FOAMSCAN? 泡沫分析仪被用来研究由3个泡沫分配器产生的3种泡沫溶液A、B和C。 FOAMSCAN? 软件测量泡沫体积和泡沫稳定性，而泡沫的结构（气泡大小和分布）以及泡沫的液体部分则使用CSA软件进行分析。

注射磷脂后，表面张力随时间缓慢下降；磷脂吸附在界面上。交换水相会停止磷脂的吸附，只有液滴表面积的变化才能改变磷脂单层的表面浓度和表面压力。

液体泡沫在各种工业过程和日常生活中无处不在。因此，能够生成受控的液体泡沫并了解导致其失稳的现象对于优化其性能至关重要。工业中使用许多泡沫测量来表征泡沫的特性，然而，准确测量泡沫特性是一个挑战。TECLIS泡沫分析仪是为研究泡沫特性而专门设计的，同时精确控制实验参数。

Focus variation is employed,inter alia,for high-resolution measurement of plastic topographies with varying reflection properties and steep flanks.By meas of an optical 3D measuring system based on focus variation the leather-like grain on films can now be measured.In this way the regularity of grain elements before and sfter lamination can be quantified.

Surfaces with steep flanks and varying reflective properties are usually not measurable with conventional surface measurement techniques, even though there is an ongoing miniaturization of components and rising demand for automation in industry. A solution can be provided by “Focus Variation”, a new optical measurement technique that allows the robust measurement of complex surfaces with vertical resolutions up to 10 nm. In addition to topographic data, true colour information that is perfectly registered to the height data is obtained. The optical 3D measurement device “InfiniteFocus” is based on this new technology and provides a significant improvement in quality assurance. Allowing surface measurements in the micro and nano range as well as relatively large components, the Instrument can be used in the lab and as a measurement tool during production.

使用DCAT仪器结合精密液体注射单元LDU全自动测量表面活性剂TX-100的临界胶束浓度CMC. 实验结果： CMC 数值为：0.4mmol/l ,饱和TX-100的表面张力值为：30.6mN/m

Oriented Growth of Self-Assembled Polyaniline Nanowire Arrays Using a Novel Method A novel method for fabrication of highly oriented polyaniline (PANI) nanowires without removal of the template was developed by combining self-assembly and template synthesis techniques. By using a self-assembly process under inhibition conditions, oriented arrays of PANI nanowires growing out of the nanoporous template were obtaioned, with nanowire diameters ranging from 110 to 190 nm and lengths of several micrometers. The lengths of these wires can be roughly controlled by the polymerization time. (请下载全文欣赏)

Nanoscale Data Recording on an Organic Monolayer Film Widely acknowledged as a critical technology in the development of information technology, nanometer-scale data recording has been thoroughly explored.... (请下载全文欣赏)

Self-Assembly of Large-Scale Micropatterns on Aligned Carbon Nanotube Films The fabrication of well-defined structures with nanoscale materials is a key technology,[1] and self-assembly is an efficient and often preferred process to build micro- and nanoparticles into ordered macroscopic structures.[2] As carbon nanotubes are attractive materials for nanotechnology because of their interesting physicochemical properties and molecular symmetries,[3–6] it is necessary to control the architecture of carbon nanotubes on the substrates. Most patterned carbon nanotubes are formed on prepatterned substrates or prepatterned catalysts during the fabrication process.[7–9] Herein we report the first use of a long-range force (capillary force) in the self-assembly of three-dimensional (3D) micropatterns on aligned carbon nanotube films through a water-spreading method after the growth of the carbon nanotube. It is considered that low-density regions or vacancies of carbon nanotube films play an important role in the formation of the pattern. Therefore different kinds of highly ordered micropatterned structures have been built in a controlled fashion by introducing vacancies artificially. (请下载全文欣赏)

The new DataPhysics lamella method was introduced, which permits the rapid and easy determination of the surface tension of liquids at temperatures up to 400℃. With the example of a high viscous hotmelt adhesive, an accuracy of the method of 1﹪was achieved.

For performing the contact angle, surface tension and interfacial tension measurements on the contact adhesives, the knowledge of certain liquid parameters against the temperature is required. For the liquids used as polar or disperse reference liquids, these data are available from DataPhysics instruments GmbH, Filderstadt, on request.

The new DataPhysics lamella method was introduced, which permits the rapid and easy determination of the surface tension of liquids at temperatures up to 400℃. With the example of a high viscous hotmelt adhesive, an accuracy of the method of 1﹪was achieved.