1.
Xie Ling-yun s Landscape Poem Creation and His Clan s Customs;
谢灵运的山水诗创作与谢氏家族风习
2.
The Rise and Decline of the XIE Family and the Emotional Key to the Poetry of XIE Ling yun and XIE Tiao;
谢氏家族兴衰与谢灵运、谢脁诗歌感情基调
3.
On the Mellifluent and Exquisite Style of the Scenic Poems by Xie Huilian;
谢氏山水诗的流畅婉细——“三谢”中的过渡诗人谢惠连
4.
On the Lineage,Country and Migration of the Xie Clan in the Six Dynasties;
六朝陈郡谢氏世系、郡望及迁居考论
5.
Isolation and Purification of Linoleate Isomerase from P. freudenreichii ssp. shermanii and L. plantarum
费氏丙酸杆菌谢氏亚种和植物乳杆菌中亚油酸异构酶的分离纯化
6.
On Chenjun Xie Family s Ups and Downs Which Indicated by Place Names in the Epitaphs--The Expression of Place Names in the 6 Unearthed Epitaphs of Chenjun Xie Family Members;
从墓志地名看东晋南朝陈郡谢氏之浮沉——南京出土6方谢氏墓志所载地名汇释
7.
On the History of the Xie s Clan in the Six Dynasties Period;
后进·强盛·衰败——六朝陈郡谢氏家族的历史轨迹
8.
A Brief Discussion of Xie Clan s Position and Function in the Development of Poems in Southern Dynasty;
简论陈郡谢氏家族在南朝诗歌中的地位和作用
9.
Family and literature--On the reasons for the literary prosperity of Xie family;
家族与文学——论谢氏家族文学兴盛的原因
10.
New Investigation on the Characteristic of the Landscape Poetry of the Xie s Clan in the Six Dynasties;
诗中有画:六朝陈郡谢氏家族山水诗新探
11.
On Cultural Vitality Shown by the Powerful Influence of Shie-family;
论陈郡阳夏谢氏家族显赫所张扬的文化活力
12.
Studies on the Characteristics of Linoleate Isomerase from P.freudenreichii ssp.shermanii and L.plantarum
费氏丙酸杆菌谢氏亚种和植物乳杆菌亚油酸异构酶结构及酶学性质
13.
Xie Family's development locus on the southern bank of the Yangtze is indicated by the change of place names related to Xie Family members'offical career,title of nobility;
谢氏仕宦、爵位地名的变化,反映了其家族江左发展的地域轨迹;
14.
A Study of Xie's Epigraphs Unearthed in Sijia Mountain in Nanjing - the Dirge of the Government-in-exile of the East Jin
南京司家山出土谢氏墓志研究——东晋流寓政府的挽歌
15.
Chediak-Higashi syndrome
谢迪亚克-东二氏症候羣
16.
Effects of Nickel Ions Out from Dental Ni-Cr Metal-ceramic Alloy on Glycolysis and Ureolytic Activity of Actinomyces Naeslundii;
齿科镍铬合金析出镍离子对内氏放线菌糖代谢和尿素代谢的影响
17.
(2) higher metabolic consumption and lower growth efficiency, e.g. black porgy and fat greenling;
(2)较高代谢和较低生长,如欧氏六线鱼和黑鲷;
18.
Isolation of Neisseria from hu- man dental plaque and study of char- acteristics of acid degradation
人牙菌斑奈瑟氏菌的分离培养及酸代谢特性