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Neat Design for the Structure of Electrode To Optimize the Lithium-Ion Battery Performance
ACS Applied Materials & Interfaces, 2018The appearance of mechanical cracks originated from anisotropic expansion and shrinkage of electrode particles during Li+ de/intercalation is a major cause of the capacity fading in Li-ion batteries. Well-designed and controlled nanostructures of electrodes have shown a prominent prospect for solving this obstacle.
Yongjie Zhao +7 more
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ChemPlusChem, 2022
AbstractThis work reports the design and synthesis of a series of 5‐membered and 6‐membered N‐hydroxyimides flanked by lipophilic alkyl groups adjacent to carbonyl groups, aiming to endow lipophilicity and tolerance toward ring opening degradation. Their solubility in cyclohexane was 5–20 times higher than those of unsubstituted N‐hydroxyphthalimide ...
Takaya Kaneiwa +3 more
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AbstractThis work reports the design and synthesis of a series of 5‐membered and 6‐membered N‐hydroxyimides flanked by lipophilic alkyl groups adjacent to carbonyl groups, aiming to endow lipophilicity and tolerance toward ring opening degradation. Their solubility in cyclohexane was 5–20 times higher than those of unsubstituted N‐hydroxyphthalimide ...
Takaya Kaneiwa +3 more
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Complex-Panel Weld Shrinkage Data Model for Neat Construction Ship Design Engineering
Day 2 Thu, October 25, 2012, 2012Weld shrinkage data models were developed for thin uniform and complex ship-panels to predict in-plane shrinkage. The complex features in the thin panels include cutouts, inserts, multiple thicknesses, and non-rectangular shaped panels. By analyzing the measured data, it was found that there was no clear indication that a cutout affected the overall ...
Yu-Ping Yang +7 more
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Uniform-Panel Weld Shrinkage Data Model for Neat Construction Ship Design Engineering
Journal of Ship Production and Design, 2013A weld shrinkage prediction model was developed for thin uniform ship panels to predict in-plane shrinkage. The weld shrinkage prediction model consists of a series of empirical equations developed by analysis of shrinkage data from welded panels fabricated in the shipyards.
Yu-Ping Yang +4 more
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Measurement: Interdisciplinary Research & Perspective, 2009
This paper analyzes five linear equating models for the nonequivalent groups with anchor test (NEAT) design with internal anchors (i.e., the anchor test is part of the full test). The analysis employs a two-dimensional framework. The first dimension contrasts two general approaches to developing the equating relationship. Under a parameter substitution
Michael T. Kane +3 more
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This paper analyzes five linear equating models for the nonequivalent groups with anchor test (NEAT) design with internal anchors (i.e., the anchor test is part of the full test). The analysis employs a two-dimensional framework. The first dimension contrasts two general approaches to developing the equating relationship. Under a parameter substitution
Michael T. Kane +3 more
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Structural behaviour and design of grouted connections cast with neat seawater mixed OPC
2022Zugleich: Dissertation, Universität Kassel ...
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Journal of Educational Measurement, 2012
In the nonequivalent groups with anchor test (NEAT) design, the standard error of linear observed‐score equating is commonly estimated by an estimator derived assuming multivariate normality. However, real data are seldom normally distributed, causing this normal estimator to be inconsistent.
Jiyun Zu, Ke‐Hai Yuan
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In the nonequivalent groups with anchor test (NEAT) design, the standard error of linear observed‐score equating is commonly estimated by an estimator derived assuming multivariate normality. However, real data are seldom normally distributed, causing this normal estimator to be inconsistent.
Jiyun Zu, Ke‐Hai Yuan
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Journal of Educational Measurement, 2008
Two important types of observed score equating (OSE) methods for the non‐equivalent groups with Anchor Test (NEAT) design are chain equating (CE) and post‐stratification equating (PSE). CE and PSE reflect two distinctly different ways of using the information provided by the anchor test for computing OSE functions. Both types of methods include linear
Paul W. Holland +3 more
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Two important types of observed score equating (OSE) methods for the non‐equivalent groups with Anchor Test (NEAT) design are chain equating (CE) and post‐stratification equating (PSE). CE and PSE reflect two distinctly different ways of using the information provided by the anchor test for computing OSE functions. Both types of methods include linear
Paul W. Holland +3 more
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Educational and Psychological Measurement, 2014
The authors explored the effects of drifting common items on vertical scaling within the higher order framework of item parameter drift (IPD). The results showed that if IPD occurred between a pair of test levels, the scaling performance started to deviate from the ideal state, as indicated by bias of scaling.
Meng Ye, Tao Xin
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The authors explored the effects of drifting common items on vertical scaling within the higher order framework of item parameter drift (IPD). The results showed that if IPD occurred between a pair of test levels, the scaling performance started to deviate from the ideal state, as indicated by bias of scaling.
Meng Ye, Tao Xin
openaire +1 more source