| 1. | The calculation result of the figure of merit of ca3conio6 , ca1 . 5na1 . 5co2o6 and ca3conio6 are respectively about 10 - 5 k - 1 , 10 - 4 k - 1 and 10 - 6 k - 1
在ca _ 3conio _ 6中则由于seebeck系数的下降幅度较大，使材料的热电性能下降。 |
| 2. | Various figure of merits of the wavelength pairs induced by the technology of harmony and raman scattering is calculated , the possible wavelength pairs are discussed
分别对倍频和喇曼频移两种技术产生的各种波长组合的波长优数进行计算。 |
| 3. | Therefore , the figure of merit of hf - , sb - doped zrnisn was greatly improved . the influence of the thermoelectric properties for zrnisn - based compounds with pd - introduced was studied
Hf和sb引入后的综合作用使zrnisn化合物的热电灵敏值( z值)有很大的提高。 |
| 4. | A significant reduction up to 50 % on thermal conductivity and a notable improvement on the thermoelectric figure of merit has been found in the present work
对比研究发现，采用原位氮化技术，可以显著降低材料热导率，最大降低量达到50 ，从而使材料的热电性能得到明显提高。 |
| 5. | The preliminary optimized design for a four - pass amplification system was given based on the conducted criterion of th e figure of merits ( fom ) and restrictions
针对神光原型装置的物理设计，提出了其能流分布设计优化的判据和设计的限制条件，给出了原型装置主放大级的初步优化设计结果。 |
| 6. | A tunability of 60 % and figure of merit of 133 have been achieved under 30v dc bias , demonstrating their usefulness for frequency - agile microwave devices at the liquid nitrogen temperature
在液氮温区表现出很好的微波器件应用前景。 4 、采用pld方法制备了高凰100 )取向的bao . ssr05五o创51卿si集成薄膜。 |
| 7. | The figure of merit of ito film deposited under these conditions was 3 . 10 10 - 3s , the sheet resistance was 53 . 8 ? / and the mean transmittance in visible region was 83 . 6 % when the thickness of ito film was 10nm
其次,为了进一步提高室温下沉积的ito膜导电性,采用ito / ag / ito三层结构的复合薄膜代替单层结构的ito膜。 |
| 8. | G t methods of measurement for radio equipment used in satellite earth stations - part 3 : methods of measurement for combinations of sub - systems - section two - measurement of the figure of merit of the receiving system in the 4ghz to 6ghz range
卫星通信地球站无线电设备测量方法第3部分:分系统组合测量第2节: 4 6ghz接收系统品质因数 |
| 9. | According to these results , the electronic conductivity , seebeck coefficient , thermal conductivity and figure of merit of materials are computed . the results are consistent with experimental measurements
根据所求出的有效质量、载流子浓度估算了上述三个模型的电导率、热导率、 seebeck系数和材料的热电品质因子，计算结果与实验测量值的变化趋势一致。 |
| 10. | G t methods of measurement for radio equipment used in satellite earth stations . part 3 : methods of measurement on combinations of sub - systems . section two : measurement of the figure of merit of the receiving system in the 4 ghz to 6 ghz range
卫星地面站用无线电设备的测量方法.第3部分:分系统组合件的测量方法.第2节:频率范围为4ghz - 6ghz的接收系统品质因数 |
