Browse Titles - 4275 results
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2 Peter In Recent Research: A Bibliography
written by Michael J. Gilmour, fl. 1999, in Journal of the Evangelical Theological Society, Vol. 42, no. 4, December 1999, pp. 673-678 (Lynchburg, VA: Evangelical Theological Society, 1999, originally published 1999), 6 page(s)
Sample
written by Michael J. Gilmour, fl. 1999, in Journal of the Evangelical Theological Society, Vol. 42, no. 4, December 1999, pp. 673-678 (Lynchburg, VA: Evangelical Theological Society, 1999, originally published 1999), 6 page(s)
Field of Study
Religion & Thought
Content Type
Periodical article
Author / Creator
Michael J. Gilmour, fl. 1999
Date Published / Released
1999-12, 1999
Publisher
Evangelical Theological Society
Topic / Theme
Christian, Bible, Interpretation of
Copyright Message
Copyright © 1999 Journal of the Evangelical Theological Society
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10 Steps to Mastering a 1000-Student Online Class
in Journal of International Business Education, Vol. 4, 2009, pp. 209-224 (Edinburgh, Scotland: Neilson Journals Publishing, 2009), 16 page(s)
By Robert Sweo. A 1000-student online course with high student evaluations and strong learning outcomes is possible. Presented are ten steps to success for a 1000-student on-line course including class structure, grading, motivational tactics, operational issues, and assessment needed.
Sample
in Journal of International Business Education, Vol. 4, 2009, pp. 209-224 (Edinburgh, Scotland: Neilson Journals Publishing, 2009), 16 page(s)
Description
By Robert Sweo. A 1000-student online course with high student evaluations and strong learning outcomes is possible. Presented are ten steps to success for a 1000-student on-line course including class structure, grading, motivational tactics, operational issues, and assessment needed.
Field of Study
Travel
Content Type
Periodical article
Date Published / Released
2009
Publisher
Neilson Journals Publishing
Topic / Theme
Colleges, Universities, and Professional Schools
Copyright Message
Copyright © 2009 NeilsonJournals Publishing
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13 states have never exonerated a prisoner based on DNA evidence. Here’s why.
written by Adeshina Emmanuel, fl. 2019 (Chicago, IL: Injustice Watch, 2019),
Source: www.injusticewatch.org
Source: www.injusticewatch.org
Sample
written by Adeshina Emmanuel, fl. 2019 (Chicago, IL: Injustice Watch, 2019),
Source: www.injusticewatch.org
Source: www.injusticewatch.org
Field of Study
Global Issues
Content Type
Periodical article
Author / Creator
Adeshina Emmanuel, fl. 2019
Date Published / Released
2019-12-16, 2019
Publisher
Injustice Watch
Topic / Theme
Exoneration (DNA and other), Criminal investigations, Legal evidence, Forensics (Evidence), Prisoners, Law, History, Prison Policy, Causes of Mass Incarceration, 20th Century in World History (1914--2000), 21st Century in World History (2001– )
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6.5 kV n-Channel 4H-SiC IGBT with Low Switching Loss Achieved by Extremely Thin Drift Layer
(Switzerland: Trans Tech Publications, 2016), 9 page(s)
Thin drift layers were used to realize n-channel 4H-SiC IGBTs with an extremely low switching loss. The thickness of a drift layer was 60 µm, which was designed for a blocking voltage of 6.5 kV. An on-voltage of 5.4 V was obtained at a collector current of 100 A/cm2 and the specific differential on-resistance at...
Sample
(Switzerland: Trans Tech Publications, 2016), 9 page(s)
Description
Thin drift layers were used to realize n-channel 4H-SiC IGBTs with an extremely low switching loss. The thickness of a drift layer was 60 µm, which was designed for a blocking voltage of 6.5 kV. An on-voltage of 5.4 V was obtained at a collector current of 100 A/cm2 and the specific differential on-resistance at 100 A/cm2 was 20 mOcm2 at room temperature, indicating proper bipolar operation. A switching evaluation of the SiC IGBTs was performed...
Thin drift layers were used to realize n-channel 4H-SiC IGBTs with an extremely low switching loss. The thickness of a drift layer was 60 µm, which was designed for a blocking voltage of 6.5 kV. An on-voltage of 5.4 V was obtained at a collector current of 100 A/cm2 and the specific differential on-resistance at 100 A/cm2 was 20 mOcm2 at room temperature, indicating proper bipolar operation. A switching evaluation of the SiC IGBTs was performed with a bus voltage of 3.6 kV and a load current of 10 A, and a turn-off loss of 1.2 mJ was obtained. This turn-off loss is very small compared to the values in the current literatures, and was estimated to be an over 80% reduction. The series operation of thin-drift-layer 6.5 kV SiC IGBTs can ensure a lower switching loss than the single operation of higher blocking voltage devices in power conversion systems.
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Field of Study
Global Issues
Content Type
Periodical article
Date Published / Released
2016-05, 2016
Publisher
Trans Tech Publications
Topic / Theme
Engineering
Copyright Message
Copyright © 2016 Trans Tech Publications Ltd.
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Field of Study
Global Issues
Content Type
Periodical article
Author / Creator
Melissa Fares, fl. 2013
Date Published / Released
2017-02-17, 2017
Publisher
Reuters
Topic / Theme
Internment Camps, Forced resettlement, Internment camps, Imprisonment, Japanese American Internment, 1942-1945, World War II, 1939-1945, Law, History, Politics & Policy, Causes of Mass Incarceration, Conditions of Confinement, Japanese Americans, 20th Century in World History (1914--2000)
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THE 1980 NEW MEXICO PRISON RIOT
written by Mark Colvin, fl. 1982, in Social Problems, Vol. 29 no. 5. June 1982, p. NA (Radford, VA: Radford University, 1982),
Source: www.radford.edu
Source: www.radford.edu
Sample
written by Mark Colvin, fl. 1982, in Social Problems, Vol. 29 no. 5. June 1982, p. NA (Radford, VA: Radford University, 1982),
Source: www.radford.edu
Source: www.radford.edu
Field of Study
Global Issues
Content Type
Periodical article
Author / Creator
Mark Colvin, fl. 1982
Date Published / Released
1982-06, 1982
Publisher
Radford University
Topic / Theme
Riots, Violence, Prisons, Prisoners, Law, History, Conditions of Confinement, 20th Century in World History (1914--2000)
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2D Barcode Identification Technology Application in Tool Management System for Workshop
(Switzerland: Trans Tech Publications, 2016), 9 page(s)
With the development of advanced automation degree industries, the requirements of network management for workshop tool become more and more urgent. A very important part in network management system is identification technology of the tool. In this paper, 2D (two-dimensional) barcode identification technology is...
Sample
(Switzerland: Trans Tech Publications, 2016), 9 page(s)
Description
With the development of advanced automation degree industries, the requirements of network management for workshop tool become more and more urgent. A very important part in network management system is identification technology of the tool. In this paper, 2D (two-dimensional) barcode identification technology is applied in the tool information in real-time query to realize network management. The 2D barcode reading device, which is combined with...
With the development of advanced automation degree industries, the requirements of network management for workshop tool become more and more urgent. A very important part in network management system is identification technology of the tool. In this paper, 2D (two-dimensional) barcode identification technology is applied in the tool information in real-time query to realize network management. The 2D barcode reading device, which is combined with the local computer decoding software, could achieve communication between production line and the server. By using 2D barcode identification technology, it could achieve network management for workshop tool, improve production efficiency and reduce the artificial error.
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Field of Study
Global Issues
Content Type
Periodical article
Date Published / Released
2016-01, 2016
Publisher
Trans Tech Publications
Topic / Theme
Engineering
Copyright Message
Copyright © 2016 Trans Tech Publications Ltd.
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2-D Defect Profile Reconstruction from Ultrasonic Guided Wave Signals Based on Radial Wavelet Basis Function Neural Network with ELM
(Switzerland: Trans Tech Publications, 2016), 14 page(s)
The reconstruction of defect profiles based on ultrasonic guided waves means the acquisition of defect profiles and parameters from ultrasonic guided wave signals. To achieve multi-resolution approximation, this paper proposed a reconstruction approach based on Radial Wavelet Basis Function Neural Network (RWBFNN)...
Sample
(Switzerland: Trans Tech Publications, 2016), 14 page(s)
Description
The reconstruction of defect profiles based on ultrasonic guided waves means the acquisition of defect profiles and parameters from ultrasonic guided wave signals. To achieve multi-resolution approximation, this paper proposed a reconstruction approach based on Radial Wavelet Basis Function Neural Network (RWBFNN), which combines wavelet analysis and neural network. Gaussian radial basis functions and Mexican hat wavelet frames are used as scalin...
The reconstruction of defect profiles based on ultrasonic guided waves means the acquisition of defect profiles and parameters from ultrasonic guided wave signals. To achieve multi-resolution approximation, this paper proposed a reconstruction approach based on Radial Wavelet Basis Function Neural Network (RWBFNN), which combines wavelet analysis and neural network. Gaussian radial basis functions and Mexican hat wavelet frames are used as scaling functions and wavelet functions respectively. The training and testing samples contain simulation data and experimental data. The input data sets are defect echo signals, and the output data sets are 2-D profile parameters. To reduce the training time and simplify the profile reconstruction procedure without losing accuracy, Extreme Learning Machine (ELM) is adopted simultaneously. The results indicate that significant advantages can be obtained over other defect profile reconstruction schemes, and the accuracy of the predicted defect profile can be controlled by the resolution of the network with the lower computational complexity.
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Field of Study
Global Issues
Content Type
Periodical article
Date Published / Released
2016-05, 2016
Publisher
Trans Tech Publications
Topic / Theme
Engineering
Copyright Message
Copyright © 2016 Trans Tech Publications Ltd.
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2D Meso-Scale Finite Element Modeling and Simulation of Polymer-Mineral Composite Material
(Switzerland: Trans Tech Publications, 2016), 9 page(s)
Polymer-mineral composite material is prepared by using modified epoxy resin as binder and mineral particles as aggregates. Its excellent damping characteristic and low thermal expansion make it ideal in manufacturing machine tool beds. However, the properties of this material depend on its formula and structure,...
Sample
(Switzerland: Trans Tech Publications, 2016), 9 page(s)
Description
Polymer-mineral composite material is prepared by using modified epoxy resin as binder and mineral particles as aggregates. Its excellent damping characteristic and low thermal expansion make it ideal in manufacturing machine tool beds. However, the properties of this material depend on its formula and structure, so it is very important to develop an efficient method to numerically model the materials and then to optimize their properties. In thi...
Polymer-mineral composite material is prepared by using modified epoxy resin as binder and mineral particles as aggregates. Its excellent damping characteristic and low thermal expansion make it ideal in manufacturing machine tool beds. However, the properties of this material depend on its formula and structure, so it is very important to develop an efficient method to numerically model the materials and then to optimize their properties. In this paper, 2D meso-scale finite element modeling is presented for numerical analysis of the mechanical properties of polymer-mineral composite material. The material was treated as a 2-phase composite composed of aggregates and binder which was epoxy resin mixed with fillers. Based on grading curve, the weights of aggregates were converted into the corresponding area, the aggregate particles were randomly generated and assembled with binder to produce the model. And then 2D numerical simulations were conducted under different gradations. The results show that: (1) the 2D FE model is very close to the real polymer-mineral composite material in the aspect of density and aggregate shapes and sizes, which validate the fidelity of the generated finite element model and numerical analysis method; (2) by comparing the materials' properties under four different gradations, it can be found that the materials with SAC gradation have the best mechanical property.
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Field of Study
Global Issues
Content Type
Periodical article
Date Published / Released
2016-03, 2016
Publisher
Trans Tech Publications
Topic / Theme
Engineering
Copyright Message
Copyright © 2016 Trans Tech Publications Ltd.
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300TH PERSON EXONERATED BY DNA EVIDENCE IN US
written by Amnesty International (London, England: Amnesty International, 2020),
Source: www.amnestyusa.org
Source: www.amnestyusa.org
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written by Amnesty International (London, England: Amnesty International, 2020),
Source: www.amnestyusa.org
Source: www.amnestyusa.org
Field of Study
Global Issues
Content Type
Periodical article
Author / Creator
Amnesty International
Date Published / Released
2020
Publisher
Amnesty International
Topic / Theme
Exoneration (DNA and other), Forensics (Evidence), Prisoners, History, Sociology, Law, Prison Policy, 21st Century in World History (2001– )
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