| 1. | Methods of measurement for waveguides - part 8 : waveguide power holding capability
波导测量方法.第8部分:波导功率容量 |
| 2. | The latter bears some outstanding advantages : easy - production , great power capability , and longer longevity of the switch
后者具有易于加工,功率容量大,且开关寿命长的特点。 |
| 3. | It ' s found that the high exponent gaussian feed overmatch general gaussian feed on radiation characteristic and power capacity
同时，将高次高斯馈源的性能与一般高斯馈源进行了比较，发现其无论是在功率容量还是在辐射特性上均超过了后者。 |
| 4. | So , searching for novel slow - wave structures is one important developing direction of the twt in order to improve the broadband characteristic and increase the operating frequency and power capacity
因此,寻找新型的慢波结构以改善行波管宽带特性、提高工作频率和功率容量是慢波结构研究的重点和方向。 |
| 5. | The relation between temperature distribution and the loss factor of dielectric , the coefficient of heat transfer , output power , different modes , stress distribution are discussed
对回旋管输出窗的热应力进行了计算和分析,并对工作模式为h01模的回旋管输出窗在几种不同介质材料下的功率容量进行了计算。 |
| 6. | Because the coaxial structure can broaden the bandwidth , they might be one type sws of the high power capacity and the middle bandwidth . several major and valuable achievements are listed as the followings : 1
其有别于普通膜片加载波导的同轴结构，使得带宽得以拓展，因此很可能成为一类同时满足高功率容量和宽带要求的慢波结构。 |
| 7. | Starting with analysis on the field of gaussian feed ' s aperture , the relations of radiation characteristic and power capacity and gaussian beam waist radius are investigated particularly by using the circular waveguide intrinsic mode expansion method
<中文摘要> =本文从圆锥高斯馈源口面场分析入手，利用高斯场展开成规则圆波导场的方法，细致的讨论了高斯束腰对馈源辐射特性和功率容量的影响。 |
| 8. | Relativistic back wave oscillator ( rbwo ) with a coaxial structure has a big power capacity of system . with large radius electron beam to decrease the space charge effects without usage of high current , hence the rbwo can work well at a lower axial guide magnetic field
同轴返波管具有很大的功率容量,可以采用大半径电子注,在工作电流不变的情况下空间电荷效应大幅度降低,因而可工作在低磁场状态。 |
| 9. | It shows that the coaxial disk cylindrical waveguide with longitudinal ribs , which is one of large diameter , all - metal structure and allows for high average power capability , can improve the propagating wave ' s characteristics and gain a relative broad bandwidth by means of modifying the geometrical dimensions of the circuits
结果表明：脊加载盘荷波导是一种尺寸大，功率容量大的全金属结构，在加脊后可以改善导波特性，提高带宽。二、对脊加载盘荷波导注波互作用的线性理论进行了研究。 |
| 10. | The ingredients limiting power capability and depress combining efficiency in the whole system have been discussed . the infection of the dimension of microstrip line to power capability of devices and the power capability of isolate resistor has been investigated in detail . a high efficiency adaptive power combining technique restraining great degradation in multi - way combining system has been introduced ; 2
文章的主要内容是: 1 .讨论了功率合成系统中限制功率容量、降低合成效率的因素;详细研究了微带线尺寸对器件功率容量的影响,以及大功率合成系统中隔离电阻功率容量的量值;针对多路合成系统中适度恶化现象合成提出高效率的自适应合成方法。 |
