Real Timetable Quality Inspection System developed

Under the leadership of Li Lee, a research group at Chew University in Japan, a non-destructive tiraites (THZ)-Infrared (IR) photo monitoring techniques and ultra bond sensitive-sensitive sheets have been developed on a harmonious strategy for the realm of pharmaceuticals.

Has been published in paper Light: Science and Applications.

Although non -destructive inline monitoring is essential on manufacturing sites for pharmaceutical safe distribution cycles, the target pills in the target pills are still inadequate to develop an analytical system for the material.

Although spectroscopes, which are expected for pharmaceutical testing, they have faced technical challenges in the inline setup for large luggage housing, but the work is selected by the comprehensive optical wavelengths of the target tablets and selects the compact of the compact.

This work developed carbon nootube (CNT) photo thermo electric immigrants and its affiliated Ultrawood Band Sub Tymes (THZ) Infrared (IR) multi -wavelength monitoring non -destructive in -line dynamic inspection system for pharma agent pills.

CNT Amigar in the proposed system in the Ultra Bond areas compared to current sensors facilitates multiple wavelength photo monitoring against external sub-THZ-IRIDation.

Under the recent progress in the recent progress in the investigating optical materials (eg, gallem arsenoid, Vandium oxide, graphine, polymer, transfer metal declarinoids), CNT plays a vital role in collectively satisfying informative and effective photography and solution processable processable.

The non -destructive dynamic surveillance system maintains the inline experimental setup by connecting the functional thin film image sheets and compact several photo sources.

In addition, viable sub-thz-Iradation, which provides specific remittances related to non-metallic materials per wavelength or structure, identifies the material of components for pharmaceutical agents and identifying non-contact foreign material.

This work eventually inspects the detailed features of pharmaceutical pills with non -destructive in -line dynamic photo monitoring system by adding performance of CNT images and compact optical setups.