model bias indicates higher projected future temperature extremes"
No full text<div>
<div>This repository holds data and scripts used to produce the paper entitled:</div>
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<div>"Climate model bias indicates higher projected future temperature extremes"</div>
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<div>by Lei Duan, Lyssa M. Freese, Govindasamy Bala, and Ken Caldeira.</div>
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<div>The paper is currently submitted for peer review.</div>
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<div>Any questions regarding the data and paper could be sent to the corresponding author: Lei Duan ([email protected])</div>
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Oligomerization of the NLR immune receptor RPP7 triggered by the atypical resistance protein RPW8/HR. Li et al
No full textIt contains all the raw data for immunoblots in this paper
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