Rio camera for MicroED/3DED

Rio camera for MicroED/3DED
A three-dimensional electron diffraction dataset was collected from a biotin crystal with the Rio camera.

OneView camera + Latitude D for MicroED/3DED

OneView camera + Latitude D for MicroED/3DED

A three-dimensional electron diffraction dataset was collected from a ZSM-5 crystal collected with the OneView camera and Latitude D software. Diffraction patterns were recorded at 0.5° intervals collected over 100°. The cumulative dose was ∼2 e-2.

Metro camera for MicroED/3DED

Metro camera for MicroED/3DED
A three-dimensional electron diffraction dataset was collected with the Metro camera from a PPEA crystalline sample (courtesy of Dr. Tatiana Gorelik).

K3 camera for MicroED/3DED

K3 camera for MicroED/3DED

Counted three-dimensional electron diffraction dataset from a ZSM-5 crystal collected with the K3® camera. Diffraction patterns were recorded at 0.5° intervals collected over 10°. The cumulative dose was ∼0.5 e-2

Stela camera for MicroED/3DED

Stela camera for MicroED/3DED

(left) A complete three-dimensional electron diffraction dataset from an acetaminophen microcrystal was acquired with a Stela® camera. (right) reciprocal space. Data was processed by Dr. Dos Reis at Northwestern University. Stela utilizes DECTRIS hybrid-pixel technology.

运用配备 Stela 的 GIF Continuum K3 实现低加速电压下的多模式谱成像

该演示短片展示了如何使用 DigitalMicrograph 对采集自配备 Stela* 的 GIF Continuum K3 的多模式谱成像数据实现快速的分析。分别采用了 EELS 元素面分布,4D STEM,虚拟光阑以及主成分分析对采集自 Gd 处理碳纳米角的数据进行了挖掘。

#DECTRISinside

High-Speed Counting EELS at low kV with GIF Continuum K3 with Stela

Reciprocal space reconstructed from continuous diffraction tomography data

3D visualization of the reciprocal space reconstructed from continuous diffraction tomography data (micro-ED) collected using the Stela camera in in-situ recording mode. Specimen: Tylenol crystal, diffraction image size: 512 x 512 pixels, exposure per frame: 5 ms, tilt range: ±70°, total acquisition time: 3 s. 3D reconstruction courtesy of Dr. dos Reis, Northwestern University.

K3 IS 直接探测相机帮助从样品中提取更高质量数据

K3 IS 相机在提供宽广观察视野的同时带来了卓越的时间和空间分辨率。视频中的数据显示了在巨大的观察区域(图像中包含超过 50,000 个 MoS2 晶胞)中获得 <1 Å 的晶格条纹,并且在如此高的分辨率下,还保持了 370 e-/Å2 的低剂量。

利用 K3 IS 电子计数相机,获取更高质量的图像

借助 Gatan K3 IS 直接探测原位相机,以更小噪音采集到更多细节。视频中数据显示了 Rio™ 16 IS 和 K3 IS 两款相机在 10 e-/Å2/s 的剂量率下的成像效果直接对比。

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