查询词典 puffed rice

The GR38,a japonica-prone rice with wide spectrum and strong restoring,was developed from the cross of Guangzhongai,a wide compatibility China indica rice,and Balilla,a Italian japonica rice without restoring ability.

用无育性恢复力的意大利粳稻巴利拉，与具有广亲和性的我国改良籼稻广中接杂交，创新出偏粳型广谱性强恢复系种质GR38。

Rice genome DNA was extracted from rice blades and used as template for PCR reaction. Two rice chitinase genes CHAB and CH24 were amplified. They were cloned to T-vector and sequenced.

本研究以水稻基因组DNA为模板，通过PCR扩增，获得两种水稻几丁质酶基因CHAB和CH24，分别连接到T载体进行测序。

Supervised and unsupervised image classification were applied to the study area TM image and t o the paddy field TM image. And the early rice areas were calculated by each met hod. Using the proposed methodology improved the quantitative accuracy of ear ly rice area estimated up to 93.98%, whereas it was 82.83%when image classific ation was used only. The extracted information from the c lassification is belonging to the early rice and not to any other vegetation. Si nce the GIS database is available, the method is easily applicable to any new RS images.

不同方法比较结果表明：非监督分类法不能用于提取丘陵山区的水稻种植面积；只用TM资料估算龙游县早稻面积，与统计数据相比，平行六面体分类法、最大似然分类法精度分别达到82.83%和59.95%；而用GIS 与TM资料集成技术对水田分布图进行分类估算早稻面积，平行六面体分类法、最大似然分类法的估算精度分别达到93.98%和60.65%，所以利用平行六面体分类法对南方丘陵山地早稻种植面积估算是可行的。

The design of transplanter for rice growing in cupulate tray is the critical link in rice growing in cupulate tray technology,the design method is not mature,for exploring a new design method,having discussed neural network s serviceability in agriculture machinery mechanism design with the theoretical basis of self-organizing feature mapand the back-propagation network,the integrated SOM-BP nerve network model is applied in the field of transplanter s critical mechanism design for rice growing,al...

水稻钵育栽植机的设计是实现水稻钵育栽培技术的关键环节，区别于传统的水稻栽植机其关键部件的设计方法还不成熟，在理论研究方面还不完善。为探索新的设计方法，论述了神经网络算法对农业机械设计的适用性，以自组织特征映射网络SOM 和误差反向传播网络BP为理论基础，将SOM-BP集成神经网络模型应用于水稻钵育栽植机关键部件设计领域，建立神经网络模型，通过集成网络训练，得到设计结果。验证了SOM-BP神经网络在农业机械机设计中的正确性和精确性。

The transgenic regenerative rice plants were gotten. Indoor feeding corn borer by these transgenic rice regenaration plants and their descendance's tiller stem;The corn borer mortality and the worm length were compared to determinate transgenic regenerative rice's pest resistance.

我们用这些转基因水稻再生植株及其后代的分蘖茎段对玉米螟进行室内喂养，通过比较虫体死亡率及虫体生长长度，测定转基因水稻再生植株的抗虫性。1997～1999年共进行3个世代5次的室内测定。

After another kind is the rice pulverizing, puts directly to the machine in the extrusion forming, causes the rice dextrinize formation depending on the friction heat degree, is called "the dry finishing rice-flour noodle".

另一类是大米磨粉后直接放到机器中挤压成型，靠摩擦的热度使大米糊化成型，称为&干浆米线&。

And bought rice is and so on of feline tooth rice, filar seedling rice mostly pack, the price is in mostly a 23 wool a jin, of archives of the on the high side in still be the sort of.

而且买的米大多是猫牙米、丝苗米之类的包装，价格大多在一块二三毛一斤，还算是中偏高档的那种。

Combining Panjin practice, refer to three multiple cropping models of fruited vegetable and rice at winter crops in sunlight hothouse, wild cabbage or pumpkin and rice at spring crops in big or middle shed and leafed vegetable and rice in middle or small arched shed.

结合盘锦地区稻菜复种的实践，提出了日光温室冬春茬果菜类与水稻复种、中棚春茬甘蓝或西葫芦与水稻复种及中小拱棚生叶菜类与水稻复种三种模式。

Using four different Na_2CO_3 concentration as simulating alkaline stress,the relative alkali damage rate of rice germinative energy and germination rate at germination period,RADR of rice root length,seedling height and root number at early seedling stage were looked as evaluation indexes,so the alkaline stress concentration for evaluation of alkaline tolerance at germination period and early seedling stage in rice was studied.

通过采用4种不同浓度的Na2CO3模拟碱胁迫，以水稻发芽期发芽势和发芽率的相对碱害率以及幼苗前期的根数、根长和苗高的相对碱害率为鉴定评价指标，研究水稻发芽期和幼苗前期耐碱性鉴定的碱胁迫条件。

Because of the rice genome sequence analysis, have access to a large number of human genetic information and function of rice genes, in order to cultivate high-yield, high-quality, delicious rice varieties lay the foundation for and contribute to understanding of wheat, corn and other gramineous crops Genome in order to bring the whole basis of food crops and applied research.

因为通过对水稻基因组进行全序列分析，人类能获得大量的水稻遗传信息和功能基因，为培育高产、优质、美味的水稻品种打下基础，并有助于了解小麦、玉米等其他禾本科作物的基因组，从而带动整个粮食作物的基础与应用研究。

But this is impossible, as long as it is engaging in a market economy, there are risks in any operation.

但是，这是不可能的，只要是搞市场经济，是有风险的任何行动。

We're on the same wavelength.

我们是同道中人。