環形玻片 的英文怎麼說
中文拼音 [huánxíngbōpiān]
環形玻片
英文
ring slide-
This investigation of the two species is mainly dealing with their morphological characters, population biology, pollination biology and molecular biology, based on the following methods such as section slides, sem, artificial pollination, rapd analysis and gravity glass slides. this study is intended to demonstrate the distribution patterns of the populations for the two species, the numerical and spatial characteristics of ecological difference, the biological characters of seeds, pollination mode and reproductive stratigies, and molecular genetics. in light of the results from this study, the reasons that resulted in the present dangerous situation for the two species were discussed, and the suggestions for protecting them were proposed
本研究以種群為單位，採用石蠟切片、掃描電鏡、重力玻片、人工授粉、 rapd分析等方法，對兩種植物的形態生物學、種群生物學、繁殖生物學和分子生物學等方面進行了詳細研究，以揭示它們的種群分佈類型及成因、種群生態環境差異的數量特徵和空間特徵、種子生物學特徵、傳粉和生殖策略以及種群分子遺傳特徵，進而探討兩物種瀕危的成因和機制，並針對性地提出了科學合理的保護對策和建議。The cavity above is composed of the wall of cavities and two layers films lies up and down, each of them has a layer of pzt chip. the cavities underside is composed of the wall of cavities, the film and a layer of class. there is circular valves lies in the import and export, and the material of the micropump films and the valves is silicon
提出了一種雙腔微泵結構設計方案，這種泵分為上下兩個泵腔，上面泵腔由腔壁與上下兩層薄膜圍成，每層薄膜上都有一層pzt片；而下面泵腔則由腔壁與圍成上面泵腔的下層硅薄膜及一層玻璃圍成，出入口處採用環形閥門結構，泵膜和閥片的材料為硅。Second, after lots of experiments for the process of glass fiber surface modified, we primely avoided the glass fiber reunite with each other, and successfully prepared the glass fiber reinforced composites film
其次，通過大量實驗對玻璃纖維表面處理工藝進行了深入研究，避免了玻璃纖維在環氧樹脂基體中形成團聚的現象，從而成功地制備了應變片基底材料，即玻璃纖維增強環氧樹脂復合材料薄膜。Based on the fast freeze - thaw test, the alkaline test, the water immersion test and the wet - thermal test of frp, the influence on frp mechanics behavior caused by aggressive environments are studied, and the causes of degradation of frp behavior are simply analyzed. 5
試驗研究了工程中常用的碳纖維片材和玻璃纖維片材在水環境、濕熱環境、凍融環境、堿化環境下的抗拉強度、彈性模量、極限變形的變化，簡單分析各種環境對復合材料性能影響的原因。分享友人