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1 is normally attributed to

Silica aerogels are employed as an excellent thermal insulation material, and its extremely low thermal conductivity is normally attributed to the remarkably high porosity and significantly weak connections among nanoparticles.

2 alongside

In this work, the effects of water vapour on the connections of nanoparticles are examined via measuring an effective radius, by molecular dynamics (MD) simulation, alongside the effects of wettability of nanoparticles.

3 is coherent with 与…一致

This result is coherent with the previous work done of Carré et al.

Heat transfer in silica aerogel is a combination of radiative and
conductive heat transfer, both of which are coupled. Coquart et al.

4 Truncated

Truncated BKS potential proposed by Carré et al. could open new avenue to calculate silica aerogel thermal conductivity at a reasonable cost

5 with respect to…关于

We distinguish variables with respect to the reservoir and the extended system by subscripts (or superscripts) “r”

6 aligned in 对应

the right volume VR, aligned in the z direction as shown in Fig.

7 bottom-up

bottom-up approach is used to formulate a hierarchical model

8 notably with

Alternative fuel cycles are being studied based
on other combinations,== notably with ThO 2 since the rate of
higher actinide breeding is much lower==

9 Introduction 文献总结写法

The reviewer articles by…al. and … presented a detailed summary on the advances in this issue.

Various reviews e.g., of … are discuss these topics in detail.

The story lines on this issue have been illustrated in the relevant review articles

10 realize versatile and flexible energy applications

In particular, an STB can realize versatile and flexible energy applications of thermal energy harvesting, heat storage, and sorption cooling/sorption heating by employing advanced sorption thermodynamic cycles

11 suffer from

However, water sorbent materials commonly suffer from low
water capacity, weak mass transport, and poor thermal conductivity