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Pollen-inferred quantitative reconstructions of Holocene land-cover in NW Europe for the evaluation of past climate-vegetation feedbacks – methods and first maps of the cover of plant functional types at 6000, 3000, 600, 200 and 0 BP.
P2X7 receptor inhibition attenuates human macrophage response to oxidized low-density lipoprotein
Aerosols from Thermal Spraying Operations with Materials Containing Chromium and Nickel
A Probing Approach for Detection of Acetate Formation
Many pharmaceuticals are today produced using genetically modified microorganisms. A typical problem in monitoring and control of biotechnical processes is that many important process variables cannot be measured on-line. This has triggered much research and development concerning new sensors. Another way of addressing the problem is to improve and to extend the use of existing sensors.
Post-Utopian Landscape in Swedish Cinema
Prefab Future – Practices and Rhetorics in an IT company
Monthly runoff forecasting by means of artificial neural networks (ANNs)
För en queer marxism
This article discusses the Marxist heritage in queer theory and argues for a historical materialist understanding of queer theory.
Muhheakantuck
Electronic technology and work: a Swedish perspective symposium
Dynamic finite element analysis of fluid-filled pipes
A finite element model for studying fluid-filled pipes is developed by combining an axisymmetric shell element and a one-dimensional fluid element and taking the interaction between shell and fluid into account. Both a symmetric and an unsymmetric element have been developed and evaluated numerically.
Neural Nets, Early Vision, and Motion Control
Systematic bits are better
Atomic scale structure and growth of nanowires and nanowire heterostructures studied by STM
1950-talet har blivit en minnesplats för längtan
Reference-dependent behaviour of paua (abalone) divers in New Zealand
Curious properties of canonical divisors in weighted Bergman spaces.
The Time-Domain Theory of Forerunners
The time-domain theory of forerunners (precursors) in temporally dispersive, nonmagnetic, isotropic materials is developed using the propagator technique. Specifically, the impulse response at a (comparatively) large propagation depth is expanded in two different ways: (a) with respect to the wave-front and (b) with respect to slowly varying field components. A few numerical examples illustrating