生物耗氧量 的英文怎麼說

中文拼音 [shēngwùhàoyǎngliáng]
生物耗氧量 英文
biological oxygen consumption
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 耗 : Ⅰ動1 （減損; 消耗） consume; cost 2 [方言] （拖延） waste time; dawdle Ⅱ名詞1 （壞的音信或消息） ...
  • 氧 : 名詞[化學] （氣體元素） oxygen （o）
  • 量 : 量動1. （度量） measure 2. （估量） estimate; size up
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  1. Also, the author ’ s design strategy and creativity has been given in this paper. specifically, it includes : based on the feasibility analysis of the fit selection of control parameters in the aeration process, the aeration process of wastewater treatment of the joint - constructional complete - mixed activated sludge process has been aimed at in this paper. then, the state equations of the aeration process have been proposed in this paper, which is on the base of dissolved oxygen concentration ( do ) and discharge quantity of sludge ( qw ) as control variables, the concentration of bod and sludge as state variables. based on the present study on optimization control of wastewater treatment, the multivariable optimal control model with restriction factor has been presented in the paper with introducing modern control theory and system analysis into the field of activated sludge wastewater treatment,

    具體包括:以完全混合、表面曝氣合建式活性污泥工藝的污水處理曝氣過程為研究對象，在闡述了曝氣過程式控制制參數選取可行性的基礎上，建立了以溶解氧濃度do和活性污泥排放量qw為控制變量，以曝氣池中有機物濃度s和微生物濃度x為狀態變量的活性污泥曝氣過程的基本狀態方程;運用現代控制理論的觀點和污水處理理論，在現有關于污水處理最優控制問題研究的基礎上，建立了有約束條件多變量能耗最小數學模型，該數學模型是以有機物排放總量和狀態變量的末值條件作為約束條件，曝氣過程的能耗最小作為目標泛函;採用增廣拉格朗日乘子法對最優控制問題進行轉化，並對應用極大值原理求解能耗最小這一最優控制問題進行了詳細的解析;引入約束運算元，應用具有控制約束的共軛梯度演算法對能耗最小這一最優控制問題進行求解，並進行模擬實驗驗證。
  2. The hematoporphyrin sensitizer used in photodynamic therapy produce toxic substance through translating energy to oxygen molecule, so the distribution of oxygen in tissue have special value as there has consumption of oxygen during photodynamic therapy

    光動力療法使用的葉琳類光敏劑主要是通過將能量轉移到氧分子產生單線態氧來產生毒性物質，因此在光動力治療中有氧的消耗，使組織中氧分佈對光動力作用具有特殊意義。
  3. On the basis of previous studies, the paper presents a comprehensive review and summary on the influence of sediment to water quality in the yellow river, highlighting four issues : 1 the influence of the sediment on pollutant behavier, 2 the relationship between sediment - associated natural organic matter and water quality parameters of oxygen - consuming organic pollutants and its influence on the assessment of the water quality in the yellow river, 3 the relationship between the heavy metal background values of the sediment and the water quality parameters of the heavy metals and its influence on the assessment of the pollution of the yellow river, 4 the influence of sediment ? ? containing much carbonates in the yellow river on the water quality and the monitoring of the water quality

    黃河是世界上罕見的多泥沙河流，泥沙與水相互作用對黃河水質產生顯著影響。根據以往研究工作，對黃河泥沙與水質的關系問題作全面的總結評述和展望，著重於4個問題： 1黃河泥沙對污染物行為的影響2黃河泥沙中的天然有機質與黃河耗氧有機物水質參數的關系和對污染評價的影響3黃河泥沙中的本底量重金屬與黃河重金屬水質參數的關系和對污染評價的影響4黃河泥沙中的碳酸鹽對水質和對水質監測研究的影響。
  4. On the basis of previous studies, the paper presents a comprehensive review and summary on the influence of sediment to water quality in the yellow river, highlighting four issues : 1 the influence of the sediment on pollutant behavier, 2 the relationship between sediment - associated natural organic matter and water quality parameters of oxygen - consuming organic pollutants and its influence on the assessment of the water quality in the yellow river, 3 the relationship between the heavy metal background values of the sediment and the water quality parameters of the heavy metals and its influence on the assessment of the pollution of the yellow river, 4 the influence of sedimentcontaining much carbonates in the yellow river on the water quality and the monitoring of the water quality

    黃河是世界上罕見的多泥沙河流，泥沙與水相互作用對黃河水質產生顯著影響。根據以往研究工作，對黃河泥沙與水質的關系問題作全面的總結評述和展望，著重於4個問題： 1黃河泥沙對污染物行為的影響2黃河泥沙中的天然有機質與黃河耗氧有機物水質參數的關系和對污染評價的影響3黃河泥沙中的本底量重金屬與黃河重金屬水質參數的關系和對污染評價的影響4黃河泥沙中的碳酸鹽對水質和對水質監測研究的影響。
  5. Improved substrate : activated sludge to improve the bottom of the anaerobic environment, greatly reduce the hydrogen sulfide produced, the lower organic oxygen consumption and improve dissolved oxygen, water conditioning stability ph value

    改良底質：活化污泥，改善池底的厭氧環境，大大減少硫化氫產生，降低有機物耗氧量，提高溶氧，調節穩定水體ph值。
  6. The temperature difference should not be more than 2 degrees, and the difference in ph levels should not exceed 0. 5. the salinity difference should not be more than 2ppt

    排泄物過量積聚會過度消耗溶氧產生亞硝酸物硫化氫及改變池底生態，致使蝦生長緩慢及存活率低。
  7. Abstract : some new technological measures, such as new reactors, gel method to remove silicon, direct dissolve acid to recrystallizate and direct calcine from zirconyl chloride, were used to reform zirconium dioxide production process. as a result, the materials consumption and energy consumption were reduced and the wastewater discharge was decreased. meanwhile the rubbish were recovered and utilized to prepare into a by - product as silica aerosol. the pollution prevention and control in production process were achieved

    文摘:採用新型反應器及膠凝除硅、直接酸溶重結晶、直接煅燒等技術對二氧化鋯的生產工藝進行了改革，降低了原材料消耗及能耗，減少了廢液排放量，並將回收的廢物加工成副產品白炭黑，在生產過程中防治污染。
  8. Some new technological measures, such as new reactors, gel method to remove silicon, direct dissolve acid to recrystallizate and direct calcine from zirconyl chloride, were used to reform zirconium dioxide production process. as a result, the materials consumption and energy consumption were reduced and the wastewater discharge was decreased. meanwhile the rubbish were recovered and utilized to prepare into a by - product as silica aerosol. the pollution prevention and control in production process were achieved

    採用新型反應器及膠凝除硅、直接酸溶重結晶、直接煅燒等技術對二氧化鋯的生產工藝進行了改革，降低了原材料消耗及能耗，減少了廢液排放量，並將回收的廢物加工成副產品白炭黑，在生產過程中防治污染。
  9. Article 45 the state encourages and supports the production and use of substitutes for the ozone - layer - depleting substances, and gradually reduces the output of the ozone layer depleting substances until the termination of their production and use

    第四十五條國家鼓勵、支持消耗臭氧層物質替代品的生產和使用，逐步減少消耗臭氧層物質的產量，直至停止消耗臭氧層物質的生產和使用。
  10. Plant - based biomass fuel releases precisely as much carbon dioxide as was removed from the atmosphere during plant growth when it is combusted. following commissioning, the lockerbie plant will provide approximately 70, 000 households with a co2 - neutral supply of electricity

    以植物為基礎的生物質燃料在燃燒時釋放出的二氧化碳的數量，剛好相當于這些植物在生長過程中所消耗的二氧化碳的數量。
  11. Honda said its solar cells would be composed of non - silicon compound materials, consuming half as much energy and generating 50 percent less carbon dioxide during production when compared with conventional solar cells made from silicon. the company aims to sell the solar cells for both residential and industrial use. it will initially target the japanese market

    本田汽車公司還表示，他們即將投入生產的太陽能電池所用的材料是不含有硅的化合物，與以硅為原料製成的傳統太陽能電池相比，其在生產過程中所消耗的能量僅為後者的一半，而排放的二氧化碳也會相應減少50 。
  12. There are some disadvantages in the processing of the materials for the insulation of high voltage power cable in china such as the process equipments are complicate, which need more energy and the process flow is long and so on, we need to intake that vast scale from foreign enterprises yet. in order to change the present status, this paper has successfully developed the materials with new process equipments and new process flow, which are made with compounds containing universal resins of china and assistants such as peroxide, antioxidant and so on

    為了改變國內高壓電力電纜絕緣料尚需大量進口和國內研製的高壓電力電纜絕緣料存在加工設備繁雜、能耗大和工藝流程長等不足的現狀，本論文採用國產通用樹脂，加入交聯劑、抗氧劑、加工助劑等，通過物理預混和熔融共混的方法，用國產設備特定的組合和特定的生產工藝，成功開發了可交聯ldpe高壓電力電纜絕緣料。
  13. The research purpose is to understand its sulfide tolerating mechanism from physiological, biochemical and molecular biological areas. a series of experiments show that u. unicinctus can respond to the sulfide of its living environment. when it is exposed to sulfide, its oxygen consumption changes ( 0. 05 ~ 0. 07mgo2h - 1g - 1 ) corresponding to various sulfide concentrations

    經過一系列的實驗，我們認為單環刺?能對生活環境中的硫化物做出相應的應激反應；其單位耗氧量隨硫化物濃度的不同而在0 . 05 0 . 07mgo _ 2h ~ （ - 1 ） g ~ （ - 1 ） （濕重）間變化。
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