• Line - type fixed attenuator using all fiber structure, stable and reliable performance.

    在线型固定衰减器采用全光纤结构,性能稳定可靠。

    youdao

  • The fiber structure and quality of the ramie with different growth period were researched.

    在不同生长期收割苎麻,然后分别对其纤维结构及品质进行了研究。

    youdao

  • As the inertial sensing unit has an all-fiber structure, the stability of the system is greatly improved.

    由于惯性敏感单元为全光纤结构,大大提高了系统的稳定性。

    youdao

  • MOPA technology is applied to achieve all fiber structure and high power output, the optic signal is amplified.

    为实现光纤一体化设计及高功率输出,采用MOPA技术,对信号光进行放大。

    youdao

  • Objective To study the role of Diffusion-Tensor Imaging(DTI) in the demonstration of healthy human white matter fiber structure.

    目的研究磁共振脑扩散张量成像在显示正常人脑白质纤维结构方面的作用。

    youdao

  • The pathogenesis of them: in 3 cases were muscle fiber structure hypoplasia, 3 cases were arteriosclerosis and 1case was arteritis.

    病因有肌纤维结构发育不良3例、动脉粥样硬化3例、大动脉炎1例。

    youdao

  • Base on the heterodyne laser Doppler theory, a heterodyne laser Doppler vibrometer (LDV) with fiber structure was designed and implemented.

    基于外差激光多普勒原理,设计并实现了一套光纤结构的外差式激光多普勒振动计(LDV)。

    youdao

  • The micro wear mechanism for PEN is plastic flow and broken of the fiber structure, while that for PI is crack initiation, extending and block fracture.

    PEN薄带的微观磨损机理主要是纤维组织的塑性流动和拉断,而PI薄带的微观磨损机理为裂纹的萌生、扩张和块状剥落。

    youdao

  • Bamboo fiber and hemp fiber structure and properties similar to the microstructure morphology and hemp fibers have many similarities, not easy to distinguish.

    竹原纤维与麻类纤维的结构及性能相似。其显微形态与麻类纤维有许多相似之处。不易区分。

    youdao

  • The flexible and progressive fiber structure makes sure the highest dust holding in order to maximize the working life of the terminal medium efficiency filters.

    蓬松渐密的纤维结构,保证了较高的聚尘率及较大的容尘量,有效延长其后端中效过滤器的使用寿命。

    youdao

  • A kind of all-fiber structure optical bistable experiment device was designed. Based on elastic -optic effect of silica fiber we accomplished optical bistable experiment.

    提出了一种光纤结构的光学双稳态实验装置,利用石英光纤的光弹效应实现了压光调制,并完成了双稳实验。

    youdao

  • Experimental results showed that the treated fibers had much higher hydroscopicity than the untreated ones, due to the highly absorbent carboxymethyl groups in the fiber structure.

    实验结果显示,由于处理后纤维的结构中含有高吸水性的羧甲基基团,处理后的纤维比初始纤维有更高的吸湿性。

    youdao

  • Compared with the other fiber laser structure, our all-fiber structure has higher efficiency and better stability. The laser also has very stable and flat output during the whole tuning range.

    与其他结构光纤激光器相比,这种全光纤结构具有更高的效率和更好的稳定性,且在整个调谐宽度范围内,激光输出功率具有很好的平坦度。

    youdao

  • A near diffraction limited beam was produced from the amplifier with quasi-single mode output... the results shows that the high pulse energy fiber laser has advantage of simple all fiber structure.

    输出的光束质量较好,为准单模输出。该光纤放大器输出脉冲能量高,具有全光纤化、结构简单的特点。

    youdao

  • Because chitosan possesses in its structure highly reactive primary amine groups, the functional properties of chitosan fibers could he modified by applying various treatments to the fiber structure.

    由于甲壳胺的分子结构中有反应活性很高的氨基,通过对氨基的化学改性可以得到具有特殊功能的改性甲壳胺纤维。

    youdao

  • Because chitosan possesses in its structure highly reactive primary amine groups, the functional properties of chitosan fibers could be modified by applying various treatments to the fiber structure.

    由于甲壳胺的分子结构中有反应活性很高的氨基,通过对氨基的化学改性可以得到具有特殊功能的改性甲壳胺纤维。

    youdao

  • Using the side-pumped coupler made from fused tapered fiber, the Yb-doped double-cladding fiber (YDCF) master oscillation power amplification (MOPA) with all-fiber structure is experimentally studied.

    结合双包层掺镱光纤(YDCF)和主振荡功率放大(MOPA)技术,利用熔融拉锥的光纤侧面耦合器,设计和实验研究了全光纤结构的脉冲光纤放大器。

    youdao

  • Using the side-pumped coupler made from fused tapered fiber, the Yb-doped double-cladding fiber (YDCF) master oscillation power amplification (MOPA) with all-fiber structure is experimentally studied.

    结合双包层掺镱光纤(YDCF)和主振荡功率放大(MOPA)技术,利用熔融拉锥的光纤侧面耦合器,设计和实验研究了全光纤结构的脉冲光纤放大器。

    youdao

$firstVoiceSent
- 来自原声例句
小调查
请问您想要如何调整此模块?

感谢您的反馈,我们会尽快进行适当修改!
进来说说原因吧 确定
小调查
请问您想要如何调整此模块?

感谢您的反馈,我们会尽快进行适当修改!
进来说说原因吧 确定