Dry-Braised Mandarin Fish

Characteristics and commissioning of 1000 t/d production line with wet-process grinding and dry-process burning;

1000t/d湿磨干烧生产线工艺特点和调试

QTL Mapping and Analysis of Tipburn Resistance in Chinese Cabbage;

大白菜干烧心病性状的QTL定位和分析

Changes of Ca2+-ATPase Activity in Inner Leaves during theDevelopment of Tipburn in Chinese Cabbage;

大白菜干烧心病发生过程中Ca~(2+)-ATPase活性的变化

Morphological, Structural, Physiological and Biochemical Changes during the Development of Tipburn Symptoms in Chinese Cabbage;

大白菜干烧心病的形态结构及生理生化变化

In order to accurately estimate the size of carbon pool in the forest region of Xiaolong Mountains(Gansu Province,China),carbon content rates(CCRs) of dominant forest vegetations(13 tree species,14 shrub species,10 herbaceous plants) and the forest litters of 7 stand types were measured with dry combustion method.

为准确估计甘肃小陇山林区森林植被的碳库大小,应用干烧法对该地区主要林分类型的13种乔木、14种灌木、10种草本植物的不同器官和7类林分的枯落物有机含碳率进行了测定,同时利用生物量标准地资料对8类林分的乔木层平均含碳率及森林植被的储碳密度和碳储量进行了估算,并分析了林分各组分的碳储量分配特征。

Effects of Different Irrigation and Fertilizer on Ca Absorption and Tipburn of Lettuce;

不同肥料和灌溉方式对生菜钙吸收和干烧心的影响

It is proposed that the so called “tipburn” sympton in Chinese cabbage is caused by Ca deficiency in inner leaf tissues.

缺钙培养诱导大白菜干烧心发生 ,测定心叶组织细胞壁各成分含量的变化。

The starting of tip-burn mainly distributes on leaf s marginal and stem.

大白菜干烧心的始发病部位主要在叶缘和叶柄,症状主要表现为斑点和枯边,只有50%的材料表现水渍,心叶的症状表现与品种和基因型有密切关系。

In this review we describe various phenomena caused by atomic coherence,including electromagnetically induced transparency,coherent hole burning,double dark states,vacuum-induced coherence,optical signal storage based on stimulated Raman adiabatic passage,optical information transfer and erasure between two light channels,and so forth.

文章介绍了基于原子相干效应的电磁感应光透明、相干烧孔、双暗态、真空感应相干、部分受激拉曼绝热过程的光存储、光信息在不同通道之间的转换与擦除等现象的理论和实验研究,并简单介绍了它们的应用价值。

There are two traditionary processes to produce cement with calcium carbide sludge,one is " dry grinding dry burning",the other is " wet grinding dry burning".

利用电石渣制水泥通常采用"干磨干烧"或"湿磨干烧"工艺,通过对两种工艺过程的对比分析,提出一种利用电石渣生产水泥的新方法,即"干磨湿烧"工艺。