Jeol jem 1400 manual

JEOL JEM kV TEM. Missouri’s JEOL is capable of taking images of biological samples, polymers and nanoparticles. Features. Accelerating Voltage kV. Magnification. Standard x to ,x. Selected Area 2,x to ,x. Low Mag 50x to 1,www.doorway.rug: manual. The JEMFlash is used in a wide range of fields, such as biology, nanotechnology, polymer, and advanced www.doorway.rurating voltage: 10 to kV. The JEMPlus incorporates, as standard, auto drift correction capable of acquiring a crisp image regardless of specimen drift. * JEMPlus comes with standard metrology tools. The tools are applicable to live images as well as saved images, allowing for linewidth, angle, and area measurements.

JEOL products' brand color of "pure white" is newly adopted, leading to a sophisticated exterior design of the JEMFlash. New designs are also employed for (1) the control panel, with an LED lamp for easy-to-view operation, (2) a small work table enabling compact layout of the user controls, and (3) a new smart black Graphical User Interface. JEMFS Field Emission Electron Microscope (Equipped with In-Column Energy Filter) The JEMPlus is a multi purpose transmission electron microscope, which combines the proven JEM optic system with an advanced control system for enhanced ease of operation. Achieving superior performance through. JEOL JEM Transmission Electron Microscope Operating Instructions Pump/air switch module X deflector knob 1. Login to microscope computer with your uniqname and Kerberos (level 1) password. 2. Turn on the two camera systems. Turn on power strip behind Column. If you are using the side mount camera, you must also turn that camera on. 3.

2. Insert specimen holder into microscope (see p. of JEM manual) *If inserting the 5-specimen holder, BE SURE SPECIMEN 5 IS IN THE VIEWING POSITION. HOLDER COULD BE DAMAGED IF NOT. -place holder into TEM, align guide pin with guide groove, push in gently without turning until the holder stops. The JEOL JEM series kV Transmission Electron Microscope is widely accepted for its ease of use and high resolution imaging and analysis. Applications include pathology, biology, quality control, nanotechnology, polymer, and materials development. The JEMFlash is used in a wide range of fields, such as biology, nanotechnology, polymer, and advanced materials.