Sentence examples for characteristics of terminal from inspiring English sources
The genus Tinospora may be the most original condition among seven genera of Taiwan with its characteristics of terminal style position, straight-shaped seed, and foliaceous cotyledons.
Four comparison experiments are designed to analyze the transient characteristics of terminal voltage phase angle of DFIGs and its influencing factors.
Due to the characteristics of terminal voltage phase angle jump of DFIGs in weak grid when a grid fault occurs, the applicability of traditional FRT control strategy of DFIGs is facing great challenges.
In order to analyze the difference of transient characteristics of terminal voltage phase angle between DFIGs and synchronous generator, the wind farms based on DFIGs are replaced by a synchronous generator in Fig. 5.
Equations (3), (18), (19) and Fig. 4 show that the transient characteristics of terminal voltage are associated with control strategies of DFIGs, control parameters of current inner-loop of rotor-side converter and grid strength.
Besides its design simplicity, the proposed method exhibits finite time convergence property for the states while applied to the full order system emulating the characteristics of terminal sliding mode in a certain way.
Similar conditions were reported in Laguna Colorada (L) especially in total salt concentration (total salt concentration: 119.74 g l−1) characteristic of terminal hypersaline systems with high nutrients concentration (Nitrogen and Phosphorous) and close to anaerobic condition (Oren 2005).
Class 2 DNA elements, which are the focus of the DG course, have the characteristic structural feature of terminal inverted repeats (TIRs) that may flank genes necessary for transposition.
Survival (days from tumor implantation to acquisition of characteristic spectrum of terminal neurological symptoms) was assessed by 2-tailed Mann-Whitney log-rank.
Their protocol does not require to issue new certificates among PKI entities, facilitates the certification path discovery process and the maximum path length can be adapted to the characteristics of mobile terminals with limited processing and storage capacity.
Enforcing these energy characteristics of both terminals can further improve the shRNA design success rate to 83.1%.
