https://www.santorytech.com.tw/ 經營理念 :以誠懇、專業的服務信念，提供適用且高CP值的各類實驗室儀器及線上檢測設備。產品項目 : 光學儀器 、 水質檢測 、 生技儀器 、 理化儀器 、 實驗室設備規劃施工網頁說明 :本網頁主要提供儀器產品介紹及每月提供產品技術訊息。若有任何建議或產品需求,請至"留言板"提供相關資訊，我們會盡快與您聯絡,謝謝 ! zh 智邦生活館 版權所有 Foresight v0.3.2 RSS 2.0 Generator 智邦生活館 網站代管 Tue, 17 Mar 2026 10:45:16 CST Tue, 17 Mar 2026 10:45:16 CST 智邦生活館 版權所有 10080 527491 Sun, 14 Dec 2025 13:21:58 +0800 Advanced Characterization of Nanostructures Using CRAIC Technologies UV-Visible-NIR MicrospectroscopyIntroductionNanostructures, with their unique optical, electronic, and mechanical properties, are at the forefront of research in materials science and nanotechnology. Accurate characterization of these materials is critical to understanding their properties and enhancing their applications in fields such as photonics, electronics, and biomedical engineering. CRAIC Technologies’ UV-Visible-NIR microspectroscopy offers an advanced method for analyzing nanostructures, providing comprehensive insights into their optical behaviors at microscopic scales.UV-Visible-NIR Microspectroscopy: An OverviewUV-Visible-NIR microspectroscopy integrates high-resolution microscopy with UV-Visible-NIR spectroscopy, enabling detailed analysis of materials across a broad spectral range. This technique allows for precise measurements of absorbance, reflectance, and photoluminescence spectra with sub-micron spatial resolution. CRAIC Technologies’ systems are equipped with sophisticated optics and detectors, ensuring accurate and reliable data.Key Findings in Nanostructure ResearchRecent research utilizing CRAIC Technologies’ UV-Visible-NIR microspectroscopy has produced significant findings in the characterization of nanostructures:1. Fabrication of Novel Nanostructureso Microspectroscopy is used to optically characterize newly developed nanostructures of many types.1 Additionally, microspectroscopy is used to optimize the processes used to manufacture many types of nanostructures.2. Development of New Devices Using Nanotechnology:o This technique has been employed to characterize nanostructured tunable mirrors. Microspectroscopy was also used to enhance particular properties of these novel mirrors by allowing changes in the manufacturing process with high spatial resolution optical measurements.3o Procedures for 3D printing of nanostructured optical grade glass are also being developed.4 Microspectrosopy was critical in optimizing the processes.3. Food Preservation Coatings Using Nanostructures:o Researchers have successfully used Raman microspectroscopy to characterize functional groups in edible coatings of nanostructured chitosan5.4. Photoluminescence Analysis:o Concurrent absorbance and photoluminescence (PL) measurements were done as part of studies conducted on nanoparticle6 growth in doped glasses. Correlations were observed between the rates of silver nanoparticle growth and Dysprosium ion PL quenching.5. Surface Plasmon Resonance (SPR) Studies:o UV-Visible-NIR microspectroscopy has been used to study surface plasmon resonance in metallic nanostructures.7 These studies provide insights into plasmonic behavior, which is important for applications in sensing, imaging, and photothermal therapy.Advantages of CRAIC Technologies’ Microspectroscopy Systems• High Spatial Resolution: Facilitates detailed analysis of nanoscale features and heterogeneities.• Broad Spectral Range: Covers UV to NIR regions, enabling comprehensive optical characterization.• Multiple Measurement Techniques at the Same Location: Absorbance, reflectance and photoluminescence spectra can all be obtained concurrently and at the same locations.• Mapping of Surfaces: absorbance, reflectance, emission spectra as well as thin film thickness maps can be obtained.• Non-Destructive Analysis: Maintains the integrity of delicate nanostructures during measurement.• Versatility: Suitable for a wide range of nanostructures and composite materials.ConclusionCRAIC Technologies' UV-Visible-NIR microspectroscopy is a powerful tool for the advanced characterization of nanostructures. Its ability to perform detailed optical analysis at the microscale enhances the understanding of these materials' properties, driving innovations in nanotechnology. Researchers and developers can leverage this technique to optimize material quality, improve device performance, and expedite the development of nanostructure-based applications. https://www.santorytech.com.tw/hot_527491.html https://www.santorytech.com.tw/hot_527491.html 522950 Wed, 17 Sep 2025 10:17:10 +0800 https://www.santorytech.com.tw/product.html https://www.santorytech.com.tw/product.html https://www.santorytech.com.tw/hot_522950.html 497990 Thu, 29 Aug 2024 13:51:14 +0800 https://www.santorytech.com.tw/hot_497990.html https://www.santorytech.com.tw/hot_497990.html 527490 Sun, 14 Dec 2025 12:53:23 +0800 客戶要求： 與核修復服務有限公司 (NRS) 和退役聯盟 (TDA) 合作，為塞拉菲爾德有限公司 (Sellafield Ltd) 進行濕測試材料的全面真空乾燥試驗，該濕測試材料旨在重現核廢料的某些特性。一個關鍵目標是利用先進的真空乾燥系統 (AVDS)在長方體球墨鑄鐵容器 (DCIC) 內對測試材料進行乾燥，以確定關鍵廢物乾燥至臨界水分含量時的體積減少量與下一批可用體積之間的關係。 需要進行試驗來確定操作範圍，包括溫度、乾燥時間和處理終點。這些資訊最終將確定每個DCIC的最大污泥存量。 此專案由MechaTech Systems Ltd、Sellafield Ltd、NRS Ltd和TDA合作完成。專案:可行性研究完成後，MechaTech Systems公司進行了為期六個月的真空乾燥試驗，處理了約7500公斤濕測試材料。測試材料以500公升為一批裝入DCIC（真空乾燥機），並使用先進的真空乾燥系統進行加熱乾燥。在整個專案過程中，使用液位計、感測器和攝影機在 DCIC 內部記錄和分析數據，以評估體積變化、殘餘水分含量、測試材料的濃度、測試材料在 DCIC 內部的飛濺情況以及蒸發速率。專案完成後，MechaTech Systems向客戶提供了一份最終詳細報告，其中包括試驗結果、觀察結果、關鍵經驗教訓和結論。亮點：MechaTech Systems 開發的終點預測方法可以即時指示 DCIC 內測試材料的含水量。在試驗中，我們在資料中心整合中心（DCIC）內部安裝了攝影機和照明設備，以便透過即時視訊流向關鍵利害關係人進行觀察。事實證明，這不僅是一種非常寶貴的觀察工具，也是向數百英里之外的利害關係人報告情況的有效方法。這大大減少了此類規模專案通常所需的現場考察次數。此外，視訊影像資料可以保存下來，以便將來輕鬆存取。 https://www.mechatechsystems.co.uk/case-studies https://www.mechatechsystems.co.uk/case-studies https://www.santorytech.com.tw/hot_527490.html 495716 Tue, 23 Jul 2024 14:06:27 +0800 https://www.santorytech.com.tw/hot_495716.html https://www.santorytech.com.tw/hot_495716.html 492528 Tue, 04 Jun 2024 00:35:20 +0800 https://www.santorytech.com.tw/hot_492528.html https://www.santorytech.com.tw/hot_492528.html 467188 Wed, 26 Jul 2023 12:52:32 +0800 https://www.santorytech.com.tw/hot_467188.html https://www.santorytech.com.tw/hot_467188.html 285110 Tue, 14 Aug 2018 13:22:34 +0800 試賣特價優惠 特價日期: 即日起~2018/10/31 貨號產品說明售價試賣價BS-4HC磁石加熱攪拌器12,50010,000BS-4H磁石加熱攪拌器9,0007,200CH-190E陶瓷加熱板7,6006,080 HME-I電子式加熱包2,5002,000HME-II電子式磁力攪拌加熱包5,0004,000BP-2003B3位數電子天平15,50012,400BM-50快速水分測定儀22,00017,600 ET-H1水平電泳槽5,5004,400ET-V1垂直電泳槽19,60015,680STR-7010 series經濟型可調式微量吸管0.1~2.5μl / 2~20μl / 20~200μl / 200~1000μl2,1001,680STR-7030 series可調式微量吸管, 可121℃高壓滅菌0.1~2.5μl / 2~20μl / 20~200μl / 200~1000μl3,4002,7207032100001瓶口分注器(0.5-5ml)9,5007,600BPP-BT100M基本型蠕動pump18,00014,400SPP-BT600N標準型蠕動pump33,00026,400Mini-6K微量離心機6,6006,000@相關訊息請查詢網頁產品內容或洽業務經理Benson(0955-558-498) https://www.santorytech.com.tw/hot_285110.html https://www.santorytech.com.tw/hot_285110.html 243515 Thu, 10 Aug 2017 18:03:55 +0800 https://www.santorytech.com.tw/hot_243515.html https://www.santorytech.com.tw/hot_243515.html 237996 Tue, 04 Jul 2017 14:31:33 +0800 https://www.santorytech.com.tw/hot_237996.html https://www.santorytech.com.tw/hot_237996.html 224783 Thu, 09 Mar 2017 09:15:18 +0800  高階桌上型pH 計 - 最多可客製化4個測量項目（可選pH / ORP / Ion / 溶氧 / 導電度/鹽度/ TDS） -TFT 4.3“全彩色，寬LCD - pH測量模式下，同時顯示pH和mV - ORP模式下，可選絕對ORP或相對ORP - 透過SMSD軟體與電腦連結,可即時監控和傳輸一系列定時測量數據（如下圖。亦可開Excel表格同步即時匯入） - 支持多種溫度探棒（PT100 / PT1000 / NTC） - 可選購內置印表機  https://www.santorytech.com.tw/hot_224783.html https://www.santorytech.com.tw/hot_224783.html