The Experts below are selected from a list of 60 Experts worldwide ranked by ideXlab platform
V. Jenkins - One of the best experts on this subject based on the ideXlab platform.
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The nuclear propulsion of merchant ships: Aspects of engineering, science and Technology
Journal of Marine Engineering & Technology, 2011Co-Authors: John Carlton, R. Smart, V. JenkinsAbstract:This paper first considers the underlying nuclear physics and then explores the potential application of that science to the propulsion of merchant ships. It then examines the options for the exploitation of nuclear Technology and considers some of the engineering implications of deploying the Technology. Consideration is then given to the application of nuclear propulsion to a series of ship types, including tankers, container ships and cruise vessels. In each case two sizes of ship are chosen, one of fairly conventional size and the other much larger.
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The Nuclear Propulsion of Merchant Ships: Aspects of Risk and Regulation
2010Co-Authors: John Carlton, R. Smart, V. JenkinsAbstract:The paper first considers the underlying nuclear physics and then explores the potential application of that science to the propulsion of merchant ships. In achieving that aim the paper examines the options for the exploitation of nuclear Technology and considers some of the engineering implications of deploying the Technology. Consideration is then given to the application of nuclear propulsion to a series of ship types including tankers, container ships and cruise vessels. In each case two sizes of ship are chosen, one of fairly conventional size and the other much larger.
John Carlton - One of the best experts on this subject based on the ideXlab platform.
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The nuclear propulsion of merchant ships: Aspects of engineering, science and Technology
Journal of Marine Engineering & Technology, 2011Co-Authors: John Carlton, R. Smart, V. JenkinsAbstract:This paper first considers the underlying nuclear physics and then explores the potential application of that science to the propulsion of merchant ships. It then examines the options for the exploitation of nuclear Technology and considers some of the engineering implications of deploying the Technology. Consideration is then given to the application of nuclear propulsion to a series of ship types, including tankers, container ships and cruise vessels. In each case two sizes of ship are chosen, one of fairly conventional size and the other much larger.
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The Nuclear Propulsion of Merchant Ships: Aspects of Risk and Regulation
2010Co-Authors: John Carlton, R. Smart, V. JenkinsAbstract:The paper first considers the underlying nuclear physics and then explores the potential application of that science to the propulsion of merchant ships. In achieving that aim the paper examines the options for the exploitation of nuclear Technology and considers some of the engineering implications of deploying the Technology. Consideration is then given to the application of nuclear propulsion to a series of ship types including tankers, container ships and cruise vessels. In each case two sizes of ship are chosen, one of fairly conventional size and the other much larger.
Brian W. Wojcik - One of the best experts on this subject based on the ideXlab platform.
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Creating a Technology Toolkit for Students with Mental Retardation: A Systematic Approach.
Journal of Special Education Technology, 2004Co-Authors: Phil Parette, Brian W. WojcikAbstract:Assistive Technology Consideration and implementation is often limited by the Technology experience and knowledge of the education professionals involved in the process. The creation of a toolkit c...
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Four Models of Assistive Technology Consideration: How Do They Compare to Recommended Educational Assessment Practices?:
Journal of Special Education Technology, 2003Co-Authors: Emily H. Watts, Mary O'brian, Brian W. WojcikAbstract:Although models have been proposed to guide the important work of school teams as they implement the assistive Technology Consideration process, little understanding exists as to how these models r...
R. Smart - One of the best experts on this subject based on the ideXlab platform.
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The nuclear propulsion of merchant ships: Aspects of engineering, science and Technology
Journal of Marine Engineering & Technology, 2011Co-Authors: John Carlton, R. Smart, V. JenkinsAbstract:This paper first considers the underlying nuclear physics and then explores the potential application of that science to the propulsion of merchant ships. It then examines the options for the exploitation of nuclear Technology and considers some of the engineering implications of deploying the Technology. Consideration is then given to the application of nuclear propulsion to a series of ship types, including tankers, container ships and cruise vessels. In each case two sizes of ship are chosen, one of fairly conventional size and the other much larger.
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The Nuclear Propulsion of Merchant Ships: Aspects of Risk and Regulation
2010Co-Authors: John Carlton, R. Smart, V. JenkinsAbstract:The paper first considers the underlying nuclear physics and then explores the potential application of that science to the propulsion of merchant ships. In achieving that aim the paper examines the options for the exploitation of nuclear Technology and considers some of the engineering implications of deploying the Technology. Consideration is then given to the application of nuclear propulsion to a series of ship types including tankers, container ships and cruise vessels. In each case two sizes of ship are chosen, one of fairly conventional size and the other much larger.
M. Siegrist - One of the best experts on this subject based on the ideXlab platform.
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Consumer attitudes to food innovation and Technology; ; Woodhead publishing in food science, Technology and nutrition; Understanding consumers of food products
2007Co-Authors: M. SiegristAbstract:Attitudes toward food Technology and food innovations may play an important role in the acceptance of novel foods. The present chapter reviews the research that has examined the influence of attitudes on the acceptance of food innovations and Technology. Consideration of this knowledge at an early stage of product development may help reduce the failure rate of new food products.
