National Taiwan University

National Taiwan Normal University

Hsiang-Chieh Lee

Chih-Chung Yang

Yu-Wei Chang

Hsin-Ming Chen

Cheng-Kuang Lee

Meng-Tsan Tsai

Ya-Ju Lee

Ting-You Li

Yih-Ming Wang

Chun-Pin Chiang

Ting-Hao Chen

Ting-Yen Tsai

Chih-Hao Chiang

Meng-Lin Tsai

Chuan-Bor Chueh

Ching-Yu Wang

A signal control module integrated to a low coherence interferometry including a one-dimensional (1D) array image sensor is provided. The signal control module includes an image acquisition controller and a signal controller. The image acquisition controller sends a 1D image acquisition control signal. The signal controller sends a two-dimensional (2D) image acquisition control signal, wherein the 1D and 2D image acquisition control signals are synchronized with each other. The 1D array image sensor captures 1D image information of an object-to-be-tested at different positions along a direction according to the 1D and 2D image acquisition control signals. The 1D image information constitutes 2D image information. Furthermore, a low coherence interferometry is provided.

Signal control module and low coherence interferometry

Provided is a method for synthesizing a perovskite quantum dot film, including: preparing a cellulose nanocrystal (CNC) solution, wherein the CNC solution includes a plurality of CNCs with sulfate groups; preparing a precursor solution; mixing the CNC solution and the precursor solution to form a mixed solution; and filtering and drying the mixed solution to form a perovskite quantum dot film.

Method for synthesizing perovskite quantum dot film

A method for analyzing mucosa structure with optical coherence tomography (OCT) is provided, and includes: (a) scanning a mucosa sample with optical coherence tomography; (b) choosing a lateral range from a two- or three-dimensional OCT image and analyzing all the A-scan intensity profiles in the lateral range; (c) calculating three indicators in each A-scan intensity profile, including the standard deviation for a certain depth range below the sample surface, the exponential decay constant of the spatial-frequency spectrum and the epithelium thickness under the condition that the basement membrane is identifiable; and (d) using the three indicators of each A-scan intensity profile within the lateral range to analyze the mucosa structure.

Method for analyzing mucosa samples with optical coherence tomography

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Taipei, Taiwan

Hsiang-Chieh Lee