1.
Physiological and Biochemical Responses of Spring Wheat to Drought Stress under Non-hydraulic Root-sourced and Hydraulic Root Signals;
不同品种春小麦在非水力根源信号和水力根源信号区间的生理生化响应
2.
Root-Sourced Signals, Competitive Ablity and Yield of Winter Wheat Affected by Water Stress and Root Excision;
水分胁迫和断根对冬小麦根源信号、竞争能力及产量的影响
3.
Effects of Water Stress and Planting Model on Root-Sourced Signal and Capability of Competition and Yield in Wheat;
水分胁迫与种植模式对小麦根源信号、竞争能力及产量的影响
4.
Gravitational waves signals look like sine waves and occur at different frequencies that depend on their source.
引力波信号看起来象正弦波，但根据他们自己的震源有不同的频率。
5.
Physiological and Biochemical Responses of Non-hydraulic Root-sourced Signal Threshold Range of Soybean at Anthesis
大豆花期非水力根信号阈值区间下的生理生化响应
6.
Research on Signal Detection and Bearing Estimation of Underwater Sound Source;
关于水中声源的信号检测与定向研究
7.
Design and Development of Underwater Multi-target Simulated Signal Generator;
水下多目标模拟信号源的设计与研制
8.
Thermal tests， small signal tests， and stress analysis test.
电源模块热、小信号、应力分析测试。
9.
They arise because of the removal of radicals.
他们起源于脱根号。
10.
Composing of Bottom Scattering Coefficient Measurement Equipment and Design of Underwater Acoustic Signal Generator;
海底散射系数测量系统构成及水声信号源研制
11.
The Design and Realization of Multi-function Simulating Acoustic Signal Source Equipment
多功能水声设备模拟信号源的设计与功能实现
12.
His confidence was as much a source of strength as of danger.
他的信心既是危险的根子，也一样是力量的源泉。
13.
A Brief Analysis of the Roots of Public Credibility Weakness of Our Local Government and Its Countermeasures;
浅析我国地方政府公信力弱化的根源及对策
14.
Analysis of Gene Expression and Source-sink Dynamics in Transportation Regulation of ABA Signal Accumulation
ABA信号转运调节的基因表达与源库动力学分析
15.
The gripper can sense the gripping force according to the strain at the base of the piezoelectric bimorph.
通过检测悬臂梁根部的应变信号实现对微夹钳夹持力的检测。
16.
The pressure sensings are transmitted into the lower portions of two large reservoirs.
压力传感信号被传送到两个大水罐的下部。
17.
Analysis of capacity and service level of urban single signalize intersection;
单点信号交叉口通行能力和服务水平分析
18.
Improving underwater signal detection capability by using support vector machine
利用支持向量机提高水声信号的检测能力