胞藻 的英文怎麼說

中文拼音 [bāozǎo]
胞藻 英文
chlorella
  • 胞 : Ⅰ名詞1 （胞衣） afterbirth2 （同一個國家或民族的人） fellow countryman; compatriot Ⅱ形容詞（同胞...
  • 藻 : 名詞1 [植物學] （藻類植物） algae 2 （生長在水中的綠色植物） aquatic plants 3 （華麗的文辭） lite...
  1. An autotrophic, unicellular, green alga presents the minimum of specialization.

    一個自養的單細胞綠藻表現最小程度的特化。
  2. Abstract : with the selected chlorella, several performance assessments of algaecide has been discussed, including chlorophyl a content detection, number micro - metering, algal cell juice opacity testing and algal inhibiting ring method

    文摘:選用小球藻作為實驗藻種，對幾種評價滅藻劑性能的方法進行了探討，其中包括葉綠素法、抑藻圈法、藻細胞濁度法和顯微計數法。
  3. Influence of alginic sodium diester on intraneuronal ca2 content and nerve cell apoptosis before and after reperfusion in experimental ischemic rats

    實驗性腦缺血大鼠再灌注前後給予藻酸雙酯鈉對腦組織神經細胞內鈣離子濃度及神經細胞凋亡的影響
  4. If we give them water and this single - celled algae, we can supply the nutrition

    給他們水和這種單細胞藻類，補給營養。
  5. Distinct layers are often visible in thick-walled resting cells such as chlamydospores or zygotes of phycomycetes.

    在厚壁休眠細胞如藻菌綱的厚孢子或接合子中明顯的幾層是常常能看見的。
  6. Tolerance to and effects of the freezing stress in a desiccation - tolerant, terrestrial cyanobacterium, nostoc commune, and in a desiccation - sensitive species, synechocystis sp. pcc6803, were studied by measuring their photosynthetic activities and fluorescence emission spectra

    通過檢測光合成活性和熒光發射光譜等研究冰結脅迫對藍藻地衣（ nostoccommune ）和單細胞集胞藻（ synechocystissp . pcc6803 ）的影響。
  7. The research of growth and physiologic characteristic produced mercury poison harm on the pyramimonas sp

    汞毒害對塔胞藻生長和生理特性影響的研究
  8. Dunaliella salina ( d. salina ) belongs to chlorophyta, chlorophyceae, volvocales and its shape and structure are very similar to chlamydomonas reinhardtii ( c. reinhardtii ) except for lacking of cell wall. it is a kind of ellipse or pear - shaped unicellular tolerant alga with the length of six to fifteen um

    杜氏鹽藻屬綠藻門綠藻綱團藻目，除缺乏細胞壁外，其形態和結構特徵與衣藻十分相似，是一種原生質裸露的嗜鹽性浮遊單細胞藻，長約6 - 15 m ，呈橢圓形或梨形，有雙鞭毛，能在水中游動。
  9. Only 11 genes can be found similar genes in the synechocystis pcc6803 genome by genomic analysis

    與單細胞集胞藻藍細菌synechocystispcc6803基因組比較，只有11個基因可以在該基因組中找到相似的基因。
  10. The spokesman said dictyocha speculum and species of chattonella were relatively rare in hong kong waters and might cause irritation to fish gills

    發言人表示，六異刺硅鞭藻和褐胞藻屬香港水域比較罕見的藻類，這些藻類可能會刺激魚鰓。
  11. On april 23, a red tide was observed at port shelter near the pier of the hong kong university of science and technology by staff of the university

    四月二十三日，香港科技大學職員在大學碼頭附近的牛尾海發現紅潮，這次紅潮由褐胞藻組成。
  12. Another red tide was observed by staff of ocean park at deep water bay near the park. the red tide was formed by dictyocha speculum, species of chattonella and noctiluca scintillans

    同日，海洋公園職員亦在深水灣近海洋公園海域發現紅潮，紅潮由六異刺硅鞭藻、褐胞藻和夜光藻組成。
  13. " overseas studies show that these species might contain toxins. in hong kong in 2001, red tides formed by chattonella marina were associated with some minor fish kills at fish culture zones.

    有海外研究顯示這些種藻類可能含有毒素，香港於二一年曾發現由海洋褐胞藻組成的紅潮，當時在部分受影響的養魚區有小量魚類死亡。
  14. It started dissipating yesterday. " the red tide was formed by chattonella marina and another chattonella species, " a spokesman for the working group said. " chattonella marina is rare in hong kong waters while the other chattonella species had not been sighted in hong kong waters before

    他說：這次紅潮由海洋褐胞藻和另一種過往從沒有在香港水域出現的褐胞藻組成，而海洋褐胞藻亦是香港水域比較罕見的藻類。
  15. Spectral matching algorithm is applied, such as spectral angle mapping ( sam ) in section 3. 4 and cross correlogram spectral matching ( ccsm ) in section 3. 5 in order to discriminate different dominant species of red tide. the results of sam spectral matching are satisfying : identifications of mesodinium rubrum and leptocylindrus danicus succeed, identification of chattonella marina has wrong possibility and that of skeletonema costatum fails

    3 . 4節將光譜角度制圖（ spectralangl 「 mapping ， sam ）這一光譜匹配方法引入赤潮光譜識別研究之中，所進行的赤潮優勢種類識別取得了令人較為滿意的結果:紅色中繞蟲、丹麥細柱藻赤潮的光譜識別取得了成功;海洋褐胞藻赤潮有誤識別的情況發生;只有中肋骨條藻赤潮的識別失敗。
  16. The wavelengths of reflectance peaks and vales are got by spectral derivative method in section 3. 3. mechanism of them is analyzed. red tide and normal seawater, as well as some different dominant species of red tide, such as chattonella marina and mesodinium rubrum, can be discriminated by using the wavelength information of second reflectance peak

    3 . 3節運用該方法得出了實驗赤潮水體光譜曲線的兩個反射峰和一個吸收峰的波長范圍，並對其產生機理進行了分析;更為重要的是，利用光譜曲線第二反射峰的波長位置實現了赤潮與非赤潮水體的光譜辨別，以及紅色中繞蟲、海洋褐胞藻等不同優勢種類赤潮的識別。
  17. Molecular phylogeny of volvocales has been achieved much by using makers such as rdna its, 18s dna, rbcl gene and so on

    普遍認為現在的綠色植物起源於團藻目的綠色鞭毛類，有人認為鞭毛細胞表面覆蓋有鱗片的塔胞藻類是綠色植物的祖先。
  18. The probable reasons for wrong identification and approach to get better results are also pointed out in section 3. 4. the results of ccsm spectral matching are even better than those of sam. identifications of mesodinium rubrum, leptocylindrus danicus and chattonella marina succeed and ide

    3 . 5節對互相關光譜匹配（ erosseorrelogamspeetralmatching ， eesm ）方法用於赤潮優勢種類識別研究進行了嘗試，紅色中繞蟲、丹麥細柱藻、海洋褐胞藻赤潮的識別取得成功，中肋骨條藻赤潮的識別失敗。
  19. After spectral data processing, remote sensing reflectance data of red tide are got, whose dominant species are leptocylindrus danicus, chattonella marina, skeletonema costatum and mesodinium rubrum respectively. section 3. 1 gives the data processing steps, results and biological details of the dominant species described above. method of extract spectrum absorption parameters such as absorption depth, width, symmetry and area is given in section 3. 2

    對所獲光譜數據進行處理，得出了丹麥細柱藻、海洋褐胞藻、中肋骨條藻、紅色中縊蟲等不同優勢種類赤潮水體的遙感反射率光譜曲線；上述數據處理步驟、數據處理結果以及不同赤潮種類的生物特徵在本章的3 . 1節給出。
  20. The red tide at tolo harbour was formed by prorocentrum mican and chattonella marina. chattonella marina is rare in hong kong waters. red tides formed by chattonella marina were associated with some minor fish kills at fish culture zones in hong kong in 2001, a spokesman for the working group said

    吐露港的紅潮由海洋原甲藻和海洋褐胞藻組成，海洋褐胞藻在本港水域較少見，香港於二一年曾發現由海洋褐胞藻組成的紅潮，當時部分受影響的養魚區有少量魚類死亡。
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