2014年接��表论文61篇

1. å´”素平,谷ç�Šç�Š

Congruences for 9-regular partitions modulo 3

Ramanujan J.
2. ä¾¯åº†è™Žï¼Œæ±ªè�£å�Ž

An Algorithm for Deciding the Summability of Bivariate Rational Functions

Adv. Appl. Math.
3. é™ˆæ°¸å·�,孙慧,汪è�£å�Žï¼Œå¼ èމ

 Ramanujan-type congruences for overpartitions modulo 5

J. Number Theory
4. é™ˆæ°¸å·�,季é�’,臧ç»�æ¶›

Proof of the Andrews-Dyson-Rhoades conjecture on the spt-crank

Adv. in Math.
5. é™ˆæ°¸å·�,王星炜,谢懿彪

Finite differences of the logarithm of the partition function

Math. Comput.
6. é™ˆæ°¸å·�,樊如冰,于婷

Ramanujan-type congruences for broken 2-diamond partitions modulo 3

中国科学 数学
7. ä»»æ™“艳,窦全æ�°

On the q-log-convexity conjecture of Sun

Utilitas Math.
8. å´”素平,谷ç�Šç�Š

Congruences for Broken 3-diamond and $7$ dots bracelet partitions

Ramanujan J.
9. é™ˆæ°¸å·�,季é�’,臧ç»�æ¶›

The spt-crank for ordinary partitions

J. Reine Angew. Math.
10. é™ˆæ°¸å·�,季é�’,沈一颖

On the Positive Moments of Ranks of Partitions

Electron. J. Combin. 21(1) (2014) #P1.29
11. é™ˆæ°¸å·�,范久瑜,郭嘉祥,郭龙,黄昊阳,钟欣欣

Combinatorial Proof of the Inversion Formula on the Kazhdan-Lusztig R-Polynomials

Math. Z.
12. è°Œå¨œï¼Œé™ˆæ°¸å·�,周大跑

On Pattern Avoiding Alternating Permutations

European J. Combin.
13. è”¡åº†ç�¼ï¼Œæ�Žå­¦è‰¯ï¼Œèµµç‡•

The 3-rainbow index and connected dominating sets

J. Comb. Optim.
14. J.X. Liu,æ�Žå­¦è‰¯

Hermitian-adjacency matrices and Hermitian energies of mixed graphs

Linear Algebra Appl.
15. éŸ©å�Žï¼Œè·¯åœ¨å¹³

Semisymmetric graphs admitting primitive groups of degree 9p

Sci. China Ser. A
16. åˆ˜è´µè´¤ï¼Œè·¯åœ¨å¹³

On edge-transitive cubic graphs of square-free order

European J. Combin.
17. C.H. Li,路在平,G.X. Wang

On edge-transitive tetravalent graphs of square-free order

J. Algebraic Combin.
18. éŸ©å�Žï¼Œè·¯åœ¨å¹³

On locally primitive graphs of order 18p

Chin. Ann. Math.
19. C.H. Li,路在平,J.M. Pan

Finite vertex-primitive edge-transitive metacirculants

J. Algebraic Combin.
20. è·¯åœ¨å¹³ï¼Œé©¬è¿Žå®¾

Graphs with vertex rainbow connection number two

Sci. China Ser. A
21. è·¯åœ¨å¹³ï¼Œé©¬è¿Žå®¾

The rainbow vertex connectivities of small cubic graphs

Ars Combin.
22. è”¡åº†ç�¼ï¼Œæ�Žå­¦è‰¯ï¼Œå®‹æ±Ÿç«‹

The (k, l)-rainbow index for complete bipartite and multipartite graphs

Bull. Malays. Math. Sci. Soc.
23. S.C. Gong, æ�Žå­¦è‰¯ï¼ŒG.H. Xu

On oriented graphs with minimal skew energy

Electron. J. Linear Algebra 27(2014)
24. æ�Žå­¦è‰¯ï¼Œè¿žä¼šä¹¦

Skew-spectra and skew energy of various products of graphs

Trans. Combin.
25. é»„飞,æ�Žå­¦è‰¯ï¼ŒçŽ‹ä¹¦æ™¶

On maximum Estrada indices of bipartite graphs with some given parameters

Linear Algebra Appl.
26. æ�Žå­¦è‰¯ï¼ŒI. Schiermeyer,æ�¨åº·ï¼Œèµµç‡•

Graphs with 4-rainbow index 3 and n-1

Discuss. Math. Graph Theory
27. æ�Žå­¦è‰¯ï¼Œå­™è·ƒæ–¹ï¼Œèµµç‡•

Characterization of graphs with rainbow connection number m-2 and m-3

Australas. J. Combin.
28. æ�Žå­¦è‰¯ï¼Œå²³å†›ï¼Œèµµç‡•

The generalized 3-edge-connectivity of lexicographic product graphs

LNCS (Proc. COCOA2014)
29. é™ˆç�³ï¼Œåˆ˜é‡‘凤,å�²æ°¸å ‚

Matching energy of unicyclic and bicyclic graphs with a given diameter

Complexity
30. æ�Žå­¦è‰¯ï¼Œé©¬æ™¶ï¼Œå�²æ°¸å ‚,岳军

Note on a Turan-type problem on distances

Ars Combin.
31. æ�Žå­¦è‰¯ï¼ŒäºŽæ¡‚æµ·

The skew-rank of oriented graphs

中国科学  æ•°å­¦
32. é»„å°�龙,æ�Žæ�’哲,æ�Žå­¦è‰¯ï¼Œå­™è·ƒæ–¹

Oriented diameter and rainbow connection number of a graph

Discrete Math. Theoret. Comput. Sci.
33. H. Chen,æ�Žå­¦è‰¯

Color degree condition for long rainbow paths in edge-colored graphs

Bull. Malays. Math. Sci. Soc.
34. æ�Žå­¦è‰¯ï¼ŒçŽ‹å»ºé”‹

Randic energy and Randic eigenvalues

MATCH Commun. Math. Comput. Chem.
35. é™ˆç�³ï¼Œå�²æ°¸å ‚

The maximal matching energy of tricyclic graphs

MATCH Commun. Math. Comput. Chem.
36. é»„å°�龙,æ�Žå­¦è‰¯ï¼Œå�²æ°¸å ‚,岳军,赵燕

Rainbow connections for outerplanar graphs with diameter 2 and 3

Appl. Math. Comput.
37. é¡¾å†‰ï¼Œé»„飞,æ�Žå­¦è‰¯

General Randic matrix and general Randic energy

Trans. Combin.
38. æ�Žå­¦è‰¯ï¼Œæ¯›äºšå¹³

The generalized 3-connectivity of lexicographic product graphs

Discrete Math. Theor. Comput. Sci.
39. M. Dehmer, F. Emmert-Streib, å�²æ°¸å ‚

Interrelations of graph distance measures based on topological indices

PLOS ONE 9(4)(2014), e94985
40. é¡¾å†‰ï¼Œæ�Žå­¦è‰¯ï¼Œåˆ˜é‡‘凤

Note on three results on Randic energy and incidence energy

MATCH Commun. Math. Comput. Chem.
41. é™ˆèŽ‰èŽ‰ï¼Œæ�Žå­¦è‰¯ï¼Œåˆ˜è’™è’™

Tricyclic graphs with maximal revised Szeged index

Discrete Appl. Math.
42. M. Dehmer,æ�Žå­¦è‰¯ï¼Œå�²æ°¸å ‚

Connections between generalized graph entropies and graph energy

Complexity
43. é¡¾å†‰ï¼Œæ�Žå­¦è‰¯ï¼ŒY.J. Peng,å�²æ°¸å ‚

Some Motzkin-Straus type results for non-uniform hypergraphs

J. Comb. Optim.
44. æ�Žå­¦è‰¯ï¼Œåˆ˜ç´ å¨Ÿ

Tight upper bound of the rainbow vertex-connection number for 2-connected graphs

Discrete Appl. Math.
45. æ�Žå­¦è‰¯ï¼Œæ¯›äºšå¹³ï¼Œé­�美芹

More on a conjecture about tricyclic graphs with maximal energy

MATCH Commun. Math. Comput. Chem.
46. æ�Žå­¦è‰¯ï¼Œæ¯›äºšå¹³

On extremal graphs with at most l internally disjoint Steiner trees connecting any n-1 vertices

Graphs Combin.
47. è”¡åº†ç�¼ï¼Œæ�Žå­¦è‰¯ï¼Œå®‹æ±Ÿç«‹

The (k,l)-rainbow index of random graphs

Bull. Malays. Math. Sci. Soc.
48. æ�Žå­¦è‰¯ï¼Œæ�¨åº·ï¼Œèµµç‡•,I. Schiermeyer

Graphs with 3-rainbow index n-1 and n-2

Discuss. Math. Graph Theory
49. æ�Žå­¦è‰¯ï¼Œæ¯›äºšå¹³

The minimal size of a graph with given generalized 3-edge-connectivity

Ars Combin.
50. é©¬æ™¶ï¼Œå�²æ°¸å ‚,岳军

The Wiener polarity index of graph products

Ars Combin.
51. M. Dehmer, å�²æ°¸å ‚

The uniqueness of Dmax matrix graph invariants

PLOS ONE
52. é™ˆèŽ‰èŽ‰ï¼Œæ�Žå­¦è‰¯ï¼Œæ�¨åº·ï¼Œèµµç‡•

The 3-rainbow index of a graph

Discuss. Math. Graph Theory
53. æ�Žå­¦è‰¯ï¼Œå�²æ°¸å ‚,é­�美芹,æ�Žé�™

On a conjecture about tricyclic graphs with maximal energy

MATCH Commun. Math. Comput. Chem.
54. æ�Žé�™ï¼Œæ�Žå­¦è‰¯ï¼Œè¿žä¼šä¹¦

Extremal skew energy of digraphs with no even cycles

Trans. Combin.
55. é¡¾å†‰ï¼Œæ�Žå­¦è‰¯ï¼Œå�²æ°¸å ‚

Degree powers in C5-free graphs

Bull. Malays. Math. Sci. Soc.
56. S.D. Adhikaria,高维东,G.Q. Wang

Erdos-Ginzburg-Ziv theorem for finite commutative semigroups

Semigroup Forum 88(3) (2014) 555--568
57. é«˜ç»´ä¸œï¼ŒY.L. Li,J.T. Peng

An upper bound for Davenport constant of finite groups

J. Pure Appl. Algebra 218(10) (2014) 1838--1844
58. é«˜ç»´ä¸œï¼ŒéŸ©å†¬æ˜¥ï¼ŒG.Y. Qian,Y.K. Qu,张汉斌

On additive bases II

Acta Arith.
59. é«˜ç»´ä¸œï¼Œèµµè��è��,J.J. Zhuang

Zero-sum subsequences of distinct lengths

Int. J. Number Theory
60. é«˜ç»´ä¸œï¼ŒéŸ©å†¬æ˜¥ï¼ŒJ.T. Peng,F. Sun

On zero-sum subsequences of length k exp(G)

J. Combin. Theory Ser. A 125 (2014) 240--253
61. é™ˆæ°¸å·�,郭强辉,孙慧,王å�¥

Zigzag stacks and m-regular linear stacks

J. Comput. Biol. 21(12) (2014) 915--935