1.
The Cornerstone of Chinese Literature in Korea--Guiyuan Bigeng Ji;
韩国汉文文学的奠基作:《桂苑笔耕集》
2.
In Chinese words, an“ academe” symbolizes a place where scholars and artists meet and gather together.
中国宋代文学家苏轼有诗云：“笔砚耕学苑，戈矛战天骄。
3.
Pen and Gun In Anti-Japanese Poem and ideal with Soaring Aspiration;
笔枪抗战 壮怀诗心——彭桂萼抗战诗歌集《沧江号角》试说
4.
DISCUSSION ABOUT PU DIAN-JUN'S ART OF CALLIGRAPHY
天池传侠笔 文苑鲁诸生——蒲殿俊书法艺术略论
5.
DISCUSSION ABOUT PU DIAN-JUN S ART OF CALLIGRAPHY;
天池传侠笔 文苑鲁诸生——蒲殿俊书法艺术略论
6.
A Study on the Recording of "Fa Yuan Chu Lin" and "Chu Jing Yao Ji";
《诸经要集》与《法苑珠林》版本流传之研究
7.
Concerted Advancing with the Motherland,Devoted to Geosciences Education--Sixty Years of Educational Experience
我与祖国共奋进 地苑耕耘献爱心——六秩教育工作点滴体会
8.
The Loyalty Story by JIANG Shi-quan;
血染桂林霜——蒋士铨笔下的忠门演义
9.
A Wonderful Flower of Poetry Field of The Literary World: Comment on True Feelings Three Hundred Pieces of Poems Hiding The Head Which was Written by Mr. Yang Xiao;
文坛诗苑一奇葩——评杨啸的《真情集——藏头诗300首》
10.
A habitat of Uca formosensis is located in Fangyuan, Changhua County, the mangrove within is Kandelia candel.
图11.台湾招潮的栖地之一：彰化县芳苑，图中的红树林为水笔仔。
11.
Idiosyncratic Female Characters as Portrayed by Eugene O’Neill
剧苑奇葩——尤金·奥尼尔笔下独具特色的女性角色(英文)
12.
The teacher collected the notebooks.
教师收（集）笔记本。
13.
Research on the Runoff Characteristics of Small Watershed under the Reafforestation Patterns in Northwest Guangxi
桂西北退耕还林模式下小流域径流特征研究
14.
Consistent Cultivation of Mind Makes Miracle--Meticulous Painting of Figures;
耕心一贯化出神——工笔人物画线描谈
15.
A Comment on A Prelude to Collected Works of Tao Yuanming by Xiao Tong;
百年文苑知己 一序空谷足音——评萧统的《陶渊明集序》
16.
Why Ci Is Not Included in the Literary Anthology Containing Various Literary Genres-With Reference to Wen Yuan Ying Hua
“分体编录”型文学总集不录词体辨——以《文苑英华》为例
17.
Investigation and Study on Vegetation-Effect in Different Vegetation Restoration Patterns of Returning Land for Farming to Forestry in Guangxi;
桂西北退耕还林不同植被恢复模式的植被效益调查研究
18.
The Study of the Predictive Method about the Quantity of Cultivated Land Reserved in General Land Use Plan;
土地利用总体规划耕地保有量预测方法研究——以桂林市资源县为例