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产品介绍奥立龙Orion8302BNUMD超级ROSS三合一可填充玻璃体pH电极含ATC探头ROSS Ultra电极采用了独特的参比系统，使它的寿命更长，测量更稳定，响应更快。该电极适用于Star系列仪表，采用的BNWP接口具有良好的防水性和安全性。BNWP接口与标准BNC接口一样适用于大部分pH计。推荐用于：pH测量。适于质量控制和研究应用。测量更稳定，更准确*的温度响应表现非常适于复杂样品测量奥立龙8302BNUMD玻璃体三合一PH电极技术指标：pH测量范围:0-14pH精度:0.01pHpH准确度:0.03pH（使用自动温度补偿）温度测量范围:0-100°C内参比:ROSS液接界:可填充－玻璃纤维 低维护－玻璃管等电位点:7温度精度:1.0°C填充液:可填充－3MKCl 低维护－无长度:120mm直径:12mm奥立龙8302BNUMD玻璃体三合一PH电极相关电极资料：

产品简介 欧奇奥（Occhio）仪器公司是欧洲一家专业制造图像法粒径粒形分析仪器的公司，拥有强大硬件设计和颗粒图形统计处理能力，能够在几分钟内完成数万颗粒的图像采集、统计处理，为您快速提供准确的粒径粒形信息。?在由欧盟各国颗粒表征、光学、数学形貌学、统计学、工程、图形处理、信息科学等众多领域精英组成的跨界团队的协作下，全面的颗粒形貌学研究已经变成现实。我们骄傲地为您损供多达80种系统内置形貌参数以及用户自定义参数窗口。您可以轻松地对由数以万计颗粒组成的充分体现代表性的样品进行多形貌参数复合计算，从而全面掌握样品特性。? 如果您需要对颖粒的形貌有更深入的了解和研究、如果您需要通过颗粒的形貌细分产品的应用市场、需要根据颗粒的形貌微调生产工艺.… 那么，欧奇奥（Occhio）图像法颗粒表征是您的不二选择。 产品简介 欧奇奥 Zephyr ESR 2 图像法粒度分析仪将图像这一直观的观察测量方法与统计学相结合的新图像法颗粒粒度粒形表征不仅能够得到个别颗粒的直观信息，还能够得到大量样品的粒径和形貌的统计信息，从而帮助使用者全方位地表征样品。 测试范围 粒度粒形分析仪Zephyr系列仪器型号：Zephyr LDA：干法：7μm~5mm；湿法：1μm~3mmZephyr ESR：30μm~3cm 功能参数 欧奇奥 Zephyr ESR2图像法粒度分析仪 （1）粒形参数：等效面积直径，筛分直径（内切圆直径），平均直径，Crofton直径，颗粒长度，颗粒宽度，体积（2）粒形参数：ISO 9276-6 7 8规定参数包括ISO圆度 ,ISO钝度 ,ISO紧凑度 ,ISO线性度等 .延伸度,长宽比 ,圆度 ,凹度指数,平均灰度,灰度,椭圆宽度,椭圆长度 ,椭圆度,椭圆比,椭球延伸度,偏心率,实积度,钝度,粗糙度（3）高级粒形参数：磨损指数，晶化度，孔隙度，用户自定义（4）数据存储：oph专用数据存储格式可存储：粒径分布，粒径粒形。百分数独立颗粒图像及灰度（5）数据比较：可显示无上限多样品比较图表（6）可显示图表：粒径分布图，粒径百分数，粒形百分数，平均粒形，2D散点分布图，3D散点分布图，样品图像百分比，样品图像，独立颗粒图像（7）统计工具：形貌学和粒径过滤方式（8）显微镜模式：有手动选项，可手动设置样品流速、实时观察颗粒并显示颗粒参数、存储所需颗粒图像（9）外部数据分析：可输入、分析外部数据 应用领域 欧奇奥 Zephyr 图像法粒度分析仪是筛分法的理想替代方案。适合颗粒，如金刚石、烟草、盐/糖、塑料、催化剂、研磨剂、碳制品、沙、煤炭、咖啡、耐火材料、食品、聚苯乙烯、玻璃、陶瓷、肥料、药物、金属粉末、标准品、水泥、矿石等的质量控制。可在线应用

FlowMaster 4D-PTV / Shake-the-BoxShake-the-Box is the most advanced 3D Lagrangian Particle Tracking Velocimetry (PTV) method for densely seeded flows at highest spatial resolution. Compared to the voxel-based Tomo-PIV approach Shake-the-Box is a purely particle-based technique using an Iterative Particle Reconstruction (IPR) technique in combination with an advanced 4D-PTV algorithm using the time-information for track reconstruction. Shake-the-Box achieves a higher reconstruction accuracy at much faster processing speed compared with its TR-Tomo-PIV counterpart. Beside different DaVis software packages FlowMaster systems for TR-Tomo-PIV and Shake-the-Box are using the same hardware.FlowMaster Shake-the-BoxSystem Featurestime-resolved PTV for 4D flow analysis at high seeding densitiesaward-winning particle reconstruction and tracking algorithm:4th International PIV Challengeunsurpassed precision for velocity and acceleration of particle tracksvery fast processing speedhardware compatible with FlowMaster TR-Tomo-PIV setupsMiniShaker: compact 3D camera for volumetric flow measurementsThe MiniShaker is an aligned multi-sensor system in a compact housing for quick and easy volumetric flow measurements. Integrated into LaVision’s DaVis software, Shake-the-Box (4D-PTV) as well as Tomographic PIV flow fields are readily obtained. The power supply and data transfer of the system both use USB-3 interfaces largely simplifying installation and operation. The MiniShaker is available in three models and with adaptable lenses for diverse measurement tasks. In combination with LaVision’s cost-effective LED-Flashlight it is ideal for measurements of water applications. Mounted to a robotic arm and combined with Helium-filled Soap Bubble seeding, the flexible system is most appropriate for large-scale flow analysis of low- to mid-speed wind tunnel and convective air flow applications.Flow field of a large thermal air plume calculated with Shake-the-Box applying Helium-filled soap bubble seeding, courtesy DLR GoettingenLarge Scale PIV/PTV in airAir seeding with μm-particles is not suitable for large scale PIV/PTV experiments due to their limited scattering power. Neutrally buoyant Helium-filled Soap Bubbles (HFSB) with a diameter of 0.3 mm and a response time less than 15 μs scatter 10000x more light than μm-particles and, therefore, are suitable for large scale PIV/PTV experiments in the lower subsonic regime. LaVision’s HFSB Seeding Generator can deliver 0.3 mm mono-sized bubbles at a production rate of 40000 bubbles per second and per nozzle and can operate simultaneously up to 60 nozzles in parallel. The typical life time of the Helium-filled soap bubbles is a few minutes. Furthermore, the increased scattering intensity allows to switch from laser to LED illumination, greatly reducing the cost of the light source.Time-Resolved 3D Flow Field Imaging in a Wind Tunnel for Full Scale Automotive TestingTime-resolved 3D flow fields have been successfully measured behind a serial car in a large wind tunnel at Volkswagen. The field-of-view was 2 m x 1.6 m with a light sheet thickness of 0.2 m. The air flow was seeded with 0.3 mm in diameter Helium-filled soap bubbles applying seeding rates of more than 2 million bubbles per second operating 60 seeding nozzles. Four high-speed cameras recorded the 3D wake flow at wind speeds of 60 km/h and 120 km/h, respectively. A high-speed laser was used for illumination. LaVision’s Shake-the-Box time-resolved 3D-PTV technique was applied to calculate the time-resolved 3D flow fields.Product Information 3D Particle TrackingTime-Resolved 3D-PTV: ?Shake-the-Box“MiniShaker 3D camerasHelium-filled Soap Bubble Seeder