1.
An Exploration of the Change of Shan Hai Jing Mythology System;
“《山海经》神话群系”的传承流变
2.
Holy Mountain: The Mythological Origin of Chengdu;
圣山:成都的神话溯源——《山海经》与神话研究之二
3.
An Analysis of the Difference in the Gun Myth between The Classic of Mountains and Rivers and The Songs of the South;
《山海经》《楚辞》鲧神话差异的文化成因
4.
A Brief Analysis on the Methods of Jinghuayuan Quoting Mythology from Shanhai Scriptures;
《镜花缘》引用《山海经》神话手法浅析
5.
On the Living Conditions Our Ancestors in the Islands near the East Coast Based on the Marine Myth such as the Book of Mountains and Seas
从《山海经》等海洋神话探索东海岸海岛先民的生存状态
6.
Records of Mountain and Sea and Ilias --Narration Comparison Between Chinese and Western War Mythology;
《山海经》与《伊利亚特》——中西战争神话叙事比较
7.
The Transmission of Mythological Images: Studies on Anne Birrell's Translation of Shan Hai Jing
神话意象的传输—比勒尔英译《山海经》研究
8.
Archaeological Verification and Cultural Connotation on Solar Bird Myth in Shan Hai Jing
《山海经》太阳鸟神话的考古印证及其文化内涵
9.
The Study on the Influence of Shanhaijing s Myth-thinking on Romanticism Literature;
谈《山海经》的神话思维对浪漫主义文学创作传统的影响
10.
Myths and Identification with Ethnic Groups
神话传说与族群认同——立足于盘瑶渡海神话的考察
11.
The Structure Process of Mountain God Worship and the Ethnic Relationship of a Village--Based on the Folk Narrative of a Mountain God Religious Sphere Existed in a Korean Chinese and Han Co-inhabiting Village
山神崇拜与村落族群关系的结构过程
12.
The key to time and space--An analysis of mysterious figures in Mythical Legends of Mountains and Seas;
时空之钥——《山海经》的神秘数字探析(续)
13.
The key to time and space --An analysis of mysterious figures in Mythical Legends of Mountains and Seas;
时空之钥——《山海经》的神秘数字探析
14.
On the Humanistic Spirit of Making Spiritual Tours in the Fairyland Manisfested in "Reading the Shan Hai Jing" by Tao Yuanming;
论陶渊明《读山海经》神游仙境的人文精神
15.
A Study of Hippocampus CA3 SWNN Model and Neuronal Ensemble Encoding Stimulus
海马CA3SWNN模型及神经元集群编码刺激的研究
16.
Population Coding of Stimulus Location in Cultured Hippocampal Networks
培养海马神经元网络对刺激位置的群体编码
17.
Research on Bat Species Recognition System Based on Neural Networks;
蝙蝠叫声种群识别神经网络系统研究
18.
Training BP neural networks with ACO for identification of chaotic systems
蚁群算法训练神经网络辨识混沌系统