1.
Measurements of the electrical properties of low-power electronic tubes--Methods of measurement of maximum anode dissipation power
GB/T3306.19-1982小功率电子管电性能测试方法最大阳极耗散功率的测试方法
2.
Blank detail specification for glass envelope transmitting tubes of anode dissipation over 1kW
GB/T9431-1988阳极耗散功率大于1kW的玻壳发射管空白详细规范(可供认证用)
3.
aluminium base alloy sacrificial anode
铝基合金防蚀消耗阳极
4.
The Zero Diffusion Limit for Nonlinear Hyperbolic System with Damping and Diffusion;
带耗散与扩散的非线性双曲系统的零扩散极限
5.
The Formation of the Dissipative Structure of the Tourism in Mianyang;
绵阳旅游业耗散结构系统形成的研究
6.
Improvement of Anode Baking Technology and Reduction of Production Energy Consumption
改进阳极焙烧工艺 降低生产能源消耗
7.
The City Brand: Analysis of Dissipation Construction for Yangjiang Knives-Scissors Industry;
城市品牌:阳江刀剪工业耗散结构因素分析
8.
Effective measures to reduce the consumption of heavy oil in anode baking system
降低阳极焙烧系统重油消耗的有效措施
9.
Extremum Problem in the Wheatstone Bridge Circuit
惠斯通电桥电路中耗散功率的极值问题
10.
Dissipative Structure,Growth Pole and Development Strategy of City Commercial Banks;
耗散结构、发展极与城市商业银行发展策略
11.
Study on the Dynamic Development of Ecological System of Sunny Sport Based on the Complex System Theory
耗散结构视域下“阳光体育”生态系统发展机制的探讨
12.
Effects of the microstructure of anode gas diffusion layer on mass transport and performance of DMFC
扩散层微观结构对DMFC阳极传质及性能的影响
13.
Once the anode is depleted, the tank will start to corrode, eventually developing a leak.
一旦阳极棒消耗完，热水器将开始被腐蚀，并最终发展成泄漏。
14.
Reducing raw materials consumption in carbon anode production through optimizing process and strengthing management
优化工艺强化管理降低炭阳极生产中的原料消耗
15.
Measurements of the electrical properties of transmitting tubes-Measuring methods of maximum grid dissipation power
GB/T3789.9-1991发射管电性能测试方法栅极最大耗散功率的测试方法
16.
positive terminal of an electric battery;anode
（电池的）正极,阳极.
17.
The anode in an electron tube.
阳极电子管中的阳极
18.
Preparation of Nano-Particulate Al_2O_3 Powders by Anodic Oxidation Deposition in Polymer Dispersive Medium;
有机高分子分散下阳极氧化电沉积法制备纳米Al_2O_3粉体