1.
LATE PROTEROZOIC MICROFOSSILS FROM THE TONGJIAZHUANG FORMATION, WESTERN SHANDONG, CHINA
鲁西上元古界佟家庄组的微体植物化石
2.
A NEW FINDING OF MICROPALEONTOLOGIC PLANT OF SILURIAN AND ITS STRATIGRAPHICAL SIGNIFICANCE IN MEIHUASHAN, FANG COUNTY, HUBEI
湖北房县梅花山志留系微体植物化石新发现及地层意义
3.
THERMAL ALTERATION OF JURASSIC VOLGA PLANT MICROFOSSILS OF WESTERN SIBERIA
西伯利亚西部侏罗纪植物微体化石的热变质作用(英文)
4.
fossil botany
古植物学, 植物化石学
5.
The branch of paleontology that deals with microfossils.
微体古生物学研究微体化石的古生物学分支
6.
Optimization of RAPD Reaction System in Huperziaceae Plant
石杉科植物RAPD反应体系的优化
7.
Microcharacters of Four Fossil Plants from Pliocene in Tengchong of Yunnan Province;
云南腾冲上新世四种化石植物微细特征研究
8.
fossil gymnospermous plants of the Carboniferous.
石炭纪的裸子植物化石。
9.
plant microbial biochemistry
植物微生物生物化学
10.
biostratigraphy of fossil plants
植物化石生物地层学
11.
the study of fossil plants.
研究植物化石的学科。
12.
Direct Determination of Micro Iron in Vegetable Oil by Graphite Furnace Atomic Absorption Spectrometry With IL Fastac Autosampler
雾化淀积石墨炉原子吸收法直接测定植物油中微量铁
13.
Microstructures of one species of Quercus from the Neogene in Eastern Zhejiang and its palaeoenvironmental indication
浙东新近纪一种栎属植物化石微细特征及其古环境指示
14.
He collected rocks, plants, animals and fossils,
他搜集岩石、植物、动物和化石，
15.
cmos on sapphire microprocessor
蓝宝石上互补金属氧化物半导体微处理机
16.
Kinetic-spectrophotometric method for the determination of trace amount of bromide with malachite green-hydrogen peroxide
孔雀石绿-H_2O_2体系动力学光度法测定微量溴化物
17.
Removing ammonia nitrogen from slightly-polluted water by zeolite-microbe combined immobilization technology
沸石联合微生物固定化去除微污染水体中氨氮的研究
18.
a family of fossil gymnospermous plants of the Carboniferous.
石炭纪裸子植物化石的一科。