1.
A Non-synchronization and Energy Efficient Sleeping Method for Wireless Sensor Nodes
无线传感器节点的非同步休眠节能方法
2.
Design and Implementation of Time Synchronization and Dormancy Scheduling Method Used in Wireless Sensor Network;
适于无线传感器网络的时间同步和休眠调度方法及实现
3.
A PRELIMINARY STUDY ON DORMANCY AND GERMINATION OF TRABECULATE ALDER SEED
江南桤木种子休眠和萌发的初步研究
4.
Preliminary Study on Respiration Metabolism of Rana Chensinensis during Hibernation;
中国林蛙休眠期呼吸代谢的初步研究
5.
ULTRASTRUCTURAL CHANGES OF THE MEDIAN NEUROSECRETORY CELLS DURING HIBERNATING AND NON-HIBERNATING PUPAL DEVELOPMENT IN PHILOSAMIA CYNTHIA RICINI
蓖麻蚕休眠和非休眠蛹期中央神经分泌细胞的超微结构变化
6.
Eeffeet on Breaking Shepherd s Purse Seed Dormancy with Various Chemicals;
不同药剂对解除荠菜种子休眠的作用
7.
Analysis of Storage Effects of Cottonseeds with Dormancy at Different Temperature
不同温度下有休眠棉种贮藏效果分析
8.
non synchronous
非同步的, 异步的
9.
A Preliminary Study on Seed Dormancy Characteristics and Germination Physiology of Cyclocarya Paliurus (Batal.) Iljinskaja;
青钱柳种子休眠原因及萌发生理的初步研究
10.
Cold hardiness in dormant branches of different sweet cherry varieties
休眠期内甜樱桃不同品种枝条的抗寒性
11.
Physiological changes of peach cultivars with different chilling requirement during bud dormancy induction
不同需冷量桃品种芽休眠诱导期间的生理变化
12.
The Dissimilarity Processing to the Shepherd's Purse Seed Dormancy and Germination Influence
不同处理对荠菜种子休眠与萌发的影响
13.
Effects of Different Ratio of External 6-BA,GA_3 and CEPA on the Dormancy of Gladiolus hybridus Hort.Bulb
外源6-BA·GA_3·CEPA不同配比对唐菖蒲种球休眠的影响
14.
A state of suspended animation, especially one in which certain aquatic invertebrates are able to survive long periods of drought.
失水休眠一种休眠状态，特别指某些水生非脊椎动物能够经受长时间干旱的状态
15.
Cyst A thick-walled resting spore.
休眠孢：厚壁的具有休眠功能的孢子。
16.
Influencing Factors of Seed Germination of Oplopanax Elatus;
东北刺人参种子休眠与萌发影响因子的初步研究
17.
Approach to Physiological Base and QTL Analysis of Seed Dormancy in Rice(Oryza Sativa L.);
水稻种子休眠性生理基础的初步研究及其QTL分析
18.
The Isozymes Analyse about Peroxi-dase,Catalase,Superpxide Dismutase in Different Parts of Luoyou7 Dormant Bunge Cherry
洛优7号欧李休眠期不同部位POD、CAT、SOD同功酶分析