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High-quality graphene coating was directly grown on stainless steel meshes via chemical vapor deposition process, during which the morphology of the stainless steel was transformed rugged. When the graphene-coated stainless steel meshes were applied as current collectors of supercapacitors, the changes of the appearance and the graphene coating improved the contact between stainless steel meshes and the active materials, thus benefiting the performance of the supercapacitors. Furthermore, this simple method can be used to prepare the enhanced current collectors for other energy storage devices. 相似文献
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掺水量对原料乳的理化指标的影响 总被引:1,自引:0,他引:1
本论文通过对牛乳不同掺水比例导致的牛乳理化指标变化的研究,为乳制品企业的原料收购及质量保证提供了科学依据。 相似文献
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Long LiXia Cheng LinJie Hou JingJing Wang LiMei Wang Xu He LiGang Li SiDi Zhao Jin Hou Xin Kang ChunSheng Yuan XuBo 《中国科学:技术科学(英文版)》2021,64(1):71-82
The effect of branching on the blood circulation and tumor targeting of polymer nanovehicles in vivo was investigated in this study. For the purpose, star-branched poly(lactic acid) and poly(2-methacryloyloxyethyl phosphorylcholine)(PLA-PMPC)copolymers with umbrella-type AB_3,(AB_3)_2, and(AB_3)_3 architecture were synthesized by branching at the PLA core. Micelles self-assembled from these copolymers were used to evaluate the effect of core branching on blood circulation and tumor targeting. The results showed that branching changed the behavior of polymeric self-assembly in solution, thereby changing the size and surface anti-fouling performance of the polymeric micelles. Moreover, star-branched copolymer micelles with a higher branching degree allowed their payload to persist better in blood(half-time prolonged from 7.1, 8.6 to 13.8 h) and for a 1.72-fold higher content at the tumor site. These studies suggest that raising the branching degree of amphiphilic copolymer potentially offers a promising strategy for the design of carriers capable of enhanced circulation and targeting in vivo. 相似文献
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Tan Chao Zhao LinJie Chen MingJun Cheng Jian Zhang Yu Zhang Jiong Yang Hao Yin ZhaoYang 《中国科学:技术科学(英文版)》2022,65(5):1116-1126
Science China Technological Sciences - The threat of cascading damage to downstream components caused by the light modulation intensification of laser repaired morphology on the surface of fused... 相似文献
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