By using a white light source and based on the self correlation effect of a group of moving particles, a method is proposed for measuring the velocity and acceleration of the particles. This velocity can be colour cod...
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By using a white light source and based on the self correlation effect of a group of moving particles, a method is proposed for measuring the velocity and acceleration of the particles. This velocity can be colour coded. A simple theoretical analysis is given and a simulation experiment is presented. The method is simple and economic.
The use of colour in maps from the earliest times to the present day is reviewed, and that experience is applied to the problems of airborne map displays. Studies of the priorities of various kinds of map information ...
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The use of colour in maps from the earliest times to the present day is reviewed, and that experience is applied to the problems of airborne map displays. Studies of the priorities of various kinds of map information have been carried out. A set of principles and guidelines for the best use of colour in airborne map displays is given.
Recent developments in digital display technology have opened a wide range of possibilities for biomedical imaging. The opportunity to use colour is an important feature of video-display systems in clinical practice. ...
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Recent developments in digital display technology have opened a wide range of possibilities for biomedical imaging. The opportunity to use colour is an important feature of video-display systems in clinical practice. colour coding of biomedical data is a complex matter, which, however, may lead in many cases to an enhanced diagnostic interpretation of the images displayed. In the paper procedures for colour mapping are described and illustrated by three practical examples in the fields of scintigraphy, electrocardiography and neurophysiology. The results show an extensive applicability for colour representation of biomedical data, provided the mapping procedures are carefully selected.
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