Sentence examples for general gravity from inspiring English sources

Capriotti et al. (2015) employed a combination of the GGT and general gravity field T z.

Liang et al. (2014) extended Li and Oldenburg's (1996, 1998) inversion method to the SCS using the general gravity field.

The differences among these algorithms are related to the choice of model object functions in the inversion procedure; all the model object functions can be retraced back to the inversion methods used in the inversion of the general gravity field (e.g., Last and Kubik 1983; Guillen and Menichetti 1984; Barbosa and Silva 1994; Li and Oldenburg 1996, 1998; Farquharson 2008).

Compared to the general gravity field T z, GGT contains nine components and has much higher resolution in inverting the spatial position of target anomaly bodies, which means it will offer more information to better understand the interior structure of the earth or some other planets (Li 2001; Bouman et al. 2016).

However, we would like to stress that this extended version of the Gravity Hypothesis, also considering bridging locomotion, supports the more global explanation that in general gravity is an important factor to explain the evolution of extreme SSD.

Yet, these women bravely soldier on, fighting their arch-nemesis, General Gravity, with all of the powers at their disposal: silicone, Botox, Chanel foundation, Spanx, and a diet rich in red wine.

The gravity-sensitive nature of cells of the immune system renders them an ideal biological model in search for general gravity-sensitive mechanisms to understand how the architecture and function of human cells are related to the gravitational force and therefore adapted to life on Earth.

In other words, Newton took the trouble to show that the Galilean-Huygensian theory of local motion under their uniform gravity is a particular limit-case of his theory of universal gravity, just as Einstein took the trouble to show that Newtonian gravity is a limit-case of the theory of gravity of general relativity.

According to General Relativity, gravity is not a force!

"In Einstein's theory of general relativity, gravity is warping of space-time," points out Dr Jonathan Gair from the University of Cambridge.

An accurate treatment of neutrino/photon radiation transport, general relativistic gravity, nuclear reactions, and magnetohydrodynamics with a microphysical equation of state must be included.