These examples may contain rude words based on your search. These examples may contain colloquial words based on your search. See examples translated by difference between examples with alignment. See examples translated by distinction between 7 examples with alignment.
See examples translated by gap between 5 examples with alignment. See examples containing the difference 23 examples with alignment. But the difference between single and married is the form of government. The difference between venture capital and museum work is the hotel. The gap between what we assume people do and what they actually do is enormous.
I guess the difference between you and me is I remember this time. That right there - that's the difference between you and me. The difference between the tragic and tragedy is inevitability. Using and reading scholarly literature. Scholarly journal pricing. Chapter 3 ed. Mackie-Mason, J. Cambridge MIT Pres. Patterns of journal use by faculty at three diverse universities. D-Lib Magazine, 9 After migration to an elektronic journal collection-impact on faculty and doctoral students.
D-Lib Magazine, 8 Kling R. Kling, R. Digital Libraries and the Practices of Scholarly Communication. Scholarly communication and the continuum of sholarly publishing. Journal of the American Society for Information Science, 50 10 : Not just a matter of time: field differences and the shaping of electronic media in supporting scientific communication.
Journal of the American Society for Information Science, 51, Kyrillidou, M. Lancaster, F. Lenares, D. Faculty use of electronic journals at research institutions. Lougee, W. Scholarly journals in the late 20th century. Lustria, M. The sparc initiative: a survey of participants and features analysis of their journals. The Journal of Academic Librarianship, 31 3 : Mahe, A.
Beyond usage: understanding the use of electronic journals on the basis of information activity analysis. Information Research, 9 4. How French research scientists are making use of electronic journals: a case study conducted at Pierre et Marie Curie University and Denis Diderot University.
Journal of Information Science, 26 15 , Machovec, G. Electronic journal market overview. McKnight, C. McKnight C. A survey of author attitudes and skills in relation to article publishing in paper and electronicjournals. Journal of Documentation, 55 5 , Meadows, J. Can we really see where electronic journals are going?. Library Management, 18 3 : Merriman, J.
The work of subscription agents. ISA Issues, s. Meyer, R. Monoploy powers and electronic journals. Library Quarterly 67 4 : Mogge, D. Monopoli, M. Murphy, A. National Science Foundation. Arlington, VA. Okerson, A. The Electronic Journal: what, whence, and when?
Odlyzko, A. The slow evolution of electronic Publishing. Meadows and F. Rowland, eds. Competition and cooperation: Libraries and publishers in the transition to electronic scholarly journals. Journal of Electronic Publishing, 4 4. Olsen, J. Electronic journals: implications for scholars.
Learned Publishing, 7 3 , Osburn, C. The place of the journal in the scholarly communications system. Library Resources and Technical Services, 28, The use and the attitude of scientists from the Rudjer Boskovic Institute about electronic journals - a user study.
Vjesnik bibliotekara Hrvatske, 45, Pedersen, S. What do readers think? A look at how scientific journal users see the electronic environment. Journal of Scholarly Publishing, 31 1 , Pullinger, D. Academics and the new information environment: the impact of local factors on use of electronic journals. Journal of Information Science, 25 2 , — Electronic Journals and User Behavior. Cambridge, UK: Deedot Pres. Rao, M. Scholarly communication and electronic journals: issues and prospect for the academic and research libraries.
Library Review, 50 4 : Rogers, S. Electronic journal usage at Ohio State University. Rowland, F. Print journals: fit for the future?
Adriadne 7. Project elvyn: an experiment in electronic journal delivery. Facts, figures and findings. London: Bowker-Saur. Rowlands, I. Scholarly communication in the digital environment: what do authors want? Journal of Documentation, 61 4 : Rowley, J. The question of electronic journals. Library Hi Tech, 18 1 , Rusch-Feja, D. Evaluation of usage and acceptance of electronic journals: results of an electronic survey of Max Planck Society researchers, including usage statistics from Elsevier, Springer and Academic Press.
Salman, P. Salibury, L. Usability of e-journals and preference for the virtual periodicals room: a survey of mathematics faculty and gratuate student. For this we need to use a lux meter. When we measure the amount of lumens, we use a highly specialized light sphere from Everfine. We have one at our factory and one at our head office to ensure that each batch is perfect and delivers what we promise.
Most flashlights and headlamps quickly drop in lumens and promise a higher lumens output than they can achieve. To prevent this in our products, we perform light tests on all of our products to ensure that the lumens value is correct. In order to get a constant light output, we use a Constant Current Output technology in some of our products in order to get the highest possible light output for the entire life of the battery. Lux is used to measure the amount of light output in a given area.
One lux is equal to one lumen per square meter. We use lux because it is an efficient measurement for determining what we see as the brightness of a beam. If the light output is focused on a small area, we see this as very bright light. If the light output is spread in a wide beam over a greater area, we experience this as a weaker light. This is why we use reflectors machined out of massive aluminum, and high quality optics to control the path of light, creating the desired beam pattern with a minimum loss of light.
The short answer is no, Watt shows how much energy the product consumes, not how much light output lumens it provides. That is why you should not look for the amount of watt consumed, when buying any kind of light. It will only tell you how quickly it will drain the battery, and not how much light it produces. The LED Chip is more efficient and will convert much more energy to light than the halogen bulb.
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