基于增强相构型设计的石墨烯<strong>/Cu</strong>复合材料研究进展

基于增强相构型设计的石墨烯/Cu复合材料研究进展

赵乃勤, 郭斯源, 张翔, 何春年, 师春生

Progress on Graphene/Copper Composites Focusing on Reinforcement Configuration Design: A Review

ZHAO Naiqin, GUO Siyuan, ZHANG Xiang, HE Chunnian, SHI Chunsheng

表1 不同石墨烯分布构型/Cu复合材料的力学性能^{[18,20~24,27,29~31,33,38~43,57]}

Table 1 Mechanical properties of graphene/Cu composites with different configurations^{[18,20-24,27,29-31,33,38-43,57]}

Distribution	Preparation method	Strength of	Tensile	Ref.
configuration		composite material	elongation
		MPa	%
Homogenous	RGO modified by Ag + balling milling + HPS	R_e: 332	23.8	[20]
distribution		R_m: 478
	RGO modified by Cu/Ni + SPS	R_e(Cu): 164	22	[22]
		R_e(Ni): 181	21
	RGO modified by Ni + wet mixing + SPS	R_e: 268	12	[21]
		R_m: 320
	Gr/Cu modified by PVA + wet mixing + SPS	R_e: 172	8	[18]
		R_m: 187
	Cu modified by CTAB + SPS	R_m: 212	18	[23]
	Flake Cu modified by CTAB + SPS	R_e: 171	23	[24]
		R_m: 233
	Molecular-level mixing + SPS	R_m: 335	14	[27]
	In situ grown Gr + HPS	R_e: 144	37	[29]
		R_m: 274
	In situ grown graphene-like nanosheet + SPS + rolling	R_m: 410	12	[30]
	In situ grown Gr + SPS + rolling	R_e: 393	3.7	[31]
		R_m: 477
Network	In situ grown discontinuous 3D Gr-like network + SPS	R_e: 301	29	[40]
distribution		R_m: 318
	In situ grown 3D Gr network + HPS	R_e: 290	22	[41]
		R_m: 308
	In situ grown 3D Gr network + HPS + rolling	R_e: 292	25.4	[42]
		R_m: 319
	In situ grown 3D Gr network + rolling + sintering	R_e: 281	16.5	[43]
		R_m: 354
Laminate	Bioinspired strategy + HPS	R_e: 233	26	[33]
distribution		R_m: 308
	Flaky powder metallurgy + rolling	R_e: 557	10.5	[57]
		R_m: 705
	In situ grown of high content GNPs + HPS + rolling	R_e: 255	14	[39]
		R_m: 274
	In situ grown Gr + flaky powder metallurgy + HPS	R_e: 200	32.3	[38]
		R_m: 378