1.
Transient expression in microplasmodia of Physarum polycephalum
多头绒泡菌微原质团瞬时表达系统的构建
2.
Micro-ultrastructure Studies on Phaneroplasmodia and Nuclear Matrix of Myxomycetes;
黏菌显型原质团显微—亚显微形态及核骨架的研究
3.
Synthsis of Hollow Cu-containing Oxides Submicrospheres by Soft Cluster Template;
用软物质团簇模板制备含铜氧化物中空亚微球
4.
A small, sometimes microscopic capsule designed to release its contents when broken by pressure, dissolved, or melted.
微胶囊，微囊体小团胶囊，在压力、溶解或熔化时破裂释放出所含物质
5.
Development and Application of Microwave Dielectric Ceramics Based on the Principle of Microwave Energy
利用微波能量原理的微波介质陶瓷应用研究
6.
Preliminary Study on Quality Standards of Raw Material of Pollen Preparation--Pollen Mass
花粉制剂原料——花粉团质量标准的初步研究
7.
First-principles Calculations on the Structures and Electronic Properties of Aluminum Clusters;
铝团簇结构和电子性质的第一性原理计算
8.
Molecular Simulations and First-principles Studies on the Structures and Electronic Properties of Pt Clusters
铂团簇结构性质的分子模拟和第一原理计算
9.
First-principles Study on the Properties of Group Ⅲ Metal and Ga_mN_n Clusters
Ⅲ族金属及Ga_mN_n团簇性质的第一性原理研究
10.
Study on the Texture and pH of Tobacco-planting Soil of Material-Base in Hongyun Tobacco Group
红云集团原料基地植烟土壤质地和pH特性研究
11.
First-principles investigations on the electron transport of a TaSi_3 cluster
钽硅团簇电子输运性质的第一性原理研究
12.
First Principles Study for the Transport Properties of FeC_n and Fe_2C_n Clusters
FeC_n和Fe_2C_n团簇输运性质的第一性原理研究
13.
Probe into the Laws about Quality Assertion of Origin Commodity in China;
我国原产地商品品质认定的法律探微
14.
ENHANCE ATOMIC FORCE MICROSCOPE(AFM) IMAGING QUALITY
提高原子力显微镜(AFM)成像质量的方法
15.
Study on In-Situ Encapsulated Flavor
一种原位包埋微胶囊香精性质的研究
16.
Indirect Determination of Chlorine in Sinter and Pellets by Atomic Absorption Spectrometry Method
微波消解-原子吸收法间接测定烧结矿和球团矿中的氯
17.
Contents of Medium Elements and Microelements in Tobacco Growing Soil of Hongyun Tobacco Group Raw Material Base
红云集团原料基地植烟土壤中量和微量元素状况研究
18.
A multinucleate mass of cytoplasm formed by the aggregation of a number of amoeboid cells, as that characteristic of the vegetative phase of the slime molds.
原质团由大量变形虫细胞聚集形成的细胞质的多核团，与粘菌的无性繁殖阶段的特性类似