Sentence examples for current gravity from inspiring English sources

Current gravity field models are shown to be tuned towards the polar orbit, while having expected orbit errors of several orders of magnitude larger for other inclinations, especially in the mid-range, from 40° to 80°.

The consistency of the observed spectral slopes with the value of −3 predicted by current gravity wave saturation models suggests that the observed ozone fluctuations are due primarily to atmospheric gravity waves.

Results indicate that mean spectral slopes in the wavenumber range from 4.69 × 10−4 to 2.50 × 10−3 cyc/m are about −2.91 in the troposphere and −2.87 in the lower stratosphere, which is close to the slope of −3 predicted by current gravity wave saturation models.

Gravity also limits body size, and the current gravity constant of 0.981 ms−2 has been proposed to limit body size to 20 t (Economos, 1981) based on a mass estimate for the largest land mammal ever, Paraceratherium (also known as Indricotherium).

The study investigates a counter-current gravity separation in a downwards-flowing mixture of (up to 3%) oil in water.

The current lunar gravity field models are mostly concluded from lunar exploration programs either by observations of satellite orbit perturbations or by intersatellite ranging and ranging rate measurements between two low-orbiting spacecrafts.

Under such conditions, particle-particle interactions can usually be neglected, so that the particle settling velocity remains the key difference (along with erosion) that distinguishes turbidity currents from compositional gravity currents.

Drop Low-current GMA Gravity and electromagnetic pinch   1.1.2.

In many situations of interest, compositional gravity currents and turbidity currents are driven by small density differences not exceeding O(1%).

Pyroclastic density currents (PDCs) are characterized by strong density stratification due to particle settling (e.g., Branney and Kokelaar 2002), whereby a dilute gravity current (particle suspension flow) with ρ c/ρ a=100 101 overrides the dense basal gravity current (fluidized granular flow) with ρ c/ρ a=102 103.

On the other hand, a dense gravity current with ρ c/ρ a=600.6 is generated by particle settling from the overlying dilute gravity current.