Pieee - Revision history

Dabbott: /* Author submission instructions */

2011-02-19T23:16:52Z

Author submission instructions

← Older revision		Revision as of 08:46, 20 February 2011
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	* Please consult past issues of Proc. IEEE to get a feel for the format and style		* Please consult past issues of Proc. IEEE to get a feel for the format and style
	* You are permitted to tweak your abstract, title, and add to the author sequence as you wish		* You are permitted to tweak your abstract, title, and add to the author sequence as you wish
	* Authors are ~~remind~~ that the most popular and useful Proc. IEEE papers are applications driven		* Authors are reminded that the most popular and useful Proc. IEEE papers are applications driven
	* Authors must make all papers as accessible as possible to the '''general''' electrical engineering readership of this journal		* Authors must make all papers as accessible as possible to the '''general''' electrical engineering readership of this journal

Dabbott: /* Author submission instructions */

2010-08-12T22:12:30Z

Author submission instructions

← Older revision		Revision as of 07:42, 13 August 2010
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	* Submission deadline '''February 1st, 2011'''		* Submission deadline '''February 1st, 2011'''
	* You can submit well before that date if you are ready early		* You can submit well before that date if you are ready early
	* Submit online at: ~~http://mc.manuscriptcentral.com/pieeeSite (~~http://mc.manuscriptcentral.com/pieee)		* Submit online at: http://mc.manuscriptcentral.com/pieee
	* You create your own account at the above website. Once you receive your log in ID and password, you can go to the Author Center and follow step-by-step instructions to submit new manuscripts. During the submission, you will be asked to choose from a list of special issues; you should choose the one on massive energy storage.		* You create your own account at the above website. Once you receive your log in ID and password, you can go to the Author Center and follow step-by-step instructions to submit new manuscripts. During the submission, you will be asked to choose from a list of special issues; you should choose the one on massive energy storage.
	* In the online submission form in the "cover letter" section, highlight the name of the Special Issue		* In the online submission form in the "cover letter" section, highlight the name of the Special Issue

Dabbott: /* Author submission instructions */

2010-08-12T22:11:58Z

Author submission instructions

← Older revision		Revision as of 07:41, 13 August 2010
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	* You can submit well before that date if you are ready early		* You can submit well before that date if you are ready early
	* Submit online at: http://mc.manuscriptcentral.com/pieeeSite (http://mc.manuscriptcentral.com/pieee)		* Submit online at: http://mc.manuscriptcentral.com/pieeeSite (http://mc.manuscriptcentral.com/pieee)
	* You ~~should begin their submissions by creating their~~ own ~~accounts~~ at the above website. Once you receive your log in ~~IDs~~ and ~~passwords~~, you can go to the Author Center and follow step-by-step instructions to submit new manuscripts. During the submission, you will be asked to choose from a list of special issues; you should choose the one on massive energy storage.		* You create your own account at the above website. Once you receive your log in ID and password, you can go to the Author Center and follow step-by-step instructions to submit new manuscripts. During the submission, you will be asked to choose from a list of special issues; you should choose the one on massive energy storage.
	* In the online submission form in the "cover letter" section, highlight the name of the Special Issue		* In the online submission form in the "cover letter" section, highlight the name of the Special Issue
	* The style template is at: http://www.ieee.org/publications_standards/publications/authors_journals.html		* The style template is at: http://www.ieee.org/publications_standards/publications/authors_journals.html

Dabbott: /* Author submission instructions */

2010-08-12T22:11:08Z

Author submission instructions

← Older revision		Revision as of 07:41, 13 August 2010
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	* Submission deadline '''February 1st, 2011'''		* Submission deadline '''February 1st, 2011'''
	* You can submit well before that date if you are ready early		* You can submit well before that date if you are ready early
	* Submit online at: http://mc.manuscriptcentral.com/pieee		* Submit online at: http://mc.manuscriptcentral.com/pieeeSite (http://mc.manuscriptcentral.com/pieee)
			* You should begin their submissions by creating their own accounts at the above website. Once you receive your log in IDs and passwords, you can go to the Author Center and follow step-by-step instructions to submit new manuscripts. During the submission, you will be asked to choose from a list of special issues; you should choose the one on massive energy storage.
	* In the online submission form in the "cover letter" section, highlight the name of the Special Issue		* In the online submission form in the "cover letter" section, highlight the name of the Special Issue
	* The style template is at: http://www.ieee.org/publications_standards/publications/authors_journals.html		* The style template is at: http://www.ieee.org/publications_standards/publications/authors_journals.html

Dabbott: /* Energy storage and supply from sustainable organic fuel made with CO2 and water in a solar powered process */

2010-08-04T23:22:23Z

Energy storage and supply from sustainable organic fuel made with CO2 and water in a solar powered process

← Older revision		Revision as of 08:52, 5 August 2010
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	====Energy storage and supply from sustainable organic fuel made with CO<sub>2</sub> and water in a solar powered process====		====Energy storage and supply from sustainable organic fuel made with CO<sub>2</sub> and water in a solar powered process====
	*'''Authors:''' R. Pearson (Lotus Engineering, UK), P. Edwards (University of Oxford, UK), M. D. ~~Elsaman~~ (PARC, USA), K. A. Littau (PARC, USA), Leon di Marco (FSK Tech., UK)		*'''Authors:''' R. Pearson (Lotus Engineering, UK), P. Edwards (University of Oxford, UK), M. D. Eisaman (PARC, USA), Karl A. Littau (PARC, USA), Leon di Marco (FSK Tech., UK)
	*'''Contact email:''' leon.dimarco@btinternet.com		*'''Contact email:''' leon.dimarco@btinternet.com
	*'''Scope:''' Massive long-term energy storage using CSP generated sustainable organic fuels, which can be used for conventionally powered transportation, as part of a large-scale atmospheric CO<sub>2</sub> reduction strategy.		*'''Scope:''' Massive long-term energy storage using CSP generated sustainable organic fuels, which can be used for conventionally powered transportation, as part of a large-scale atmospheric CO<sub>2</sub> reduction strategy.

Dabbott: /* State of the art in ultra high voltage transmission lines */

2010-07-27T04:53:54Z

State of the art in ultra high voltage transmission lines

← Older revision		Revision as of 14:23, 27 July 2010
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	====State of the art in ultra high voltage transmission lines ====		====State of the art in ultra high voltage transmission lines ====
	*'''Authors:''' Thomas J. Hammons (University of Glasgow, UK), Victor Lescale (ABB AB, Sweden), Olof H Heyman (ABB AB, Sweden), Karl Uecker (Siemens AG, Germany), Marcus Haeusler (Siemens AG, Germany), Dietmar Retzmann (Siemens AG, Germany), Konstantin Staschus (ENTSO-E, Belgium), and Sébastien Lepy (ENTSO-E, Belgium).		*'''Authors:''' Thomas J. Hammons (University of Glasgow, UK), Victor Lescale (ABB AB, Sweden), Olof H. Heyman (ABB AB, Sweden), Karl Uecker (Siemens AG, Germany), Marcus Haeusler (Siemens AG, Germany), Dietmar Retzmann (Siemens AG, Germany), Konstantin Staschus (ENTSO-E, Belgium), and Sébastien Lepy (ENTSO-E, Belgium).
	*'''Contact email:''' T.Hammons@btinternet.com		*'''Contact email:''' T.Hammons@btinternet.com
	*'''Scope:''' This paper will address the following regarding UHVDC transmission: (i) Why higher voltages? (ii) Converter configurations, (iii) Insulation coordination, (iv) Internal insulation, (v) External insulation. The paper will also discuss UHVDC in relation to renewables.		*'''Scope:''' This paper will address the following regarding UHVDC transmission: (i) Why higher voltages? (ii) Converter configurations, (iii) Insulation coordination, (iv) Internal insulation, (v) External insulation. The paper will also discuss UHVDC in relation to renewables.

Dabbott: /* Energy storage—from characteristics to impact. A US roadmap */

2010-07-27T04:52:51Z

Energy storage—from characteristics to impact. A US roadmap

← Older revision		Revision as of 14:22, 27 July 2010
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	===Energy policy===		===Energy policy===

	====Energy storage—from characteristics to impact~~. A US roadmap~~====		====Energy storage—from characteristics to impact====
	*'''Authors:''' Avi M. Gopstein (U.S. Department of Energy, USA)		*'''Authors:''' Avi M. Gopstein (U.S. Department of Energy, USA)
	*'''Contact email:''' Avi.Gopstein@science.doe.gov		*'''Contact email:''' Avi.Gopstein@science.doe.gov
	*'''Scope:''' This paper will discuss energy storage at a high level and from the perspective of the physical fundamentals that govern technological performance characteristics of the grid. It will describe the likely menus of solutions available for such issues as massive storage for load-shifting, storage to provide bridging power, storage to assure grid stability, storage to promote power quality, and storage to make electricity more economic. Innovative storage technology will pave the way for longer-term integration of new energy technologies of all kinds, including (but not limited to) hydrogen fusion and the many forms of renewable generation.		*'''Scope:''' This paper will discuss energy storage at a high level and from the perspective of the physical fundamentals that govern technological performance characteristics of the grid. It will describe the likely menus of solutions available for such issues as massive storage for load-shifting, storage to provide bridging power, storage to assure grid stability, storage to promote power quality, and storage to make electricity more economic. Innovative storage technology will pave the way for longer-term integration of new energy technologies of all kinds, including (but not limited to) hydrogen fusion and the many forms of renewable generation.

	====Generation portfolio planning for systems with large penetrations of intermittent renewables====		====Generation portfolio planning for systems with large penetrations of intermittent renewables====
	*'''Authors''': Elaine K. Hart (Stanford University, USA), Mark Z. Jacobson (Stanford University, USA)		*'''Authors''': Elaine K. Hart (Stanford University, USA), Mark Z. Jacobson (Stanford University, USA)

Dabbott: /* Invited authors and paper outlines */

2010-07-22T23:04:01Z

Invited authors and paper outlines

← Older revision		Revision as of 08:34, 23 July 2010
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	==Invited authors and paper outlines==		==Invited authors and paper outlines==

	Although the number of contributors and papers is likely to slightly ~~increase or be modified~~, the following list includes the majority of the contributions in the proposed Special Issue.		Although the number of contributors and papers is likely to change slightly, the following list includes the majority of the contributions in the proposed Special Issue.

	===Preface article===		===Preface article===

Dabbott: /* Author submission instructions */

2010-07-22T23:02:55Z

Author submission instructions

← Older revision		Revision as of 08:32, 23 July 2010
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	* Submit in IEEE double-column style, with single line spacing (not single column double spacing)		* Submit in IEEE double-column style, with single line spacing (not single column double spacing)
	* Please make every effort to make extensive use of '''color''' figures. The journal is published entirely in color. Please make use of this opportunity to make an attractive paper.		* Please make every effort to make extensive use of '''color''' figures. The journal is published entirely in color. Please make use of this opportunity to make an attractive paper.
	* We are aiming for an '''average''~~' page~~ length of 10, so try to keep your page length at 12 pages or under. If you do need more there is some flexibility, but check with the Guest Editors first.		* We are aiming for an ''average'' length of 10 journal pages, so try to keep your page length at 12 pages or under. If you do need more there is some flexibility, but check with the Guest Editors first.
	* When you submit, include the names and emails of five or more suggested reviewers		* When you submit, include the names and emails of five or more suggested reviewers
	* Please note that Proc. IEEE is a very conservative journal and so submitted papers should have that tone with no unsupported claims		* Please note that Proc. IEEE is a very conservative journal and so submitted papers should have that tone with no unsupported claims. Claims should be supported by appropriate references.
	* Extensive reference lists at the end of papers are expected		* Extensive reference lists at the end of papers are expected
	* You '''must''' submit your paper with a photo + bio of each co-author at the end of the paper in IEEE format		* You '''must''' submit your paper with a photo + bio of each co-author at the end of the paper in IEEE format

Dabbott: /* Guest Editorial Biographies */

2010-07-22T22:58:47Z

Guest Editorial Biographies

← Older revision		Revision as of 08:28, 23 July 2010
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	==Guest Editorial Biographies==		==Guest Editorial Biographies==
	'''William F. Pickard (SM’66–F’89)''' received the Ph.D. degree in applied physics in 1962 from Harvard University, Cambridge, MA. After Postdoctoral experience at Harvard and at the Massachusetts Institute of Technology (MIT), Cambridge, he joined Washington University, Saint Louis, MO, where he is now a Senior Professor of Electrical Engineering. He is the author of more than 140 refereed publications grouped into five fields: (i) High Voltage Engineering, where he specialized in electrohydrodynamic motion of dielectric liquids; (ii) Electrobiology, where he pioneered the use the lanthanum as a calcium channel blocker; (iii) Biological Transport, where he pioneered in the study of stress-induced phloem blockade and also wrote well received reviews first on xylem transport and later on laticifers and secretory ducts; (iv) Bioeffects of Electromagnetic Energy, where he was the first to ~~observed~~ the rectification of radio waves by cell membranes and where he also designed many novel microwave applicators; and (v) Sustainability and Energy, where he has ~~focussed~~ on mineral sustainability and upon massive energy storage to resolve the intermittency challenge.		'''William F. Pickard (SM’66–F’89)''' received the Ph.D. degree in applied physics in 1962 from Harvard University, Cambridge, MA. After Postdoctoral experience at Harvard and at the Massachusetts Institute of Technology (MIT), Cambridge, he joined Washington University, Saint Louis, MO, where he is now a Senior Professor of Electrical Engineering. He is the author of more than 140 refereed publications grouped into five fields: (i) High Voltage Engineering, where he specialized in electrohydrodynamic motion of dielectric liquids; (ii) Electrobiology, where he pioneered the use the lanthanum as a calcium channel blocker; (iii) Biological Transport, where he pioneered in the study of stress-induced phloem blockade and also wrote well received reviews first on xylem transport and later on laticifers and secretory ducts; (iv) Bioeffects of Electromagnetic Energy, where he was the first to observe the rectification of radio waves by cell membranes and where he also designed many novel microwave applicators; and (v) Sustainability and Energy, where he has focused on mineral sustainability and upon massive energy storage to resolve the intermittency challenge.

	'''Leon di Marco''' received the B.Sc. degree (Hons) in physics and electronics from Manchester University, UK, in 1972 and studied for a Ph.D. degree in solid-state physics at the University of Reading until 1976. He then joined the GEC Hirst Research Centre, London, U.K., and researched semiconductor processes, obtaining a patent on the novel VIPMOS structure. In 1979, he joined Multitone Electronics in London and, with Plessey Semiconductors, designed the first direct conversion radiopager having on-chip active filters. Between 1982 and 1995 he started two communication companies, and acted as a communications consultant to several international companies. He is now a renewable energy consultant specializing in large-scale solar power and has advised the UK government on smart meters and the prospects for EU wide renewable energy. He was the lead organizer for a conference on the EU Mediterranean Solar Plan held in London in 2009 and is also a lead organizer for a two day Royal Society discussion meeting on Solar Power to be held in 2011.		'''Leon di Marco''' received the B.Sc. degree (Hons) in physics and electronics from Manchester University, UK, in 1972 and studied for a Ph.D. degree in solid-state physics at the University of Reading until 1976. He then joined the GEC Hirst Research Centre, London, U.K., and researched semiconductor processes, obtaining a patent on the novel VIPMOS structure. In 1979, he joined Multitone Electronics in London and, with Plessey Semiconductors, designed the first direct conversion radiopager having on-chip active filters. Between 1982 and 1995 he started two communication companies, and acted as a communications consultant to several international companies. He is now a renewable energy consultant specializing in large-scale solar power and has advised the UK government on smart meters and the prospects for EU wide renewable energy. He was the lead organizer for a conference on the EU Mediterranean Solar Plan held in London in 2009 and is also a lead organizer for a two day Royal Society discussion meeting on Solar Power to be held in 2011.

	'''Derek Abbott (M’85-SM’99-F’05)''' was born on May 3, 1960, in South Kensington, London, U.K. He received the B.Sc. degree (Hons) in physics from Loughborough University of Technology, U.K., in 1982 and the Ph.D. degree in electrical and electronic engineering from the University of Adelaide, Australia, in 1995, under Kamran Eshraghian and Bruce R. Davis. From 1978 to 1986, he worked at the GEC Hirst Research Centre, London, U.K., in the areas of semiconductors and optoelectronics. On migration to Australia, he worked for Austek Microsystems, Technology Park, South Australia, in 1986. Since 1987, he has been with the University of Adelaide, where he is currently a full Professor in the School of Electrical and Electronic Engineering. He holds over 350 publications/patents and has been an invited speaker at over 80 institutions, including Princeton, NJ; MIT, MA; Santa Fe Institute, NM; Los Alamos National Laboratories, NM; Cambridge, U.K.; and EPFL, Lausanne, Switzerland. He coauthored the book ''Stochastic Resonance'', published by Cambridge University Press, and co-edited the book ''Quantum Aspects of Life'', published by Imperial College Press. His interests are in the area of complex systems and multidisciplinary applications of physics and engineering. In terms of energy policy, his interest lies in a complex systems approach to analyzing global energy issues, with a particular emphasis on sustainability of the required resources. Prof. Abbott is a Fellow of the Institute of Physics (IOP), with honorary life membership. He won the GEC Bursary (1977), the Stephen Cole the Elder Prize (1998), SPIE Scholarship Award for Optical Engineering and Science (2003), the South Australian Tall Poppy Award for Science (2004) and the Premier’s SA Great Award in Science and Technology for outstanding contributions to South Australia (2004). He has served as an editor and/or guest editor for a number of journals including ''IEEE Journal of Solid-State Circuits'', ''Chaos'' (AIP), ''Smart Structures and Materials'' (IOP), J''~~ournal~~ of Optics B'' (IOP), ''Microelectronics Journal'' (Elsevier), ''Fluctuation Noise Letters'' (World Scientific), and is currently on the Editorial Boards of ''Proceedings of IEEE'' and ''IEEE Photonics''. He has appeared on national and international television and radio and has also received scientific reportage in ''New Scientist, The Sciences, Scientific American, Nature, The New York Times'', and ''Sciences et Avenir''.		'''Derek Abbott (M’85-SM’99-F’05)''' was born on May 3, 1960, in South Kensington, London, U.K. He received the B.Sc. degree (Hons) in physics from Loughborough University of Technology, U.K., in 1982 and the Ph.D. degree in electrical and electronic engineering from the University of Adelaide, Australia, in 1995, under Kamran Eshraghian and Bruce R. Davis. From 1978 to 1986, he worked at the GEC Hirst Research Centre, London, U.K., in the areas of semiconductors and optoelectronics. On migration to Australia, he worked for Austek Microsystems, Technology Park, South Australia, in 1986. Since 1987, he has been with the University of Adelaide, where he is currently a full Professor in the School of Electrical and Electronic Engineering. He holds over 350 publications/patents and has been an invited speaker at over 80 institutions, including Princeton, NJ; MIT, MA; Santa Fe Institute, NM; Los Alamos National Laboratories, NM; Cambridge, U.K.; and EPFL, Lausanne, Switzerland. He coauthored the book ''Stochastic Resonance'', published by Cambridge University Press, and co-edited the book ''Quantum Aspects of Life'', published by Imperial College Press. His interests are in the area of complex systems and multidisciplinary applications of physics and engineering. In terms of energy policy, his interest lies in a complex systems approach to analyzing global energy issues, with a particular emphasis on sustainability of the required resources. Prof. Abbott is a Fellow of the Institute of Physics (IOP), with honorary life membership. He won the GEC Bursary (1977), the Stephen Cole the Elder Prize (1998), SPIE Scholarship Award for Optical Engineering and Science (2003), the South Australian Tall Poppy Award for Science (2004) and the Premier’s SA Great Award in Science and Technology for outstanding contributions to South Australia (2004). He has served as an editor and/or guest editor for a number of journals including ''IEEE Journal of Solid-State Circuits'', ''Chaos'' (AIP), ''Smart Structures and Materials'' (IOP), ''Journal of Optics B'' (IOP), ''Microelectronics Journal'' (Elsevier), ''Fluctuation Noise Letters'' (World Scientific), and is currently on the Editorial Boards of ''Proceedings of IEEE'' and ''IEEE Photonics''. He has appeared on national and international television and radio and has also received scientific reportage in ''New Scientist, The Sciences, Scientific American, Nature, The New York Times'', and ''Sciences et Avenir''.

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