1.
{P_4,C_4,S_4}--Decomposition;
｛P_4,C_4,S_4｝——分解
2.
On the Adjacent Vertex-distinguishing Total Coloring Number of C_4×C_4、C_4×C_5、C_5×C_5;
C_4×C_4、C_4×C_5、C_5×C_5的邻点可区别全色数
3.
The Extremal Graph without C_4 or C_5 and the Extremal Graph without C_6;
不含C_4、C_5和不含C_6的极图
4.
Research on Planar Ramsey Numbers PR(K_4-e,K_6) and PR(C_4,K_7);
平面Ramsey数PR（K_4-e，K_6）和PR（C_4，K_7）的研究
5.
Bipartite Ramsey Number of {C_4,C_6} vs. K_(1,n);
图{C_4,C_6}对K_(1,n)的二部Ramsey数
6.
On the Gracefulness of G∪(m_i-C_4) from i=1 to n;
关于G∪(m_i-C_4) from i=1 to n的优美性
7.
Mandatory Decomposition of Complete Multipartite Graph Into Cycles of Lengths 4 and 5;
关于完全多部图K_n(t)的{C_4,C_5}——强制分解
8.
About the graceful prorerty of R(m = C_4,C_(4k));
关于R(m=C_4,C_(4k))图的优美性
9.
Study on Recovery of C_2-C_4 Alkanes in Oilfield Gas via Hydrate Formation
水合物法回收油田气C_2-C_4烷烃的研究
10.
A Key Limited Factor ATP of Constructing C_4-like Rice
ATP是构建类似C_4水稻的重要限制因素
11.
Bioinformatics Analysis on C_4 PEPC from Maize
玉米C_4型PEPC蛋白的生物信息学分析
12.
Formation of Plant C_4 Photosynthetic Pathway and Its Influencing Factors
植物C_4光合途径的形成及其影响因素
13.
Bioinformatical Analysis on C_4 NADP-ME from Maize
玉米C_4型NADP-ME的生物信息学分析
14.
Study on the Low-temperature Aromatization of C_4 Liquified Petroleum Gas over Nano-sized ZSM-5 Zeolite;
纳米ZSM-5沸石上C_4液化气低温芳构化反应研究
15.
Comparison of Photosynthetic Characteristics for C_3、C_4 Plants and PEPC Transgenic Rice;
C_3、C_4植物和转PEPC基因水稻光合生理特性比较
16.
Effects of Enhanced Ultraviolet-B Irradiance on C、N Resource Allocation of C_3 and C_4 Plants;
增强UV-B辐射对C_3、C_4植物碳氮资源分配的影响
17.
Comparison of Photosynthetic Characteristics for C_3 and C_4 Plants;
C_3、C_4不同作物光合生理特性比较的研究
18.
Low-temperature Aromatization of C_4 Liquified Petroleum Gas over Nano-zeolites;
混合C_4液化气在纳米沸石上低温芳构化研究