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德國HYDRO-BIOS公司—多通道水樣采集器

德國HYDRO-BIOS公司—多通道水樣采集器
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  • 德國HYDRO-BIOS公司—多通道水樣采集器
  • 德國HYDRO-BIOS公司—多通道水樣采集器
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德國HYDRO-BIOS公司—多通道水樣采集器

Multi Water Sampler

德國HYDRO-BIOS公司—多通道水樣采集器德國HYDRO-BIOS公司—多通道水樣采集器

  MWS多通道水樣采集器用于在水體中進行水樣分層采集工作。它由一組堅固的、裝有12/24個支架的不銹鋼陣列組成,支架上可以安裝容量為1.7L或10L的采樣瓶,用來在一次操作中完成12/24個不同深度水樣的采集工作。多通道水樣采集器裝有一個馬達驅(qū)動的自動釋放裝置,上面集成一個壓力傳感器,傳感器的測量范圍可根據(jù)用戶的工作要求進行選擇。工作水深:3000米,6000米,11000米。整套系統(tǒng)工作時電量消耗極少,并且可以在溫度為-40℃~+85℃的極端環(huán)境中正常工作。

  MWS多通道水樣采集器可以由甲板控制單元上的控制按鈕控制,進行在線實時采樣;也可按照預(yù)先設(shè)定的采樣深度間隔進行離線自容式采樣。

  多通道水樣采集器控制單元

德國HYDRO-BIOS公司—多通道水樣采集器德國HYDRO-BIOS公司—多通道水樣采集器

                                      OceanLab數(shù)據(jù)處理軟件                                                     甲板單元

  選配件:

  CT-組件,完全整合在多通道水樣采集器的驅(qū)動單元上,由一個電導(dǎo)率傳感器、一個溫度傳感器和一個電路板組成。

  各種參數(shù)的傳感器,如溫度、鹽度、葉綠素、濁度等

  容量16M為數(shù)據(jù)存儲器

  技術(shù)參數(shù):

尺寸

MWS12:直徑,高度160cm;MWS24:直徑180cm,高度

空重

MWS12:約(不帶采樣瓶);MWS24:約200kg(不帶采樣瓶)

操作水深

標準配置:3000米;可選配置:6000米,11000米

陣列

不銹鋼材質(zhì)

馬達單元

由鈦制成,電池供電(3×DL/3V)

甲板控制單元

金屬艙室;帶一個控制采樣器開關(guān)的按鈕;顯示采樣瓶序號、壓力和電池狀態(tài)帶發(fā)光二極管背景燈的液晶顯示屏;與PC機的接口為RS232;由85-260V交流電或電池

壓力傳感器

0-3000dbar±0.1%f.s.(標準);0-6000dbar±0.1%f.s.(可選);0-11000dbar±0.1%f.s.(可選);

  獨特之處:

  √操作簡單

  √雙向通信

  √工作水深:3000米,6000米,11000米

  √長距離(>)遙感數(shù)據(jù)傳輸

  √電量消耗極低

  √水下單元有電池操作,電纜中電壓僅有5V

  √電子單元可在溫度為-40℃~+85℃的環(huán)境中正常工作

  √獲CE國際質(zhì)量管理標準體系認證,高品質(zhì)保證

  MWS多通道水樣采集器訂購信息:

  436 912   MWS 12多通道水樣采集器

  帶微處理器和外置電池組的馬達驅(qū)動單元;

  集成壓力傳感器;

  通過PC機控制的可編程式深度依賴性采樣間隔;

  16兆數(shù)據(jù)存儲器;

  帶甲板控制單元,85-260V交流電或電池供電;

  可安裝采樣瓶:12只單獨訂購)

  436924    MWS 24多通道水樣采集器

  帶微處理器和外置電池組的馬達驅(qū)動單元;

  集成壓力傳感器;

  通過PC機控制的可編程式深度依賴性采樣間隔;

  16兆數(shù)據(jù)存儲器;

  帶甲板控制單元,85-260V交流電或電池供電;

  可安裝采樣瓶:24只,1.7~10L(注意:采樣瓶需單獨訂購)

  HYDRO-BIOS多通道水樣采集器代表文獻:

  1.Gradinger, JiirgenLenz,1989.Picocyanobacteria in the high Arctic.Marine Ecology. Progressseries.52:99-101.

  2.R. R. Gradinger, M. E. M.Baumann,1991.Distribution of phytoplankton communities in relation to thelarge-scale hydrographical regime in the Fram Strait.MarineBiology.111(2),311-321.

  3.R. J. Gowen, B.M. Stewart, D.K. Millsand P. Elliott,1994.Regional differences in stratification and its effect onphytoplankton production and biomass in the northwestern Irish Sea.Journal ofPlankton Research.17(4):753-769.

  4.R.J. Gowen, G. McCullough, M.Dickey-Collas and G.S. Kleppel,1997.Copepod abundance in the western Irish Sea:relationship to physical regime, phytoplankton production and standing stock.Journalof Plankton Research.20(2):315-330.

  5.K. Richardson, S.H. Jónasdóttir, S.J.Hay, A. Christoffersen,1999.Calanus finmarchicus egg production and foodavailability in the Faroe–Shetland Channel and northern North Sea:October–March.Fisheries Oceanography.8(1):153–162.

  6.M. Trimmer, R. J. Gowen, B. M.Stewart, D. B. Nedwell,1999.The spring bloom and its impact on benthicmineralisation rates in western Irish Sea sediments.Marine Ecology Progressseries.185:37-46.

  7.Harri T. Kankaanp??, Vesa O. Sipi?,Jorma S. Kuparinen, Jennifer L. Ott, and Wayne W. Carmichael ,1999.Nodularinanalyses and toxicity of a Nodularia spumigena (Nostocales, Cyanobacteria)water-bloom in the western Gulf of Finland, Baltic Sea, in August1999.Phycologia.40(3):268-274.

  8.Andrea M. Sass, Henrik Sass, Marco J.L. Coolen, Heribert Cypionka, and J?rg Overmann,2001.Microbial Communities inthe Chemocline of a Hypersaline Deep-Sea Basin (Urania Basin, MediterraneanSea).Applied and Envioronmental Mcrobiology.67(12):5392-5402.

  9.Victor W Truesdale, Günther Nausch,Alex Baker,2001.The distribution of iodine in the Baltic Sea duringsummer.Marine Chemistry.74(2–3):87–98.

  10.Ann K. Manske, Jens Glaeser, MarcelM. M. Kuypers and J?rg Overmann,2005.Physiology and Phylogeny of Green SulfurBacteria Forming a Monospecific Phototrophic Assemblage at a Depth of 100Meters in the Black Sea.Applied and EnvioronmentalMcrobiology.71(12):8049-8060.

  11.Maik Inthorn, Michiel Rutgers van derLoeff, Matthias Zabel,2006.A study of particle exchange at the sediment–waterinterface in the Benguela upwelling area based on 234Th/238Udisequilibrium.Deep Sea Research Part I: Oceanographic ResearchPapers.53(11):1742–1761.

  12.Tim J. Waite, Victor W. Truesdale,Jon Olafsson,2006.The distribution of dissolved inorganic iodine in the seasaround Iceland.Marine Chemistry.101(1–2):54–67.

  13.MAJANEVA Markus, AUTIO Riitta,HUTTUNEN Maija, KUOSA Harri, KUPARINEN Jorma,2009.Phytoplankton monitoring: theeffect of sampling methods used during different stratification and bloomconditions in the Baltic Sea.Boreal environment research.14(2):313-322.

  14.Bertics, Victoria J., L?scher, C. R.,Salonen, I., Dale, Andy W., Gier, Jessica, Schmitz, R.A. and Treude,Tina,2013.Occurrence of benthic microbial nitrogen fixation coupled to sulfatereduction in the seasonally hypoxic Eckernf?rde Bay, BalticSea.Biogeosciences(BG).10(3):1243-1258.

  15.W. DAVISON,1977.Sampling and handlingprocedures for the polarographic measurement of oxygen in hypolimneticwaters.Freshwater Biology.7(4):393–401.

  16.Austin B. M. Egbore,1978.Seasonalvariations in the density of a small West Africanlake.Hydrobiologia.61(3):195-203.

  17.Dr. U. Zaiss, P. Winter, H.Kaltwasser,1982.Microbial methane oxidation in the River Saar.Journal of BasicMicrobiology.22(2):139–148.

  18.V.F. Samanidou & I.N.Papadoyannis,1992.Study of heavy metal pollution in the waters of Axios andAliakmon rivers in northern Greece.Journal of Environmental Science and Health. Part A: Environmental Science and Engineering and Toxicology.27(3):587-601.

  19.Nilgün Kazanci, Reiner-Hartmut Plasa,Eike Neubert & Afife ?zbirak,1992.On the limnology of Lake K?ycegiz (SWAnatolia).Zoology in the Middle East.6(1):109-126.

  20.Eduardo González-Mazo, Jesus MaríaForja, Abelardo Gómez-Parra ,1998.Fate and Distribution of Linear AlkylbenzeneSulfonates in the Littoral Environment.Environ. Sci. Technol..32(11):1636–1641.

  21.V.M León, E González-Mazo, AGómez-Parra,2000.Handling of marine and estuarine samples for the determinationof linear alkylbenzene sulfonates and sulfophenylcarboxylic acids.Journal ofChromatography A.889(1-2):211–219.

  22.Claus-Peter Stelzer,2001.RESOURCELIMITATION AND REPRODUCTIVE EFFORT IN A PLANKTONICROTIFER.Ecology.82(9):2521–2533.

  23.Udo Noack, Thomas Geffke, RamaniBalasubramanian, Jutta Papenbrock, Mike Braune, Dirk Scheerbaum,2004.Effects ofthe Herbicide Metazachlor on Phytoplankton and Periphyton Communities inOutdoor Mesocosms.Acta hydrochimica et hydrobiologica.31(6):482–490.

  24.L. R. Rodríguez-Gallego, N. Mazzeo,J. Gorga, M. Meerhoff, J. Clemente, C. Kruk, F. Scasso, G. Lacerot, J. García,F. Quintans,2004.The effects of an artificial wetland dominated byfree-floating plants on the restoration of a subtropical, hypertrophiclake.Lakes & Reservoirs: Research & Management.9(3-4):203–215.

  25.Kristina Samuelsson, Johnny Berglund,and Agneta Andersson,2006.Factors structuring the heterotrophic flagellate andciliate community along a brackish water primary production gradient.Journal ofPlankton Research.28(4):345-359.

  26.George Kehayias, Ekaterini Chalkia,Stavroula Chalkia, George Nistikakis, Ierotheos Zacharias, AnastasiosZotos,2008.Zooplankton dynamics in the upstream part of Stratos reservoir(Greece).Biologia.63(5):699-710.

  27.MAJANEVA Markus, AUTIO Riitta,HUTTUNEN Maija, KUOSA Harri, KUPARINEN Jorma,2009.Phytoplankton monitoring: theeffect of sampling methods used during different stratification and bloomconditions in the Baltic Sea.Boreal environment research.14(2):313-322.

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