1.
Citrus Fruit Enlargement and the Analysis of the Relationship between Meteorological Conditions
柑桔果实膨大与气象条件的关系浅析
2.
EFFECTS OF TOPDRESSING UREA ON NITROGEN METABOLISM OF LEAF AND FRUIT QUALITY DURING FRUIT SWELLING OF JINGMIAN PERSIMMON
镜面柿果实膨大期追施尿素对叶片生理指标和果实品质的影响
3.
Cloning and Expression Analysis of Expanding Growth Related Genes from Cucumber Fruit after Pollination;
授粉后黄瓜果实膨大生长相关基因的克隆与表达分析
4.
Effects of Foliar Fertilizer Chitin Derivatives on the Leaf Growth and Fruit Swelling of Winter-date
甲壳素衍生物叶面肥对冬枣叶片生长及果实膨大状况的影响
5.
Effects of Night Temperature on Fruit Expansion and Polyamine Content in Melon
夜间温度对薄皮甜瓜果实膨大及多胺含量的影响
6.
The Related Factors of Night Low Temperature Effect on Development and Sugar Accumulation of Melon during Fruit Enlarging
果实膨大期夜间低温对薄皮甜瓜生长及果实糖积累影响的相关因素研究
7.
The endocarp is hardened before the final swell.
在果实最后膨大期以前内果皮变硬。
8.
Application of Pro-Gibb and Promalin To Red Globe Grape
奇宝与保美灵对红提葡萄果粒膨大的效果研究
9.
Study of Different Treatment Measures' Compaction in Swelling Rock Slope
膨胀岩渠坡不同处理措施压实效果研究
10.
After10 days of culture, the base of the stem began to expand.
培养10天后罗汉果茎段的基部一端开始膨大。
11.
Studies on Photosynthetic Characteristics of Red Globe during Berry Expansion Period in Different Trellis
不同架式晚红葡萄浆果膨大期光合特性研究
12.
Inflation Targeting: the Practice and Revelation of Monetary Policy Implementing in Canada;
通货膨胀目标制:加拿大银行的政策实践与启示
13.
Application example of bentonite waterproof liner on huge artificial lake
膨润土防水毯在大型人工湖的应用实例
14.
Three AOB dosages were designed in a lab-scale application. The experimental results show that 0.02% dosage proves the most obvious effect.
膨化食品应用的小试实验显示,以0.02%剂量组的抗氧化 效果最好。
15.
Effectiveness of China's Monetary Policy on Controlling Inflation--Empirical Evidence from Samples between July 2005 and September 2008
中国货币政策扼制通货膨胀的效果——基于2005.7—2008.9样本的实证分析
16.
Effect of compound MgO expansive material
新型复合MgO膨胀材料的膨胀效果
17.
The great evil of inflation is largely the result of government extravagance and waste.
通货膨胀这一大灾难主要是政府奢侈浪费所造成的后果。
18.
The results show that the thinner crystal nano-wire has a larger thermal expansion coefficient.
研究结果表明，纳米晶体线越细，其热膨胀系数越大。