1.
Feature extraction for passive sonar target based on critical band spectrum energy
被动声纳目标临界频带频谱能量的特征提取
2.
The difference, expressed in Hertz, between the two limiting frequencies of a band.
一个频带的上下界频率之差,单位用赫兹表示。
3.
Research on Low-Power Single-Phase APFC Operating in CRM Mode with Frequency Limited;
限频临界断续模式单相小功率APFC研究
4.
Condensate Pump Retrofit for a 630 MW Supercritical Power Unit Using Frequency Conversion Technology
630MW超临界机组凝结水泵的变频改造
5.
LBO Type-Ⅰ critical Phase-matched Intracavity Sum-frequency Mixing 555 nm Laser
LBOI类临界相位匹配内腔和频555nm激光器
6.
Control Strategies of Primary Frequency Regulation of Domestic 600MW Supercritical Unit
国产600MW超临界机组一次调频控制策略
7.
Multiply Solutions for the p&q-Laplacian Problem with Critical Exponent;
带临界指标的p&q-Laplace型问题的多解性
8.
Study of N_2O transcritical two stage compression expander refrigeration cycle
N_2O跨临界双级压缩带膨胀机制冷循环
9.
Numerical Simulation of Refractory-belt Retrofit of 600MW Supercritical Utility Boiler
600MW超临界锅炉卫燃带改造数值模拟
10.
Existence of Solution for an Elliptic Equation Involving Critical Sobolev Exponents
带临界Sobolev指标椭圆方程解的存在性
11.
Uniqueness of the One-bubbling Solution for a Neumann Problem Involving the Critical Sobolev Exponent
一类带临界指标的Neumann问题解的唯一性
12.
Coal-rock interface recognition based on multiwavelet packet energy
多小波包频带能量的煤岩界面识别方法
13.
Study of Primary Frequency Regulation for Supercritical Unit Based on Mechanism Modeling
基于机理建模的超临界机组一次调频的研究
14.
LBO type-I critical phase-matched intracavity sum-frequency mixing 572nm yellow laser
LBO I类临界相位匹配腔内和频572nm黄光激光器
15.
Research of optimized control for primary frequency requlation of supereritical once-through boiler
超临界直流锅炉一次调频的优化控制策略研究
16.
Analysis on Multi-order Static Frequency of Last Stage Long Blade of 1000MW Ultra Supercritical Turbines
1000MW超超临界汽轮机末级长叶片多阶静频分析
17.
Study and Application of Control Strategy for Primary Frequency Regulation of Supercritical Once-through Boiler
超临界直流锅炉一次调频控制策略研究与应用
18.
Nuclear fission has contributed to our society some new phrases-- "critical mass" and "critical size".
原子核裂变给我们的社会带来了一些新词汇--“临界质量”和“临界大