Integrated Solutions to Igneous Rock Developed in the Near Surface in Fushan Sag

Equilibrium, kinetic and thermodynamic studies of acid soluble lignin adsorption from rice straw hydrolysate by a self-synthesized macro/mesoporous resin

“…Recently, different detoxication methods and technologies have been used for removal of ASL from actual biomass hydrolysate, including overliming, 16 bio-occulants, 17 electrochemical 18 and adsorption. [19][20][21] Among these methods, adsorption has received major concern due to the signicant advantages such as low cost, environmentally friendly, high efficiency and energy-saving.…”

Analysis of Relationship Between ICU Admission Criteria and End Results of Caring of Obstetrics/Gynecologic ICU Patients

“…Zhang et al compared the end results of APACHE II system and other disease-severity classifications the study revealed that APACHE II is a very practical approach and classification which helps a lot [18]. Amini et al compared the ability of APACHE II modified APACHE II and TRISS to evaluate and assess the death risk of ICU patients with head trauma on 2010.…”

A Chemo-Elastoplastic Analysis of Anisotropic Swelling in an SnO2 Nanowire Under Lithiation

“…They applied the diffusion field as a loading source and predicted the deformation field under the elastic perfectly plastic assumption. In another paper, Zhang et al [15] took a different approach by assigning the experimentally measured expansion anisotropy to be the chemical expansion anisotropy in their analysis of a C-coated SnO2 nanowire. In summary, the plastic properties of these materials, such as yield strength and strain hardening ratio, are mostly unknown under lithiation at the nano-to microscales.…”

“…The limited number of cycles to failure may be attributed to severe cyclic plastic straining as well as to solid electrolyte interphase caused surface cracking. However, either theoretical or experimental study of the chemoelastoplasticity involved in the lithiation and delithiation processes has been scarce [13][14][15]. Notably, Huang et al [16], Liu et al [14,17], and Zhang et al [15] have carried out in situ TEM tests of the electrochemical lithiation of SnO2 and Si nanowires with one end in contact with an electrolyte.…”

“…However, either theoretical or experimental study of the chemoelastoplasticity involved in the lithiation and delithiation processes has been scarce [13][14][15]. Notably, Huang et al [16], Liu et al [14,17], and Zhang et al [15] have carried out in situ TEM tests of the electrochemical lithiation of SnO2 and Si nanowires with one end in contact with an electrolyte. During the charging process, Huang et al [16] could observe the formation and propagation of a diffusion jam accompanied by dense dislocation emis- sion and amorphization in the SnO2 nanowires and more complicated deformation morphology and cracking behavior in the Si nanowires.…”