#662: Improved BibTeX export
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Reporter: skaplun | Owner:
Type: task | Status: new
Priority: major | Milestone:
Component: BibFormat | Version:
Resolution: | Keywords: thesis theses CDS
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Comment (by skaplun):
Some more on the subject (from [https://savannah.cern.ch/task/?18997
Savannah])
[...]
Request came from a user (Yngve Inntjore [email protected]) :
I have a couple of proposals to the bibtex formatting you provide.
First off, I would like to propose a new entry "''url''", that equals the
CDS url (or if you think it is more correct, directly to the ps/pdf
document). Most bibtex readers support this tag, so that you get a link to
the web page and/or document in this url.
The second I would like to propose is that instead of putting the ''oai'':
entry in the title, you create a new tag called oai. This would then
eventually work in similar manner as the doi tag already does, and not
clutter up the title.
You could also consider to use the tag "''abstract''" that many bibtex
readers already know of. This is not necessary when you want to use the
bibtex to reference in a paper, but it is nice when you have your own
bibtex library of the documents that are relevant to you. Myself I have
hundreds of papers in my bibtex file already, and use it for storing all
articles that might be of interest to me now or in the future.
In order to explain what I mean, I attach a bibtex proposal to this
article: http://cdsweb.cern.ch/record/1299163
{{{
@article{Gschwendtner:1299163,
author = "Gschwendtner, E and Apyan, A and Elsener, K and Sailer, A and
Uythoven, J and Appleby, R B and Salt, M and Ferrari, A and Ziemann, V",
title = "The ClIC Post-Collision Line.",
number = "EuCARD-CON-2010-030",
year = "2010",
url = "http://cdsweb.cern.ch/record/1299163";,
oai = "cds.cern.ch:1299163",
abstract = "The 1.5 TeV CLIC beams, with a total power of 14 MW per
beam, are disrupted at the interaction point due to the very strong beam-
beam effect. As a result, some 3.5 MW reach the main dump in form of
beamstrahlung photons. About 0.5 MW of e+e- pairs with a very broad energy
spectrum need to be disposed of along the post-collision line. The
conceptual design of this beam line will be presented. Emphasis will be on
the optimization studies of the CLIC post-collision line design with
respect to the energy deposition in windows, dumps and absorbers, on the
design of the luminosity monitoring for a fast feedback to the beam
steering and on the background conditions for the luminosity monitoring
equipment."
}
}}}
[...]
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Ticket URL: <http://invenio-software.org/ticket/662#comment:1>
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