Hyperion 3000红外显微镜参数指标

HYPERION 3000在一台显微镜里合并了FT-IR成像和单点光谱。在显微镜里两个独立的光路，确保高准确度、无扭曲的成像在FPA (Focal Plane Array)检测器上，当进行化学成像时，当使用单个元素检测器时获得zei大的光通量。

HYPERION 3000能和布鲁克TENSOR系列及VERTEX系列FT-IR光谱联用。

带FPA检测器，HYPERION 3000zei高可同时采集16,384张光谱，覆盖样品面积zei高达340 x 340 µm，像素分辨率为2.7 µm. 

为分析更大的面积，可装配测定的IR-成像组件。甚至更高的横向分辨特性能通过物镜获得，带更高的数字孔 (20x, 36x).

FT-IR成像，允许对样本的光谱检测，横向分辨特性，仅限于波长依赖的散射光。

因此，在中红外下，分辨率约为2.5µm (at 4000cm-1) ，可能在透射和反射的测量模式下获得。为获得更高的横向分辨特性，在装配36x物镜下，HYPERION 3000可获得1.1µm的像素分辨率

HYPERION 3000 在透射和反射下的像素分辨率：

物镜  像素分辨率

15x2.7µm

20x2.0µm

36x1.1µm

The collection of the visual overview image of the sample, the selection of the interesting measurement area and the subsequent, automatic measurement are performed using the OPUS/Video software module. As result of the measurements the FT-IR-image data are stored in 3D-files that can be processed with the standard data pre-procession and evaluation functions inside OPUS.

Results of the evaluation are typically chemical images of the sample that can be displayed two- and three- dimensional in various false color-scales. For the evaluation of the 3D-data OPUS offers a large variety of algorithms like the integration of bands, the correlation with pure component spectra, the 3D cluster analysis, the Principal Component Analysis (PCA) and the calculation of RGB images.

To apply FT-IR-imaging on larger samples the imaging macro chamber IMAC is available, which is equipped with a modern FPA detector similarly to the HYPERION 3000.

仪器参数：Hyperion 3000 FPA红外显微镜系统

 MCT检测器 (7000 – 600 cm^-1, 液氮冷却）

焦平面阵列检测器Focal Plane Array (FPA) Detector

允许快速成像实验(170 × 170 µm² 面积，能被在数分钟内成像，空间分辨率为2.5 µm, 或 < 1 µm如使用ART物镜).

xyz 计算机控制的位移台

显微镜物镜

反射测量 ×15, ×36

透射: ×36 (Condenser)

ATR物镜: ×20

Grazing Angle入射余角

附件

Polariser

Device for visible light

Miniature Sample Holder

Temperature Controlled Stage

Temp. Range: -196°C to 600°C (Manual or Computer controlled)

Sample size: up to 22mm diam. and 1.5mm thickness

Positioning range: 16 mm × 16 mm

Working distance: >4,5 mm

External Sample Cabinet (IMAC)

For imaging on a macroscopic scale (i.e. millimeters)