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Volume-fraction dependence of relative viscosity for a suspension of calcium carbonate dispersed with NaPA

Volume-fraction dependence of the piezoelectric coefficients , d j inpC

Volume-fraction dependence of the piezoelectric coefficients e j , in pC

Volume-fraction profiles of parts of the DMPC molecules for lipids that have the head group at positive coordinates . The centre of the bilayer is positioned at z — 0. The phosphate group, the nitrogen of the choline group and the CH3 groups of the tail ends, as well as the other hydrocarbon units, are indicated

Volume-holding coefficient under the bottom-collar sinker system at different RDH as a function of current velocity.

Volume-normalized extinction as a function of size calculated for spheres of . The optical constants used arc those appropriate to the wavelengths noted on the curves.

Volume-pressure relation for different LnAl2 Laves phase compounds. Taken from Gleissner .

Volume-pressure relationship in the samarium mono chalcogenides and in EuTe . Extrapolation of the d behaviour back to room pressure is given, starting from the indicated crossover completion points, these being the same as those deduced in

Volume-rendered 3D reconstruction of celiac trunk and superior mesenteric artery. Anomalous origin of right hepatic artery from superior mesenteric artery is demonstrated

Volume-rendered CT image of conventional hepatic arterial anatomy. The common hepatic artery hepatic artery

Volume-rendered CT image of conventional hepatic vein anatomy

Volume-rendered CT image of conventional portal vein anatomy. The main portal vein portal veins

Volume-rendered dataset of the pulmonary veins after removing the vertebral column. The image displays nicely the anatomy, such as the main left and right, upper, low and lower pulmonary veins, as well as the accessory vein in the left upper field

Volume-rendered image and maximum intensity projection of a CTA dataset of a patient with two overlapping thoracic stents in the thoracic aorta. CTA also displays normal abdominal aorta and ectatic iliac arteries

Volume-rendered image of CT angiogram shows the right posterior portal vein arising directly from the main portal vein

Volume-rendered multi-detector row CT angiogram in a patient with blunt trauma to the left upper leg. Volume-rendered view shows an abrupt contrast material stop with irregular edge at the distal segment of the superficial femoral artery, which is laterally deviated, indicating arterial rupture . Image shows also a severely dislocated fracture of the femur shaft at the level of arterial interruption

Volume-rendered multi-detector row CT image of the ankle and hindfoot in a patient following a fall from a height. VR view shows a calcaneal comminuted fracture .The tendons are well depicted because they are surrounded hy fat

Volume-rendered reconstruction of a respira-tory-triggered 3D T2-weighted fast recovery fast spin echo acquisition shows a trifurcation of the intrahepatic common bile duct

Volume-rendering technique of peripheral run-off study post-processed in standardized fashion with AP, PA, LAO and RAO views. The arteries are always well-displayed in their superficial course. Maximum intensity projections are well-suited for demonstrating the course of the arteries after segmentation of the hones. However, this technique is time-consuming and does not always deliver consistently high image quality

Volume-strain measurements as a function of axial strain for a series of different rubber-toughened polymers, HIPS, ABS .

Volume-surface area ratio and polymer-cement ratio vs. drying shrinkage of EVA-modified concretes.

Volume-temperature changes for semicrystalline polymers.

Volume-temperature cooling curves showing fictive temperature geometrical determination I and g, liquid and glass domains A, the point at which fictive determination is made B, the intercept of the

Volume-temperature cooling curves. Note the discontinuity at melting or liquidus temperature when crystals form while liquid-to-glass path is continuous with lower contraction being observed once

Volume-temperature curve for a crystalline material.



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