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The behaviour of the resultant materials during carbonisation influenced their final properties.
The resultant materials show remarkably extended light absorption in the visible light region.
Various structural and physicochemical properties of the resultant materials were investigated.
In many cases, the combination of several protocols was implemented so that the resultant materials functioned with synergetic effects.
We show that the self-assembly process for gel formation is easily scaled in a linear fashion from 0.5 mL to over 15 L without alteration of the mechanical properties of the resultant materials.
The resultant materials exhibit good dispersion, high crystallinity, and satisfactory superparamagnetic property with a high saturation magnetization (33.43 emu g−1).
Similar(28)
The adhered cells were also collected, washed three times with PBS, lysed in 200 μl of 25 mM deoxycholate and the resultant material was collected for scintillation counting.
The resultant material exhibits a high specific capacitance of approximately 226 F g−1.
The resultant material features a unique nano-architecture with hollow core and porous shell.
The electrochromic performance and bending durability of the resultant material are also investigated.
The resultant material consists of porous spherical cores and nanochains-constructed shells with straight channels.
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