meiobenthos

meiobenthos

1. Abundance and biomass of meiobenthos in autumn and spring in the East China Sea and the Yellow Sea

东、黄海春秋季小型底栖生物丰度和生物量研究

2. In order to improve the efficiency to separate benthic meiobenthos from sea water samples and relieve the scientists working intension,a set of benthic meiobenthos separation system was developed.

为了提高从海水样品中分离深海底栖生物的效率,减轻科研工作者的工作强度,研制了一套深海底栖生物分离系统。

3. Meiobenthos biomass had significant correlation with the sand and silt contents of sediment and the content of Chl-a.

小型底栖生物的生物量与沉积物砂含量(%)、粉砂含量(%)和叶绿素a含量呈显著相关.

4. A rotating liquid jet method based on the cramming and structure characteristics of porous was proposed to resolve the cramming problem in the design of benthic meiobenthos separating device.

摘要为了解决深海小型底栖生物样品分离装置的毛细孔堵塞问题，提出了一种适合于其结构和堵塞特点的旋转射流解堵方法。

5. The marine meiobenthos were dyed by the rose bengal.The absorption spectrum and the fluorescence spectrum were measured.

摘要小型底栖生物经荧光染料虎红染色，测得虎红的吸收和激发光谱。

6. Benthic meiobenthos is one of the most important community to biomedical research.

深海小型底栖生物具有重要生物医学研究价值。

7. Benthic meiobenthos is one of the most important community, which can affect our opinion about deep-sea environment.

深海小型底栖生物分离装置的研究将对深海生物学的研究和深海环境评价有较大的推动作用。

8. benthic meiobenthos

深海底栖生物

9. Keywords benthic meiobenthos;separate system;flow field;blinding;

深海底栖生物;分离系统;流场;堵塞;

10. Mechanic System Design of Benthic Meiobenthos Separate Device

深海底栖生物分离装置机电系统研究

11. In the second chapter, the idea of applying LIF technology in the automatic separation equipment for marine meiobenthos was brought forward.

第二章在前面论述的基础上提出了在小型底栖生物自动分离系统中应用激光诱导荧光技术的研究方法;

12. Fluorescence Spectra Characteristic of Rose Bengal and Application in the Automatic Separating System of the Marine Meiobenthos

虎红光谱特性及其在小型底栖生物分离系统中的应用

13. A system of automatically separating marine meiobenthos was designed based on analyzing the spectrum of rose bengal and selecting appropriate optical component.

通过光谱的对比和分析，选择合适的光学组件，设计一套光学检测系统，从沉积样品中自动分离小型底栖生物。