6,253 research outputs found
Vincent Pinel, Le Montage, l’espace et le temps du film (Paris: Cahiers du cinéma/CNDP, 2001)
How should discrepancy be assessed in perfectionism research? A psychometric analysis and proposed refinement of the Almost Perfect Scale–Revised
Research on perfectionism with the Almost Perfect Scale-Revised (APS-R) distinguishes
adaptive perfectionists versus maladaptive perfectionists based primarily on their responses to
the 12-item unidimensional APS-R discrepancy subscale, which assesses the sense of falling
short of standards. People described as adaptive perfectionists have high standards but low levels
of discrepancy (i.e., relatively close to attaining these standards). Maladaptive perfectionists have
perfectionistic high standards and high levels of discrepancy. In the current work, we re-examine
the psychometric properties of the APS-R discrepancy subscale and illustrate that this
supposedly unidimensional discrepancy measure may actually consists of more than one factor.
Psychometric analyses of data from student and community samples distinguished a pure fiveitem
discrepancy factor and a second four-item factor measuring dissatisfaction. The five-item
factor is recommended as a brief measure of discrepancy from perfection and the four-item
factor is recommended as a measure of dissatisfaction with being imperfect. Overall, our results
confirm past suggestions that most people with maladaptive perfectionism are characterized
jointly by chronic dissatisfaction as well as a sense of being discrepant due to having fallen short
of expectations. These findings are discussed in terms of their implications for the assessment of
perfectionism, as well as the implications for research and practice
Report of the GDR working group on the R-parity violation
This report summarizes the work of the "R-parity violation group" of the
French Research Network (GDR) in Supersymmetry, concerning the physics of
supersymmetric models without conservation of R-parity at HERA, LEP, Tevatron
and LHC and limits on R-parity violating couplings from various processes. The
report includes a discussion of the recent searches at the HERA experiment,
prospects for new experiments, a review of the existing limits, and also
theoretically motivated alternatives to R-parity and a brief discussion on the
implications of R-parity violation on the neutrino masses.Comment: 60 pages, LaTeX, 22 figures, 2 table
Shielding efficiency and E(J) characteristics measured on large melt cast Bi-2212 hollow cylinders in axial magnetic fields
We show that tubes of melt cast Bi-2212 used as current leads for LTS magnets
can also act as efficient magnetic shields. The magnetic screening properties
under an axial DC magnetic field are characterized at several temperatures
below the liquid nitrogen temperature (77 K). Two main shielding properties are
studied and compared with those of Bi-2223, a material that has been considered
in the past for bulk magnetic shields. The first property is related to the
maximum magnetic flux density that can be screened, Blim; it is defined as the
applied magnetic flux density below which the field attenuation measured at the
centre of the shield exceeds 1000. For a cylinder of Bi-2212 with a wall
thickness of 5 mm and a large ratio of length over radius, Blim is evaluated to
1 T at T = 10 K. This value largely exceeds the Blim value measured at the same
temperature on similar tubes of Bi-2223. The second shielding property that is
characterized is the dependence of Blim with respect to variations of the sweep
rate of the applied field, dBapp/dt. This dependence is interpreted in terms of
the power law E = Ec(J/Jc)^n and allows us to determine the exponent n of this
E(J) characteristics for Bi-2212. The characterization of the magnetic field
relaxation involves very small values of the electric field. This gives us the
opportunity to experimentally determine the E(J) law in an unexplored region of
small electric fields. Combining these results with transport and AC shielding
measurements, we construct a piecewise E(J) law that spans over 8 orders of
magnitude of the electric field.Comment: 16 pages, 7 figure
Knowledge, attitudes and practices regarding gemstone therapeutics in a selected adult population in Pakistan
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