LIPMAN, R. L., F. ULVEDAL, W. K. BROWN, S. D. LEVERETT, F. R. LECOCQ and J. J. SCHNURE. Metabolic response to acceleration in man. Aerospace Med. 41 (3) :905-90B. 1970. The glucose analogue 2-deoxy-I)-glucose {2-1X5) was used as a means of producing intracellular bypoglycemia in eight normal male volunteer subjects during a control period, immediately following their initial exposure to acceler...

In this paper, we present an intensive investigation of the finite volume method (FVM) compared to difference methods (FDMs). order show main in way approaching solution, take Burgers equation and Buckley–Leverett as examples simulate previously mentioned methods. On one hand, results using schemes Lax–Friedrichs Lax–Wendroff. other apply Godunov’s scheme method. Moreover, how starting with a v...

Cardiac Arrhythmias Induced by Injection of Isoproterenol into the Coronary Arteries. PETER E. DRE5EL, MONTGOMERY C. HART AND B. C. R. STROMBLAD 67 Chronotropic and Vagal-Blocking Effects of DCI Studied by Direct Perfusion of the Sinus Node. THOMAS N. JAMES AND REGINALD A. NADEAU 73 The Effect of Intravitreous Injections of Norepinephrine, Epinephrine and Isoproterenol on the Intraocular Pressu...

LIPMAN, R. L., F. ULVEDAL, W. K. BROWN, S. D. LEVERETT, F. R. LECOCQ and J. J. SCHNURE. Metabolic response to acceleration in man. Aerospace Med. 41 (3) :905-90B. 1970. The glucose analogue 2-deoxy-I)-glucose {2-1X5) was used as a means of producing intracellular bypoglycemia in eight normal male volunteer subjects during a control period, immediately following their initial exposure to acceler...

In this work a functional relationship between capillary pressure and wetting phase saturation has been developed. Both the imbibition and drainage of a wetting phase liquid into a porous medium consisting of clean unconsolidated silica particles have been considered. In all, two bead packings, with average particle diameters of 120 #m and 360 #In, and three liquids--water, ethanol, and refrige...

We present a novel adaptive-resolution particle method for continuous parabolic problems. In this method, particles self-organize in order to adapt to local resolution requirements. This is achieved by pseudo forces that are designed so as to guarantee that the solution is always well sampled and that no holes or clusters develop in the particle distribution. The particle sizes are locally adap...