硅藻的

基本解释 (translations)

diatomaceous

与硅藻的相关的网络例句 [注：此内容来源于网络，仅供参考]

The study found the benthic diatom Epithemia sorex and Cocconeis klamathensis were the dominant indicator taxa separately in the Lake Luguhu and Fuxianhu, Amphora pediculus was the most abundant species in the Lake Yangzonghai and Dianchi-gingbao, There were a lot of the dominant taxon in the Lakes Erhai, Xingyunhu, Dianchi-youyicun, whereas the higher relative abundance taxon in these lakes were epilithic.

分析不同湖泊底栖硅藻的群落结构发现：底栖硅藻Epithemia sorex和Cocconeis klamathensis分别是沪沽湖和抚仙湖的绝对优势种，Amphora Pediculus是阳宗海和滇池金宝的绝对优势种，洱海、星云湖和滇池又一村的优势种类较多，其中相对丰富度较高的主要是一些附植性种类。

Diatom is the symbol of sustainable development of aquatic breeding.

硅藻是水产养殖业可持续发展的标志，世界现正以生态模式对水产养殖业进行一次重大的改革，养殖业对硅藻的需求前景广阔。

The range of optimum temperature for the growth of two species of Antarctic ice diatom is about 8℃, but Biddulphia sp.

两种硅藻的最适生长温度均是在8℃，但在相同温度条件下，硅藻H-1生长速率比硅藻H-2要快的多。

The integated studies of the physiological and ecological behavior mechanism of diatoms and dinoflagellates adapting to the different water environment discovered that the physiological characteristics of diatoms was superior to these of dinoflagellate and all the other non-diatoms. Therefore, under the enough supply of nutrients, diatoms were natural and indispensable to become predominant species.

通过硅藻和甲藻的生理和生态行为机制以适应不同的水环境的综合研究，发现硅藻的生理特征很大的优越于甲藻等其它非硅藻，这样，在营养盐供给充足的条件下，硅藻理所应当成为浮游植物的优势种。

Six kinds of pigments were isolated and identified in benthic diatoms.They are carotene, chlorophyll a,fucoxanthin, chlorophyllin,P.neoxanthin and chlorophyll c.

鉴定出底栖硅藻的色素种类有 6种，它们分别是胡萝卜素、叶绿素 a、岩藻黄质、叶绿酸、新黄素、叶绿素 c。

Rather than showing all the details, or warts and wrinkles as Mr. Stringer likes to call them, he dressed up the diatoms by manipulating the image and creating this beautiful photomicrograph.

这张获奖照片是他一系列"用现代美学的方式"展示硅藻的作品之一，Stinger用高对比的艳丽色彩来描绘硅藻的形态，从而创造出一种别具特色的微距艺术。

The results suggested that at the excitation wavelength from 350 to 550 nm, significant differences of Gaussian database presented between dinophyta and bacillariophyta while similar characteristics were found in the same division.

研究发现，在波长为350～550 nm内，甲藻和硅藻的高斯基库特征差异显著，而同门类的高斯基库特征相似，表明高斯分解法为甲藻和硅藻的分类识别提供有效的技术手段。

Of or relating to diatoms of the class Centrales, distinguished by their radially symmetrical form.

中心类硅藻的中心类硅藻的或与之相关的，以其辐射状对称形态为特征

It was found that the rapid proliferation of diatom (with density of more than 107/L), mainly the cyclotella meneghiniana, is the basic characteristic as well as the direct cause of the 'water bloom'.

结果表明，其直接原因是以小环藻为主的硅藻的急剧增殖(硅藻密度达107个/L以上)造成的。

Now the team is eyeing a cocktail of clay, sand, and diatomaceous earth, which has a flour-like consistency but is made of the fossilised remains of diatoms, algae whose cell walls are made of silica.

现在这个科研组把目光转向一种粘土、沙子和硅藻的结合物上，这种物质像粉末，但是是由硅藻、海藻等化石残体组成的，这些物质的细胞壁都是由硅石构成。

与硅藻的相关的网络解释 [注：此内容来源于网络，仅供参考]

diatom：硅藻

Summary: 根据美国俄勒冈州立大学和波特兰州立大学的研究人员们实验证实,一种名为'硅藻'(diatom)的微小海藻有助于使染料敏化太阳能电池(dye-sensitized solar cell)的电力输出提高三倍. 一种名为'硅藻'(diatom)的微小海藻有助于使染料敏化太阳能电池的输出效率提高三倍.

diatom：硅藻属

diathesis 素质 | diatom 硅藻属 | diatomaceous 硅藻的

frump：邋遢的女人

frump 邋遢的女人 | frumpishfrumpy 不见世面的 | frustule 硅藻的细胞膜

frustule：细胞膜

这些壁主要成分是硅,被特称为硅藻的细胞膜(frustule). 硅藻有超过12000个的种. 它们生活在淡水池塘、江河溪流或海洋的表层,形成了浮游植物(phytoplankton)的成份之一(索比赫拉德,1997). 虽然有些硅藻能自由漂浮,有些却不能.

frustule：硅藻的细胞膜

这些壁主要成分是硅,被特称为硅藻的细胞膜(frustule). 硅藻有超过12000个的种. 它们生活在淡水池塘、江河溪流或海洋的表层,形成了浮游植物(phytoplankton)的成份之一(索比赫拉德,1997). 虽然有些硅藻能自由漂浮,有些却不能.

mayfly：蜉蝣类

尽管在样品中我没有观察到任何捕食硅藻的草食动物,我的观察还是不能排除可能存在捕食硅藻的微小生物. 可能的植食动物是一些动物的幼虫例如扁平蜉蝣类(mayfly)幼虫(Leptophlebiidae目昆虫)和甲虫的幼虫(Elmidae目昆虫)(维因特鲍恩和陶森,1991).

diatomaceous：硅藻的

diatom 硅藻属 | diatomaceous 硅藻的 | diatomic 二原子的

hypothecium;subhymenium;subhmenial layer：(矽藻的)下函;下实下层;下子实层

下生菌丝 hypotheca | (硅藻的)下函;下实下层;下子实层 hypothecium;subhymenium;subhmenial layer | 适低温的 hypothermophilous

Navicula：舟形藻

玉溪河入库区及库中区Fe-P/HCl-P比变化不规则. 水库水动力学过程的区域差异还影响了沉积硅藻的空间分布. 库中区硅藻绝对丰度高,其次为吕田河入库区,大坝区和玉溪河入库区. 在水库上游的吕田河入库区和玉溪河入库区,舟形藻(Navicula)为主要优势属,

diatoms：硅藻

其他的微生物包括有根状伪足类(rhizopods)和硅藻(diatoms),则在演替的后期出现. 环境因子如温度会影响演替的时序,存在碎屑的微生物群落之各个族群,彼此以一捕捉者-猎物(predator-prey)系统交互作用著,细菌是猎物(牺牲者),