phaeocystis 中文意思是什麼

phaeocystis 解釋
生物 植物 微生物學 環境
  1. We used several organic algaecides to remove the phaeocystis globosa red tide. the results showed that povidone - iodine can release iodine slowly to kill and control the p. globosa red tide. the minimum used levels are 30mg / l if we added the povidone - iodine algaecide at the prophase of logarithmic phase

    本文研究了緩釋除藻劑碘伏對棕囊藻的去除作用，發現碘伏有一定的除藻能力，在棕囊藻指數生長期前期加入碘伏，最低有效除藻濃度為30mg / l 。
  2. The effects of povidone - iodine and isothiozolone on the phaeocystis globosa ' s chlorophyl, protein and sod enzyme were studied, and the modality of the algae cell was observed by sem to understand the extinguishing mechanism of algaecide

    摘要通過研究碘伏和異噻唑啉酮對球形棕囊藻葉綠素、蛋白質和超氧物歧化酶（ sod ）的影響，並使用掃描電子顯微鏡觀察棕囊藻的形態結構的破壞情況，初步探討了這兩種除藻劑單獨作用和復配使用時滅殺球形棕囊藻的機理。
  3. In the experiment of searching the agent for removal of phaeocystis globosa, six organic biocides were studied on their effect of removal of phaeocystis globosa. then isothiazolone biocide, glutaric dialdehyde and benzalkonium bromide were selected to apply to remove p. globosa red tide. their minimum use levels are 1. omg / l, 1. 4mg / l, 0. 6mg / l respectively, and the efficiencies of removal are above 80 %

    論文對有機除藻劑進行了篩選研究，對目前常用於工業循環冷卻水的6種有機殺生劑進行了試驗研究，發現異噻唑啉酮、戊二醛和新潔而滅對棕囊藻均具有良好的去除效果，它們使用的最低有效濃度分別是： 1 . 0mg l 、 1 . 4mg l 、 0 . 6mg l ，除藻率達80 。
  4. Phaeocystis globosa ( hong kong ) was examined under laboratory conditions with batch culture method. the growth cycle of phaeocystis globosa takes about 20 ~ 30 days in batch culture

    在實驗室對球形棕囊藻（香港株）進行了純種培養，在批次培養中，球形棕囊藻的生活周期約為20 30天。
  5. To investigate the relationship between optical density ( od ) and the biomass of phaeocystis globosa. p. globosa was used under laboratory conditions to study the relationship between the cell density and its related od

    在實驗室中測定棕囊藻細胞密度及光密度（ od值）並進行直線回歸分析，同時採用光密度值來估算棕囊藻的生物量。
  6. The one at deep water bay beach was formed by phaeocystis globosa, " a spokesman for the working group said. " cylindrotheca closterium had not been sighted in hong kong waters before. prorocentrum minimum is common and phaeocystis globosa is rare in hong kong waters

    新月筒柱藻過往從沒有在香港水域出現，微小原甲藻是本港水域常見的藻類，而球形棕囊藻在香港水域較為罕見。
  7. Results showed that these algae have different ability in resisting uv - b enhancement : spirulina plalensis > nanochloropsis sp > chaetoceros gracilis > proroceatrum micans > phaeocystis globosa scherffel. uv can destroy ch1a, making ch1a content decrease

    結果表明這五種藻類抗uv - b的能力大小的順序為：鈍頂螺旋藻微綠球藻纖細角刺藻海洋原甲藻球形棕囊藻。
  8. Carotenoids can make chla return from excited state to ground state by direct or un - direct quenching, in order to prevent algae from photooxidation. on the other hand, it was indicated that polysaccharides have functions in resisting uv. spirulina plalensis can accumulate both cellular and extracellular polysaccharides during uv treatment, it showed highest uv resistant ability ; nanochloropsis sp also can accumulate cellular polysaccharides, while extracellular polysaccharides reduced ; the cellular polysaccharides content of phaeocystis globosa scherffel decreased and extracellular polysaccharides content did not increased markedly, showing lowest uv resistant ability

    鈍頂螺旋藻和微綠球藻中在較低的uv輻射強度下類胡蘿卜素含量升高，而葉綠素a保持相對穩定，說明類胡蘿卜素可能對藻類起到一定保護作用，可能通過直接的或間接的方式猝滅激發態的葉綠素，來保障光合作用的進行；本實驗發現多糖的累積和分泌與藻體的抗uv能力有相關，鈍頂螺旋藻的細胞內和細胞外多糖分泌旺盛，其抗uv能力最強；微綠球藻體內能積累多糖，而胞外多糖分泌減少；球形棕囊藻的胞內多糖含量減少，胞外多糖含量增加也不明顯，其抗uv能力最弱。
  9. The result showed that povidone - iodine and isothiozolone can react with the phaeocystis globosa ' s chlomphyl, protein and sod enzyme to destroy the metobolism of the cell and kill the cell

    實驗研究結果表明，碘伏和異噻唑啉酮通過與藻類的葉綠素、蛋白質和酶等反應，使細胞代謝異常，從而殺死藻體。
  10. The red tide was formed by phaeocystis globosa. the species was rare in hong kong waters

    這次紅潮由球形棕囊藻組成，屬香港水域比較少見的藻類。
  11. He red tide was formed by phaeocystis globosa. the species had not been sighted in hong kong waters before

    這次紅潮由球形棕囊藻組成，過往並沒有在香港水域發現此藻類品種。
  12. In order to find out an effective method to remove the phaeocystis globosa red tide, a batch of experiments are studied at our laboratory

    棕囊藻赤潮已經成為我國有害有毒的嚴重赤潮之一，研究其治理問題是當務之急。為此我們進行了一系列的實驗研究，以期找出較為理想的去除方法。
  13. The phaeocystis globosa red tide is a kind of harmful and poisonous red tide in china, so it is urgent for us to find out an effective method to remove the phaeocystis globosa red tide

    棕囊藻赤潮已經成為我國有害有毒的嚴重赤潮之一，研究其治理問題是當務之急。在前期工作的基礎上，我們進行了進一步的實驗研究，以期找出更為理想的去除棕囊藻的方法。
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