1.
Genetic Analysis of Grain Traits and Gene Mapping of Grain Length in Rice(Oryza sativa L.);
水稻籽粒性状的遗传分析及粒长基因定位
2.
Phase-field Method Simulation of the Grain Growth with Hard Particle
相场方法模拟硬质颗粒对两相晶粒长大的影响
3.
Phase-Field Simulation of the Grain Growth and Its Kinetic;
晶粒长大过程及其生长动力学的相场法研究
4.
GRAIN BOUNDARY MIGRATION IN RECRYSTALLIZED ARMCO IRON DURING GRAIN GROWTH
α-铁素体晶粒长大过程中的晶界迁移
5.
Monte Carlo Simulation of Grain Growth in HAZ of X70 Pipeline Steel;
X70管线钢焊接HAZ晶粒长大的MC模拟
6.
Monte Carlo Simulation of Grain Growth in the Heat-Affected-Zone of Laser Welding;
激光焊接热影响区晶粒长大Monte Carlo模拟
7.
Study on the Telomere Length, TRF1, hTERT and Survivin in Myelodysplastic Syndromes;
MDS患者端粒长度、TRF1、hTERT和survivin的表达
8.
The Variances of Telomere Length in the Gastric Carcinoma、Adjacent Tumor Tissue and Normal Gastric Mucosa;
胃癌、癌旁和正常组织端粒长度的变化
9.
"For practical purposes rices are generally classified as long-grain, medium-grain and shortgrain. "
水稻通常分为长粒型、中粒型和短粒型。
10.
blastoporphyritic leptite
变余斑状长英麻粒岩
11.
Study on the Growth Characteristics, Grain Nutrient and Antioxidation of Black Wheat(T.aestivum L.);
黑粒小麦生长特性、籽粒营养及抗氧化性研究
12.
Hull Growth and Cytological Differences Between Two Rice Varieties with Long and Short Grains
水稻长粒和短粒品种稃片的发育及细胞学差异
13.
The Discovery of Microspherules in Archean Lamellar Plagioclase Amphibolite of Gongchangling Area,Liaoning Province
辽宁弓长岭太古宙斜长角闪岩中微球粒之发现
14.
Every seed is a potential plant.
每粒种子都可能长成植物。
15.
At a suitable place through regeneration, and growth,nugget is formed in such a way.
在适当条件下,金粒再生、长大,形成块金.
16.
The resultant grains tend also to be elongated along the direction of deformation.
所形成的晶粒沿变形方向被拉长。
17.
Brought by the wind，the seed arrived to this place and started to grow．
风把那粒种子吹到这里，它开始生长。
18.
“Black lung” is caused by the long-term inhalation of fine particles of coal dusts.”
“黑肺病”是因长期吸入煤尘微粒所致。