Sentence examples for higher comprehensive from inspiring English sources
A kind of gel polymer electrolyte (GPE) based on natural composite polymers matrix of lignocellulose (LC) and potato starch with higher comprehensive performance is prepared.
As different industries' marginal effect to the economic system varies, increasing water supply to industries with a higher comprehensive added value output coefficient will generate higher benefits to the national economic system.
For the comprehensive efficiency, excluding 2010 and 2015, the fan component manufacturing enterprises showed a higher comprehensive efficiency value than the other two types of enterprises, which indicated that the expansion of the wind energy industry had attracted a lot of funds, but this advantage disappeared with the realization of the financing risk.
The comprehensive efficiency of the fan production enterprises were fluctuant in 2010 2015; The wind farm generation and operation enterprises showed a higher comprehensive efficiency in 2011 than in other years, where the comprehensive efficiencies of 7 enterprises were higher, i.e. showed a higher level than the average value.
The present study represents an important step toward developing high comprehensive performance composite PCMs.
The siloxane MM with high comprehensive properties is chosen as the working fluid.
High nitrogen steels have received more and more attention due to their high comprehensive properties in recent years.
The design and preparation of high comprehensive performance composite phase change materials (PCMs) via a straightforward route were pioneered.
This new synthetic strategy may be useful in designing more perfluorinated AEMs electrochemical devices with high comprehensive performance.
Designing and fabricating self-supported and binder-free MnO2 nanostructure electrode to overcome their low conductivity for supercapacitor application with high comprehensive electrochemical performance, such as high capacitance, excellent stability, and good rate capability, is still a tremendous challenge.
Development of MnO2 based electrode materials for supercapacitor application with high comprehensive electrochemical performance, such as high capacitance, superior reversibility, excellent stability, and good rate capability, is still a tremendous challenge.
