Displacement Reduced

In recent years, the preparation of supported Hquid membranes fftled with ionic Hquid (SlLMs) has attracted increasing interest both for gas extraction and separation [16-18]. This is mainly due to the nonvolatile and stable nature of ionic Hquids which overcomes the traditional SLMs Hmitation such as the Hquid phase evaporation. Higher SlLMs stability over conventional SLMs was also attained because of their greater capiUary force associated with higher viscosity of ionic Hquids, which could reduce displacement of the Hquid from the micron pores under pressure. Furthermore, the ionic Hquid is used not only as the Hquid membrane phase but also as carrier. Different types of ionic Hquids can be employed depending on the gas separation. Stability up to 260 days was reported by Teramoto et al. [17]. 

Asphyxiant A vapor or gas that can cause unconsciousness or death by suffocation (lack of oxygen). Most simple asphyxiants are harmful to the body when they become so concentrated that they reduce (displace) the available oxygen in air (normally about 21%) to dangerous levels (18% or lower). Chemical asphyxiants, like carbon monoxide (CO), reduce the blood s ability to carry oxygen or, like cyanide, interfere with the body s utilization of oxygen. 

It has been demonstrated by [196] that a sequence of force impulses applied to a structure can be selected in such a way that the power spectral density of the displacement at a particular point within the structure matches the spectral density produced by earthquake ground motions as closely as desired. This result naturally suggests the possibility of using the force pulses to counteract or reduce displacements produced by earthquakes. 

Here, is the reduced displacement, (r-r Vr and are spectroscopic constants specific to the moleeule under study ai is the cubie force constant V is the vibrational quantum number, and J is the rotational quantum number. Derivatives of the eoupling tensor components were estimated numerically. The experimental values of and A/were reproduced quite well by ZORA relativistic calculations using the PBEO hybrid functional. The hybrid functional was shown to yield improved agreement with experiment compared with pure DFT methods. 

The skin entry site allowing the shortest, most vertical path that avoids bullae, interlobar fissures or pulmonary vessels and bronchi is chosen, allowing for a minimum depth of the electrode inside the thoracic cage to reduce displacement due to breathing, motion or generator cable weight. 

The values of = are normalised and the reduced displacement is calculated from the eigenvector by using a mode coefficient M ... 

A problem in the WAG process is that injected water blocks contact between the injected gas phase and resident oil. This reduces displacement efficiency at the pore scale i.e., it results in a larger ROS. This effect has been found to be a strong function of rock wettability and more detrimental in water-wet rocks. 8... 

Computing the median (rather than mean) amplitude in each time window provides a measurement of tremor amplitude less biased by events or spikes in the data - but is no longer strictly RSAM data. Corrected for the instrument response and geometrical spreading, and then integrating the data, produces reduced displacement. Since 1996 the Alaska Volcano... 

Tracking Changes in Volcanic Systems with Seismic Interferometry, Fig. 8 The upper panel shows the relative travel time change for stacks of repeating explosions over the course of 20 days beginning on August 24, 2007. The number of Strombolian explosions per hour is plotted in the lower panel for comparison. The explosions occurred during a time period of elevated reduced displacement, as seen in Fig. 7... 

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