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Thus, permanent-magnet materials are often characterized by quoting the maximum value of the product of B and H, (BH max, which the material can achieve.
Due to the 3D network structure and dendrimer, this material can achieve a high capture efficiency of 87±5% in 45 min.
Moreover, analyzing the mechanical strength, it is assessed that the mortar prepared using synthesized cementitious material can achieve ∼34 MPa compressive strength.
The 3D MoS2@CFs hierarchical architectures as the electrode material can achieve a high reversible areal capacity (5.2 mAh cm−2 at 2.5 mA cm−2) and exhibit an excellent rate performance.
Further exploration has shown the core-shell material can achieve efficient electrochromatography of protein digests, excellent performance in terms of resolution, reproducibility and long term stability have been observed.
This resulting material can achieve superior rate capability up to 20C rate (3 min discharge), ∼73 mand−1 and have excellent capacity retention for 350 cycles at 1C charge/1C discharge rate even though the structure of triplite LiFeSO4F does not have an apparent long Li diffusion pathway due to a disordered Li/Fe distribution.
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These materials can achieve effective performance because of their internal geometries.
Layering the contacting bodies by viscoelastic materials can achieve this goal.
Surface modification of liposomes by pH-responsive or fusogenic materials can achieve cytoplasmic delivery of antigen, leading to cross-presentation of exogenous antigen via a "cytosolic pathway".
The choosing of different LC materials can achieve different emission characteristics of LC random laser [10 13].
Although electrical double-layer capacitors (EDLCs) based on carbon-based materials can achieve high-power density and cycling stability, the relatively low energy density due to low-specific capacitance restricts widespread application [7, 8].
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