水样荧光仪

水样ATP荧光检测仪深芬仪器厂家生产的水样ATP荧光检测仪采用便携式可手持设计，适用于物体表面、餐饮器具、水质等细菌微生物污染程度洁净度检测，消毒效果评估；ATP中文名为腺嘌吟核苷三磷酸，他普遍存在于动植物细胞、微生物和食物残留中，ATP是微生物新陈代谢的能量物质，通过水样ATP荧光检测仪测试荧光信号强度可得知待测目标被微生物污染程度，因此检测ATP可作为判断是否洁净的直观指标。水样ATP荧光检测仪应用场合：食品加工业：适用于HACCP系统的清洁度检测（生产加工清洁控制、包装消毒评价、加工环境卫生检测等）；餐饮行业：监管部门筛选（厨房及餐桌操作工具的清洁度控制、餐具消毒评价、质控部门卫生监督、奥yun会等大型商业活动餐饮洁净度快速检测）；医疗卫生行业：医院卫生及消毒灭菌筛查（消毒中心及ICU表面检查、医护人员手部清洁检查、医疗器械清洁及消毒检查、医用消毒产品效果评价）；其他行业：日化产品制造、评估水样或废水样污染程度、酒店住宿卫生监管、进出口岸监察。水样ATP荧光检测仪技术参数：1、检测精度：≤1*10-16moleatp；2、检测器：高灵敏度光电倍增管；3、背景噪声值：0RLU；4、检测范围：0－9999RLU（相对发光单位）；5、检测精度：1RLU（相对发光单位）；6、检测下限：微生物总量可达到1.4CFU/ml；7、线性误差：≤3%；8、准确误差：±5%；9、电源：5V，10W；10、操作温度：5℃到40℃；11、相对湿度：20%~80%，；12、存放温度：-10℃~40℃；13、仪器尺寸（L×W×H）：195*75*40（mm）；14、仪器重量：300g；15、水样ATP荧光检测仪装箱清单：15.1、主机；15.2、ATP拭子一包（10支）；15.3、专用拭子冷藏盒；15.4、电源适配器；15.5、触摸笔；15.6、铝合金箱。水样ATP荧光检测仪仪器功能：1、显示屏幕：3.5英寸液晶触摸显示屏；2、操作系统：ARM嵌入式操作系统；3、限值设置：可自定义设置检测上限及检测下限；4、数据保存：历史记录关闭及开启二种模式，储存数据包括检测结果、结果判断、检测上限、检测下限、检测时间等信息；5、存储功能：自动存储≥20000个检测结果；6、数据导出：支持USB数据导出；7、数据处理：配置PC软件可进行数据处理、统计分析以及结果上传；8、试剂开放：通用国内外一体化采集拭子及分离拭子；9、包装精美：配置铝合金包装箱及ATP专用拭子冷藏盒；10、检测准确：具有显著的低背景值更有利于检测痕量ATP，具有良好的重现性；11、电源管理：3000mAh大容量充电锂电池供电，通过MiniUSB口充电，可选配太阳能充电器、车载电源充电器；12、人机对话：界面简洁，易操作，具备息屏时间设置可调、显示屏亮度可调、语音提示开启和关闭、历史记录关闭及开启；13、智能检测：快速测试及标准测量二种测试模式可选；内置有高精度倾角传感器，倾斜超过范围，检测中断；保障检测的准确性对仪器倾角状态实时监控，提高检测精度，采样速率1000次每秒，15秒检测一个样本；14、校准功能：开机自校功能；15、机壳设计：采用特殊密封性材质，提升避光性，内置有高精度霍尔传感器，检测上盖是否完全闭合，检测仓内是否放置拭子，减小外界干扰，检测结果更为准确、稳定。以上是水样ATP荧光检测仪应用场合、水样ATP荧光检测仪技术参数、水样ATP荧光检测仪仪器功能，如果您想了解更多有关于水样ATP荧光检测仪操作说明书以及其他问题，请致电深圳市芬析仪器制造有限公司夏经理。

TZ-Z190紫外测油仪1.概述TZ-Z190型手持式测油仪测试方法经现场证明能快速检测水及土壤中的矿物油。已证明实际检测数据而造成对环境的危害，及红外分析法使用的溶剂对人体的巨大伤害， 这种方法确保新的EPA方法1664中测得的正己烷提取物可以快速的检测出来。油脂类对红外法干扰明显，但对荧光无响应。荧光分析法虽然只能测定水中的芳香烃和共轭烯烃，而不能检测饱和烷烃，但大量的调查与实验表明，所有石油类污染物都含有芳香烃化合物，芳香烃是水溶石油类污染物中含量最稳定的成份，因此，荧光信号能表征全部石油类。石油类污染物进入水域之后不能全部溶于水，前几个小时C18碳氢化合物的90％以上挥发，C19～C21化合物的50％以上挥发，低分子量的芳香烃，如：苯和萘溶于水，其在水中的浓度逐渐提高，含量相当稳定。手持式测油仪是经现场证实的水质分析中精确的测油仪，有时可能需要改变它的分析程序。分析数据因标定的烃类、化学背景、稳定性的组份，提取使用的溶剂纯度，分析方法的正确使用情况，以及操作人员进行分析时的技巧的不同。手持式测油仪是用来检测水和土壤中矿物油的荧光检测仪器，使用相应标准液标定，可以简捷、迅速、精准的测量出待测样品所含油份数值。2 主要用途、适用范围海洋、渔业监测环境监测石油环保、油井、油田水文工厂冷却循环水水电站、发电厂石油化工、海上石油平台海运、海事污水处理厂自来水厂地质调查农业土壤矿物油3. 手持式测油仪技术参数测量原理： 采用紫外荧光光度法检测技术测量范围： 0-1000ppm灵敏度： 0.05ppm精度： 10%（高量程样品浓度为100ppm 低量程样品浓度为1000ppb）测量方法： 正己烷萃取测量过程所需时间： 10秒适用样品: 含有矿物油的水样及土壤样品校准： 单点和空白报警： 电量不足、高空白、标样小于空白环境温度： 5～40℃自动断电： 不触摸按键3分钟后显示： LCD重量： 1000g

利用调制叶绿素荧光技术，测量野外自然水体或培养的微藻样品的光合作用（叶绿素荧光诱导加淬灭分析、光响应曲线等），也可测量叶绿素含量，是进行野外光合作用研究的良好工具。除了测浮游植物外，可扩展探头测量附着藻类或大型藻类。除了取水样到样品杯中测量外，可扩展探头进行水下原位、连续测量，特别适合于连续监测海洋、湖泊、水库、河流等水体的叶绿素含量以及光合活性。主要功能1）可测荧光诱导曲线并进行淬灭分析2）可测光响应曲线和快速光曲线（RLC）3）可测水样的叶绿素a浓度4）可测量水样的下列光合指标活性：* 光合效率和光合速率（相对电子传递速率）* 藻类的潜在最大光合效率（&ldquo 生长潜能&rdquo ）* 藻类的光保护能力* 藻类耐受强光的能力5）51个内置模式菜单，方便参数设置和标准测量6）系统I用于浮游植物研究，系统II用于大型藻类研究，系统III用于连续监测水体光合作用应用领域测量野外自然水样或实验室培养的微藻样品的光合作用，三套系统可供选择，可应用于水生生物学、水域生态学、海洋学、湖沼学等领域，检测限达0.1 &mu gChl/L。可用于有害藻华的早期预警。与PHYTO-PAM的最大区别在于，WATER-PAM不能进行浮游植物分类。测量参数Fo, Fm, Fv/Fm, F, Fm' , Fo' , Y(II)=&Delta F/Fm' , qP, qN, NPQ, ETR,alpha,ETRmax, Ik, PAR和Chla含量等主要技术参数测量光：3个波长为650 nm的LED阵列光化光：12个波长为660 nm的LED阵列，最大连续光强2000 &mu mol m-2 s-1。饱和脉冲：12个波长为660 nm的LED阵列，最大闪光强度4000 &mu mol m-2 s-1。信号检测：光电倍增管检测器（H6779-01，Hamamatsu），过载保护功能，检测信号&lambda 710 nm。数据存储：CMOS RAM 128 KB，可存储4000组数据。 系统组成 系统I浮游植物版系统II附着藻类/大型藻类版系统III连续监测版 野外现场自然水体的光合作用检测、叶绿素含量测定；室内培养的微藻样品的生理特性研究等。野外现场附着藻类（如底泥中的藻类）、大型海藻的光合活性测量；室内大型海藻生理特性研究。野外现场水体光合活性监测、叶绿素含量的连续测定。可选附件1：搅拌器，可置于系统I的上部对水样进行搅拌，带内置电池 可选附件2：球状微型光量子探头，可放入系统I的样品杯中测量PAR 部分文献1.Alderkamp A-C, de Baar HJW, Visser RJW, Arrigo KR: Can photoinhibition control phytoplankton abundance in deeply mixed water columnsof the Southern Ocean? 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DeepSeaResearch2009, 56:1201-1212.[WATER-PAM]18.Harada H, Vila-Costa M, Cebrian J, Kiene RP: Effects of UV radiation and nitrate limitation on the production of biogenic sulfur compounds by marine phytoplankton Aquatic Botany2009, 90(1):37-42.[WATER-PAM]19.Kromkamp JC, Beardall J, Sukenik A, Kopeck J, Masojidek J, van Bergeijk S, Gabai S, Shaham E, Yamshon A: Short-term variations in photosynthetic parameters of Nannochloropsis cultures grown in two types of outdoor mass cultivation systems. Aquatic Microbial Ecology2009, 56:309-322.[DUAL-PAM, Flow-Through WATER-PAM]20.Kunz H-H, Scharnewski M, Feussner K, Feussner I, Flü gge U-I, Fulda M, Gierth M: The ABC Transporter PXA1 and Peroxisomal -Oxidation Are Vital for Metabolism in Mature Leaves of Arabidopsis during Extended Darkness The Plant Cell2009, 21:2733-2749.[IMAGING-PAM, WATER-PAM]21.Mackey KRM, Rivlin T, Grossman AR, Post AF, Paytan A: Picophytoplankton responses to changing nutrient and light regimes during a bloom. 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