งานวิจัยอิเล็กโตรออปติกส์งานวิจัยอิ

งานวิจัยอิเล็กโตรออปติกส์

งานวิจัยอิเล็กโตรออปติกส์ (Electro-Optics Section: RDE3) ได้จัดตั้งขึ้นในปี 2538 โดยมีภาระกิจหลักในการวิจัยและพัฒนาเทคโนโลยีเชิงแสง เพื่อนำมาใช้ให้เกิดประโยชน์ต่อประเทศ สาขาวิจัยหลักประกอบด้วย

ไบโอโฟโตนิกส์: Surface plasmon resonance, SERS, Evanescent fluorescent sensors, Optical biosensors, NIR spectrophometry for food quality assessment, Low-cost optical instruments for test kits and Thermal imaging profile of biological objects
อุปกรณ์โฟโตนิกส์และการประมวลข้อมูลเชิงแสง: Optical switches, Attenuators, Isolators, Optical information processors, Optical touch switches and keypads, Fingerprint scanner and Fiber-optic devices and components
ฟิลม์บางและฟิลม์บางแสง: Thin film characterization, Ellipsopmetry, Antireflection coating, Photochromic materials and Self-cleaning thin films
การตรวจวัดทางกายภาพด้วยเทคนิคเชิงแสง: Non-contact thickness measurement, Confocal microscopy, Fourier transfrom terchnique for object form-factor inspection and Thermal imaging of small objects.

ผลลัพธ์ (อังกฤษ) 1:

Electronic research growing wait optikElectronic research growing wait optik (Section Electro-Optics: RDE3) was established in the year 2538 with a main mission in research and development of optical technologies to be used to benefit the country. The main research branches.Bio-Surface plasmon resonance four Knicks: growth, SERS, Evanescent Optical fluorescent sensors, biosensors, NIR for food quality assessment, Low-cost spectrophometry optical test kits and instruments for Thermal imaging of biological objects profile.The device and the data processing centre growing Knicks optical Attenuators, Optical switches, Isolators:, information processors, Optical switches and keypads, touch Optical Fingerprint scanner and Fiber-optic devices and components.Some film and Thin film characterization, some light: film, Antireflection coating, Ellipsopmetry, Photochromic materials and Self-cleaning thin films.The physical measurement with measurement technique for optical Confocal microscopy: Non-contact, thickness, Fourier transfrom terchnique form-factor Thermal imaging and inspection for object of small objects.

ผลลัพธ์ (อังกฤษ) 2:

Research electrolyte wait Optics Development Research Optics Development electrolyte wait. (Electro-Optics Section: RDE3) was established in 2538 with a mission to research and develop optical technology. To be used for the benefit of the country. Major primary research include bio-photonic devices: Surface plasmon resonance, SERS, Evanescent fluorescent sensors, Optical biosensors, NIR spectrophometry for food quality assessment, Low-cost optical instruments for test kits and Thermal imaging profile of biological objects and photochemistry. Knicks and the data processing, optical: Optical switches, Attenuators, Isolators, Optical information processors, Optical touch switches and keypads, Fingerprint scanner and Fiber-optic devices and components thin film and thin film lighting: Thin film characterization. , Ellipsopmetry, Antireflection coating, Photochromic materials and Self-cleaning thin films physical measurements with optical techniques: Non-contact thickness measurement, Confocal microscopy, Fourier transfrom terchnique for object form-factor inspection and Thermal imaging of small objects.

ผลลัพธ์ (อังกฤษ) 3:

Research on electronic Electro Optics

research electronic Electro Optics (Electro-Optics Section: RDE3) were established in 2538 with the primary mission in the research and development of technology of light. To be used to benefit the country. The main research fields include

.Bio Photonics: Surface plasmon resonance SERS Evanescent fluorescent sensors,,,, Optical biosensors NIR spectrophometry. For food, quality assessment Low-cost optical instruments for test kits and Thermal imaging profile of biological objects
photonic device and optical information processing:? Optical switches Attenuators Isolators,,,Optical information processors Optical touch, switches and keypads Fingerprint scanner, and Fiber-optic devices and components
thin film thin film, and the light: Thin film characterization Ellipsopmetry Antireflection coating,,, materials Photochromic and Self-cleaning thin films
measurement with optical techniques: physicalNon-contact, thickness measurement Confocal microscopy Fourier transfrom, terchnique for object form-factor inspection. And Thermal imaging of small objects.