Sentence examples similar to e wedge from inspiring English sources

However, positive effects on such surrogate endpoints (e.g., wedge pressure, BNP) may not translate into obvious clinical benefit in later studies.

However, both apes and monkeys do not have a general preference for objects with inclined surfaces (e.g., wedges).

They inferred that the melt originated from upwelling flow in the mantle wedge (e.g., Hasegawa et al. 2005).

Therefore, the strike-slip motion realizes the trench-normal principal horizontal stress in the outer wedge (e.g., Site C0001) and inner wedge (Site C0009).

The viscosity of the oceanic mantle is generally found to be an order of magnitude higher than that of the mantle wedge (e.g., Hirth and Kohlstedt 2003).

Strike-slip motion within the accretionary wedge (e.g., along the WBSF) would influence the stress (and strain) state and interplate earthquake mechanisms.

Seismic tomography of the detailed seismogenic fault zone under the overlying wedge (e.g., Kennett et al., 2011; Zhao et al., 2011) could address this issue independently, but requires fine resolution of the source region that is difficult to obtain.

Historically, Pi2 waves have been invoked to carry the current of the substorm current wedge (e.g. McPherron et al. 1973; Rae et al. 2007), related to the onset of NENL reconnection (e.g. Liou et al. 2000; Uozumi et al. 2000, 2004, 2009; Chi et al. 2009).

In particular, seismic wave attenuation (Q−1) and Poisson's ratio (Vp/Vs) are sensitive to the presence of fluid and high temperature (Takei 2002), and some models showed that seismic velocities can be related to the fluid content within the mantle wedge (e.g., Carlson and Miller 2003).

Fluid dynamical approaches can be complementary to the geochemical approaches mentioned above and have been constructed to quantitatively examine the fluid generation-migration and resultant melting in the mantle wedge (e.g., Iwamori 19982007; Arcay et al. 2005; Cagnioncle et al. 2007; Hebert et al. 2009).

The critical taper theory, first introduced by Davis et al. ([1983]) and Dahlen ([1984]), is a mechanical model based on Mohr's circle and Coulomb failure criteria that has been applied to subduction zones in various studies to describe the mechanics and physical properties of wedges (e.g., Wang et al. [2010]; Fagereng [2011]; Kimura et al. [2012]; Cubas et al. [2013]).