【技术特点】-- 俄罗斯NT-MDT 原子力声学显微镜

　　1. NTEGRA-Prima

　　NT-MDT独有的双扫描模式(DualScan)使总的扫描范围达到：200x200x22μm，对样品尺寸几乎无限制

　　这套系统可以用于研究高电阻的材料，例如在半导体基体上的绝缘薄膜，DLC和压电薄膜，导电聚合物等

　　This system can be used in research of high-resistance materials such as thin dielectric layers on semiconductors, DLC and piezo-films, conductive polymers etc.

　　2. NTEGRA-Aura

　　NTEGRA Aura allows measurements in low vacuum environment,

　　Additional possibilities are provided by a temperature table with sample heating up to 300 oC degree Celsius and the accuracy of temperature maintenance 0.05 oC.

　　Measurements in a controlled gas atmosphere are possible as well.

　　3. NTEGRA-Vita

　　可选用不同的液体槽：密封的化学稳定的液体槽，可以进行升温控制;用于在培养皿中进行操作的封闭式液体槽;可更换的加热器。

　　Different liquid cells are available: hermetic chemically stable liquid flow cell with a possibility of the temperature control at elevated temperatures; closed liquid flow temperature controlled cell for operating with Petri dishes; replaceable heater

　　4. NTEGRA-Maximus

　　NTEGRA Maximus 基座是一个带有传动平台的可更换的中央部件。样品在50mm内可在XY方向上自由移动，且可以进行0-360度旋转。

　　NTEGRA Maximus basement is a changeable center unit with a motorized stage. Sample movement is possible within 50mm by X,Y and within 0-360 degrees under rotation

　　许多小样品也可以在 NTEGRA Maximus上进行自动测量，且提供高质量的成像效果。

　　Automated measurements of many small samples are also possible with NTEGRA Maximus enabling high throughput screening.

　　5. NTEGRA-Solaris

　　集成到中央基座上的倒置式使系统具有高的刚性，保证了系统的稳定性，从而不仅可以获得高质量的成像效果，且可进行长时间的研究。

　　The integrating of the inverted microscope objective into the central base because of high mechanical rigidity provides stability of the system making quality images and long-term experiments possible

　　6. NTEGRA-Spectra

　　通用的PNL平台为将扫描共聚焦、常规的AFM和分光镜联用提供了可能性，从而可以探测拉曼散射光谱，进而可以得到很多与样品化学组成有关的复杂信息。

　　The universal PNL platform provides the possibility to integrate scanning confocal scheme in combination with regular AFM and spectrometer to detect Raman scattering spectrum. This spectra may then be interpreted into complex information concerning chemical composition of the object.

　　7. NTEGRA-Therma

　　专用的热学头部可提供非常低的热漂移(小于10 nm/°C)，保证了针尖-样品系统的稳定性。这样可以对样品表面选定的点进行长时间的研究。

　　Special Thermo head provides extremely low thermal drift (less than 10 nm/癈) ensuring high stability of the tip-sample system. This allows long-term measurements to be done in pre-defined point on the specimen surface.

　　8. NTEGRA-Tomo

　　超薄切片机可以制备用于原子力研究的纳米片层和新鲜表面。因此，可以研究表面的物理性质和重构后的3维图像

　　经过NTEGRA Tomo处理后的片状样品可以用于透射电镜分析。

　　Ultramicrotome makes nanoslices of a sample and a freshly cut surface is then measured by AFM. Thus, many physical properties of a surface are studied and 3D-volume imaging is available after the reconstruction.

　　After the NTEGRA Tomo operation sample slices stay available for TEM analysis

【技术特点对用户带来的好处】-- 俄罗斯NT-MDT 原子力声学显微镜

【典型应用举例】-- 俄罗斯NT-MDT 原子力声学显微镜