The form elements are reclassified according to their geomorphometric context using a higher scale terrain position index.
Animals were weighed using a high precision scale.
The weight loss of the experimental setup was monitored three times a day using a high-precision scale.
Wood sampled were then ground, yielding between 0.4 and 1.5 mg of wood powder, weighed using a high-precision scale (MX5, Mettler Toldedo, Viroflay, France), placed in tin capsules, and analysed at the Stable Isotope Facility of UC Davis, California, USA with a PDZ Europa 20 20 isotope ratio mass spectrometer (Sercon Ltd., Cheshire, UK).
This paper presents a probabilistic model for fatigue life estimation of composite laminates using a high fidelity multi-scale approach called M-LaF (Micromechanics based approach for Fatigue Life Failure).
Morphology at the reactive wetting front during spreading was first observed in situ at an atomic scale using a high resolution transmission electron microscope.
The present paper is based on experiments where gas samples were withdrawn from the hot part of a 3 MW entrained flow pressurized black liquor gasifier of semi industrial scale using a high temperature gas sampling system.
Anthropometric measurements were obtained as a part of routine clinical practices and included height and weight (measured using a high-precision industrial scale [Scale-Tronix scales 6002 for wheelchair patients, 4802 for infants and 5002 otherwise, Scale-Tronix, Wheaton, Illinois, USA]).
The model was calibrated using a high quality database of full-scale loading tests compiled from various sources.
Weight was measured using a high-precision mechanical scale.
