褐藻類 的英文怎麼說

中文拼音 [zǎolèi]
褐藻類 英文
brown algae
  • 褐 : Ⅰ名 [書面語] （粗布或粗布衣服） coarse cloth or clothingⅡ形容詞（像生栗子皮那樣的顏色） brown
  • 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...
  • 類 : Ⅰ名1 （許多相似或相同的事物的綜合; 種類） class; category; kind; type 2 （姓氏） a surname Ⅱ動詞...
  • 藻類 : alga（e）藻類學 phycology; algology; 藻類學者 algologist; 藻類養殖 algal culture; 藻類植物 phycophyta; algae
  1. Any of the brown algae that make up the genus sargassum

    馬尾藻類海草家族的任何一種褐色海藻。
  2. Generally, the application of the chemicals kno3, k2hpo4, 2ppm is made every morning until the larvae grow to the stage of p10, for the proper population growth of diatoms

    足夠的陽光下，槽水由於藻類的生長而變成褐色通常每天早晨使用約2ppm的硝酸鉀，磷酸二甲使藻類生長直到後期幼苗p10 。
  3. Laminarin the chief carbohydrate food reserve of the phaeophyta ( brown algae )

    海帶多糖：褐藻類植物中儲藏糖類物質的主要形式。
  4. According to their pathogenic activity, three strain of marine bacteria were selected as l2 ( alteromonas sp ), g ( pseudomonas sp ), py ( pseudomonas sp ). the biochemical changes of malondialdehyde ( mda ), which is the lipid peroxidation end product and can be measured by thiobarbituric acid ( tba ) regeant, and polyphenol content, which reflected the host non - specific chemical defense activity and can be measured by folin - ciocalteu method, were determined at different time intervals during host pathogenesis

    本研究採用海帶作為模式藻類生物，以褐藻酸降解菌l2 ， g及非褐藻酸降解菌py為復染菌建立人工復染體系，用硫代巴比妥酸（ tba ）試劑測定抗感染過程中海帶組織細胞膜脂肪氧化產物丙二醛（ mda ）的變化情況及folin - ciocalteu酚試劑測定病原菌感染過程中海帶組織中多酚含量隨時間變化情況。
  5. And when a particular type of alginate is dissolved in water, then exposed to positively charged calcium ions, its molecules crosslink to form a hydrogel that is 98 percent water, with a gelatinous consistency and elastic properties similar to those of natural extracellular matrix

    當某一特定類型的褐藻酸鹽溶於水，遇到帶正電的鈣離子后，它的分子會連結形成含有98 %水的凝膠，其膠質密度和彈性都類似天然的細胞外間質。
  6. 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。
  7. " 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。
  8. 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。
  9. 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。
  10. 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。
  11. 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。
  12. 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。
  13. 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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